This database provides the public with information about renewable energy possibilities. |
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| Eastern Biofuels Conference and Expo | | Start date: September 13, 2005 End date: September 15, 2005 Cost: Unavailable The Eastern Biofuels Conference & Expo will bring a global perspective with topics covering ethanol, biodiesel and biomass.
Directions This event will be occuring in Warsaw, Poland. Event Description The emergence of biomass conversion to fuel is changing the energy equation worldwide. Eastern Europe is aggressively investing in renewable energy technologies to balance their energy needs for the future. Learn how European countries are making the most of their natural resources using rapeseed, sorghum, grain, and native grasses.
Don't miss the opportunity to hear expert speakers and interact with leading biofuels companies.
Below you will find a brief list of topics that will be addressed at the workshop. - Government incentives for biofuels - Kyoto Protocol - New ethanol and biodiesel markets - A complete discussion on all feedstocks
Contact Additional Contact Options: Wendy Vincent Global Events Manager The Stratton Group, Inc. Phone: +01.605.338.6829 Email: wendyv@thestrattongroup.com http://www.easternbiofuels.com/
| Event | ;EU;Poland | Biomass | No | Renewable Energy Access | Eastern Biofuels Conference and Expo | | | | | Armenian Government to Inaugurate Armenia's First Wind Power Plant | | The Armenian government will soon inaugurate Armenia's first-ever wind power plant. The wind farm is being built in the northern Lori district with equipment donated by Iran; the plant's four wind turbines will have a combined capacity of slightly over 10 megawatts, enough to meet most of the electricity needs of the regional capital Vanadzor and its surrounding villages. Aleksandr Kocharian, who heads a department on renewable power at the Armenian Energy Ministry, said that the $3 million project will be completed "in a few months." Armenia's Metsamor nuclear power station currently provides nearly 40 percent of Armenia's electricity output. Metsamor's future is uncertain is due to safety U.S. and EU concerns. Yerevan has been under intense Western pressure to shut down the Soviet-era Metsamor plant as early as possible and is seaching for alternatives.. One of several options being considered is increased use of Armenia's fast-flowing mountain rivers that already account for 20 percent of power generation through hydroelectric power. Kocharian believes that Armenia has the potential to meet as much as 70 percent of its energy needs with renewable sources by 2020, adding that 16 small hydroelectric plants have recently been built. Kocharian added that the Armenian and Iranian governments to jointly build a large hydroelectric facility on the Arax river on the countries' borders. | Project | Armenia | Wind | No | Washington Times (UPI Energy Watch) | Armenian govt. to soon inaugurate Armenia's first Wind power plant | | Lori Wind Farm | | | Wysak Announces the Expansion of Polish Wind Farm to 70 MW | | Wysak Petroleum (OTC: WYSK) previously announced 46Mw Polish Wind Farm development with Projekt Gmbh has been increased in size to 70Mw. A 500 hectare extension of the land lease agreement has allowed for project expansion to take place. This will increase nearly 190 GWhrs/year. A project of this scale is estimated to provide power to nearly 25,000 local homes.
This expansion allows Wysak the opportunity to maximize on its investment returns. Wysak's goal is to develop large scale energy projects in Eastern Europe. A project such as this helps move Wysak forward in its vision of Polish renewable energy development. This is another example of how the Company's management can substantially increase shareholder value.
About Projekt GmbH
Development partner Projekt GmbH, is a leading European Wind Energy Company which currently oversees the operation of 14 established wind farms and is developing an additional 17 wind projects in Germany, Denmark, Poland, and Turkey.
Polish Energy Sector
Polish energy laws and European Union accession rules have reshaped the Polish energy sector. These new laws have forced open the Polish electric grid system and created a unique opportunity for alternative energy sources. These factors along with excellent wind measurements create a tremendous environment for Wind Energy in Poland.
About Wysak Petroleum
Wysak is a diversified energy company whose goal is to identify and develop traditional fossil fuel sites, as well as clean air alternative energy producing technologies. Wysak trades in the U.S. under the symbol "WYSK."
This material includes "forward-looking statements" within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. The opinions, forecasts, projections or other statements, other than statements of historical fact, are forward-looking statements. Although the companies believe that the expectations reflected in such forward-looking statements are reasonable, they can give no assurance that such expectations will prove to have been correct. Certain risks and uncertainties inherent in their businesses are set forth in the filings with the Securities Commissions.
| Project | Poland | Wind | No | i-newswire.com | Wysak Announces the Expansion of Polish Wind Farm to 70 MW | | Wysak Wind Farm | | | World Bank to Help Finance Rehabilitation of Lotru Hydropower Plant | | WASHINGTON, January 27, 2005 - The following projects were approved today by the World Bank’s Board:
IBRD LOAN AMOUNT: US$ 84.3 million
TERMS: Grace period = 5 years; Maturity = 17 years
PROJECT DESCRIPTION: This loan will help finance the rehabilitation of Hidroelectrica’s Lotru Hydropower Station and technical assistance for its institutional development and project implementation. The rehabilitation of the Lotru Hydropower station will ensure reliable services to the national power grid for another 20 years maintaining the power supply at the current necessary level of 510 megawatts. The loan to Romania is the first phase of US$1 billion finance facility to support the Energy Community of South East Europe program (ECSEE) – a program aimed at integrating energy systems in South East European countries into the internal energy market of the European Union. For more information, please call Merrell Tuck-Primdahl at (202) 473-9516, or email: mtuckprimdahl@worldbank.org For project information documents, visit: http://web.worldbank.org/external/projects/main?pagePK=104231&piPK=73230&theSitePK=40941&menuPK=228424&Projectid=P086694
| General News | Romania | Hydro | No | World Bank | Romania: Hidroelectrica S.A. Energy Community of South East Europe Program | | Lotru Hydropower Plant | | | Renewable Energy Development on the Edge of the European Union: A Case Study of Albania | | This recent report summarizes the Albanian Energy infrastructure, with emphasis on the outlook and potential for renewable energy in Albania. The report analyzes the historical development of Albania's energy sector, and explains how this has led to the current energy crisis. | General News | Albania | All | Yes | Wilson Rickerson | Renewable Energy Development on the Edge of the European Union: A Case Study of Albania | | | | | Iran to extend $75 million loan to Azerbaijan | | Baku, Dec 22, IRNA -- Iran is to extend $75 million of low interest loan to Azerbaijan, said the Azeri company 'Azar Energy' in Baku on Wednesday. The loan aims to rectify the problems of the southern section of the country. The company also said that here energy problems of the area will be removed in two years time. It further called the discussions between Baku and Tehran as satisfactory saying that the fund is to be allocated to renovation of electricity posts which transfer electricity and purchase of other needed equipment. In the latest news on the two countries cooperation in the energy sector Iranian ambassador to Republic of Azerbaijan in a meeting with Azerbaijan's Fuel and Energy Minister Majid Karimov in December stressed the enhancement of bilateral ties in energy. Referring to both countries' enormous capabilities in the oil, gas and electricity sector, Afshar Soleymani said providing facilities for producing solar power as well as the construction of other energy-related of power stations are parts of efforts to expand bilateral ties. Soleymani termed the stability in the region as an effective factor in the extension of relations and evaluated the bilateral cooperation in the energy sector in line with mutual economic interests. He further voiced Iran's readiness to help Azerbaijan develop its energy sector. Azeri minister of fuel and energy pointed out Iran's capability in the oil and gas industry, supporting the enhancement of ties between the two countries. Karimov referred to the current relations in the electricity sector between Azerbaijan and Iran as a successful example and said "the regional cooperation regarding the fuel and energy sector should be reinforced."
| General News | Azerbaijan | All | No | Payvand's Iran News | Iran to extend $75 million loan to Azerbaijan | | | | | Estonian Wind Farm Takes Off at Former Soviet nuke base | | On the site where border guards used to keep watch on the western outpost of the Soviet Union, Baltic European Union newcomer Estonia is erecting a wind farm to generate clean electricity. The wind-swept Pakri peninsula, which juts into the Baltic Sea 60 kilometres (36 miles) west of the capital Tallinn, once hosted a training centre for Soviet border guards. The nearby town of Paldiski was a key Soviet nuclear submarine training ground. Today, sleek silver arms of the state-of-art wind power turbines dot the site which was off-limits to civilians throughout the five decades of Soviet occupation from 1940 to 1991. The first three windmills of the Pakri Wind Farm have just been put into operation, with five others to follow before the end of the month. When the farm is fully up and running, it is expected to supply one percent of Estonia's energy needs, and a some 10,000 Estonian households are expected to get electricity from the farm. "Paldiski has been associated with the Soviet border guards and military pollution," said Hannu Lamp, managing director of the Tuulepargid company which is developing the wind farm. "From now on, it will have a new side to it, as a clean energy place." Tuulepargid is the Estonian subsidiary of Danish-based Global Green Energy. The streamlined wind turbines with a hub height of 80 metres (yards) and rotor diameter of 90 metres, sit on top of the ragged limestone cliffs that soar from the sea. In one corner of the site, some ruins of the Soviet border guard barracks have been preserved as a tourist attraction. Nearby, a 19th century lighthouse and some more ruins of the Soviet military installations dot the landscape. The town of Paldiski, originally established as a naval stronghold by Peter the Great in the early 18th century, is pleased that the wind farm is taking shape in the wasteland between the town and the breathtakingly beautiful tip of the peninsula. "We are very positive about the wind farm," says Regina Ress, spokeswoman for the town. "It's the complete opposite to what we had in the Soviet time: green energy versus the nuclear submarine training centre and other military installations." Up to 16,000 Soviet soldiers were stationed in Paldiski. The last of them left in 1994, when the nuclear submarine centre was decommissioned. Since then, the austere town of 3,800 residents has struggled with its Soviet military legacy. In addition to changing the face of Paldiski, the Parki Wind Farm is setting a precedent in the region in the carbon pollution quota market. Under the Kyoto Protocol's implementation project, 0.5 million tons of reduced greenhouse gas emissions will be sold to Finland. "It's among the very first wind power projects anywhere where the economic feasibility is achieved through the sale of CO2 reductions under the joint implementation scheme of the Kyoto Protocol," Lamp says. On January 1, the EU opened a market for trading in carbon dioxide and other gases which are the main culprits for global warming. The total investment cost of the Pakri project is 24 million euros. The wind farm owner, Pakri Tuulepark, is a subsidiary of Norway's Vardar energy group. Most of Estonia's energy is generated using oil-shale fueled power plants, which are big pollutants. With an expected annual production of 56 GWh (GigaWatt hours), the Pakri wind farm will meet about one per cent of Estonia's net electricity consumption, and thus contribute to achieving Estonia's target of providing 5.1 percent of its electricity needs from renewable sources by 2010. Developers have already made plans for building more wind farms on other former Soviet military installations in Estonia.
| Project | Estonia | Wind | No | Independent Online | Estonian Wind Farm takes off at former Soviet nuke base | | Pakri Wind Farm | | | The Sun shines Stronger in Austria than Slovakia | | SOLAR energy is a wasted resource in Slovakia. Austria, which shares the same natural conditions and climate as the Slovak Republic, is a global leader in thermal-solar power, with 30 times the number of solar panels as Slovakia. The interesting fact is that Slovakia has one of the longest traditions in solar energy development in Europe. But a lack of support for renewable energy development since the Velvet Divorce and zero government subsidies for thermal-solar power installation has led to the country's decline. Milan Novák, the director of Slovak energy company Thermo/solar, is convinced that solar and other renewable energy sources deserve greater attention from the state. Novák says it is a matter of protecting the environment, as well as helping the European Union decrease its dependence on fossil fuels. In the 1980s, Czechoslovakia ranked among the leading countries in Europe that were transforming radiation from the sun directly into usable heat. The state supported thermal-solar investments through subsidies accessible to state companies, cooperative farm companies and residential property owners. Two of the three largest producers of solar-powered systems in the former Czechoslovakia were situated in present-day Slovakia. After Czechoslovakia split, however, the pace of solar energy development in Slovakia eased. Novák told The Slovak Spectator that soon after it gained independence, Slovakia immediately started lagging behind the Czech Republic. Today, the difference is noticeable. "Support for renewable energy sources in the Czech Republic is more generous than in Slovakia. In the Czech Republic, a home owner can subsidize 50 percent of the cost of constructing a solar-powered system. Additionally, he can claim a 5 percent value added tax," he explained. In Slovakia, individuals get no subsidies, and the VAT is unified at 19 percent. The topic of renewable energy sources is more prevalent in the Czech media, partly because it is a concern of the government. The Czech Republic is perhaps the only new EU-member country to discuss support for renewable energy sources in parliament. The European Commission wants to install 100 million square metres of solar collectors by 2010 in the "old" EU member states. Novák thinks there is no way for the EC to fulfil its goal, even if it counted the collectors in the 10 new EU-member countries. In 2003, the European Union plus Switzerland reported solar collectors in approximately 12 million square metres. Germany, Austria and Greece shared 80 percent of the total. Experts complain that it is difficult to analyse and compare the presence of solar systems in new EU-member countries because few reliable statistics exist. According to Novák, "The Czech Republic has the best system of support for renewable energy sources. Then, with a rather big lag, follows Hungary. Poland and Slovakia stand at the bottom of the Visegrad 4 countries." The solar energy director admits, however, that Slovaks are increasing their use of solar collectors. According to estimates, Slovakia had about 10 square metres of solar collectors per 1,000 inhabitants at end of 2003. Although the number of solar collectors in Slovakia is not even comparable to the one in Austria, Slovakia does not come in last place, even among the EU15 nations. France, Great Britain and Italy are behind Slovakia. "It is probably thanks to our solar past," Novák added. According to Novák, government subsidies for renewable energy would level the playing field, which is currently dominated by fossil fuel consumption. With the exception of hydro-electrics, renewable energy sources are at the beginning stages of development. Further technical progress will likely decrease the price of energy production. Solar collectors in Slovakia are used primarily to heat drinking water. Novák says there is growing interest in using solar energy to heat pools or as an additional energy source to complement other heating systems in houses. He thinks that the current government's policy underestimates the potential of solar energy in Slovakia. For example, the state's policy names rooftops as the only place for installing solar panels when it is equally possible to position them on walls or on the ground next to houses. State officials envisaged the use of solar energy only for residential buildings, schools, hospitals and hotels. "They totally ignored, for example, farms or industrial buildings," Novák said. Environmental groups estimate that a home equipped with solar power can save about 60 percent of its energy on heating drinking water, and 20 to 30 percent on other heating systems. Based on an Austrian analysis, solar energy has the potential to cover about 20 percent of the overall energy used for heating. "About 17.6 percent is a realistic estimate for Slovakia too. I would like to mention that the estimations come out of the current technical possibilities. New solutions aimed mainly at effective thermal conversion and long-term accumulation of heat can significantly increase this share," Novák concluded. He said that six square metres of solar panels with 300-litre water storage is enough to heat 70 percent of the water consumed by a four-person household. The costs for installation would run to about Sk120,000 (€3,145). In Austria, a comparable system would cost about €4,900. However, an Austrian home owner can apply for a state subsidy covering 25 percent and a municipal subsidy covering about 15 percent. The property owner could also apply for a tax deduction of €500. The final price for an Austrian home owner would thus be €2,500. [3/21/2005]
| General News | Slovakia | Solar | No | Slovak Spectator | The Sun shines Stronger in Austria | | | | | EU States Fail to Find Enthusiasm for Biofuels | | EU governments are largely failing to comply with requirements under a 2003 directive on increasing use of biofuels in transport, the European Commission revealed on Wednesday. A senior oil industry official claimed the situation showed the rules should be rethought. According to the Commission, fully 19 out of 25 member states failed to transpose the directive by the deadline of 31 December last year and have already been sent first legal warnings. Nine have been sent further legal warnings either for failing to send a first implementation report - due by last July - or for not setting a target for increasing the share of biofuels. The directive sets indicative targets of a 2% biofuels share in each member state by 2005, rising to 5.75% in 2010. Its official rationale is that boosting biofuel use can help avoid greenhouse gas emissions, reduce European dependence on oil imports and offer new markets for farm produce. Altogether, only three countries - Germany, Lithuania and Estonia - have fully complied with both the letter and spirit of the directive. Half of the 18 countries with 2005 targets have set them below the 2% benchmark. Most extreme is Denmark, whose target is 0%. But Ireland comes close behind with a target of 0.06%, followed by Finland at 0.1% and the UK at 0.3%. European oil industry officials were unsurprised by the extent to which member states appear to be ignoring the directive. Governments never embraced it in the first place, Peter Tjan of sector association Europia told Environment Daily. Their current performance reflects this. Countries like Denmark, for instance, have decided to promote other forms of renewable energy rather than transport biofuels, Mr Tjan said. Others don't have the agricultural land to make the targets at all achievable. Producing biofuels risks locking in a large and permanent need for subsidies, he added, and are a very expensive way of cutting fossil carbon emissions. In addition, practical problems are beginning to emerge as biofuel production rises, such as divergent taxation systems, and the unintended consequence of rising Brazilian bioethanol imports subsidised by European taxpayers. Raffaello Garofalo of the European biodiesel board provided an alternative view, describing the Commission's announcement as "good news for the biofuels industry". Countries agreed the rules "and they are going for it," he told Environment Daily.
| General News | EU | Biofuels | No | Environmental Data Interactive | EU states fail to find enthusiasm for biofuels | | | | | Wind Promise of Baltic States Still Largely Unrealized | | Article Reports that all three countries have good wind resources.
Lithuania:
The first turbine was installed in 2001, although nothing happened until 2004. 6 Vestas NM900 turbines have been built, but the project is waiting for grid connection (near Kretingale). One E-40 (630 kW) has been installed at Vydmantai. There is also a market for second hand turbines; one each Windworld 160 kW at Telsiai and one 55 kW near Kaunas. The National Target is 170 MW (by 2010), but 600 – 700 MW is possible.
Latvia:
Installed Capacity is now 20 MW (Enercon turbines installed in 2002), with no further development since then.
Estonia:
Installed Capacity is now 5.75 MW (up from 2.45 MW in 2003). Expected capacity of 20 MW by 2005, specifically from the Pakri Wind Project. Expect 100 MW by 2010. | General News | ;Estonia;Latvia;Lithuania | Wind | No | Wind Power Monthly Vol 21 (03):52
| Promise of Baltic States still largely unrealized (Mainly in Estonia) | | | | | Bio-Pellet Production in Russia | | | Project | Russia | Direct-Fired Biomass | No | Erneuerbare Energien. Issue 7 / 04, pp 6-7 | Bio-Pellet Production in Russia | | Russian Bio-pellet project | | | Slovakia: The Biomass Alternative | | ENERGY & ENVIRONMENT - Slovakia's forests have great potential as an ecologically sustainable energy source
The Biomass Alternative
By Marta Ďurianová Spectator staff
EXPERTS believe that wood could once again become a major source of energy, just as it was in the Middle Ages. Of course, back then it was simply burned. But using new technology, wood can be turned into biomass and Slovakia could have an alternative source of energy that is both effective and ecologically sustainable. In 2003, the Slovak cabinet approved a document that supported the spread of biomass in Slovakia. However, the use of biomass energy in terms of overall energy consumption is still negligible. Ladislav Židek, general director of Biomasa, an association of biomass experts, says that European Union countries currently use renewable energy sources at a level of 13.9 percent of the overall consumption of primary energy sources. In Slovakia it is only 3.3 percent while the biomass energy represents slightly less than 1 percent. Wood reserves Nevertheless, Slovakia is considered to have ideal natural conditions for developing biomass energy. "Slovakia is definitely among countries that are rich in biomass. Almost half of Slovakia is forested with a huge amount of biomass," said Židek. Forests in the Slovak Republic cover an area of more than 2 million hectares, which represents about 43 percent of the country's territory, reads the material approved by the Slovak cabinet in 2003. Since 1970, wood reserves have been gradually growing. Today the reserves total 432 million cubic metres. The year-on-year increase of wood reserves in 2002 amounted to 7.6 million cubic metres. The annual volume of wood waste from forestry that could be used as biomass is 750,000 tonnes. "In similarly forested countries like Austria and Finland, the use of biomass exceeds 12 percent. This is the level that we should get close to and it seems we should not have a problem to do so. However, to reach this goal, it requires a responsible approach and precisely prepared projects. The process cannot be chaotic, because the result would be the same," Židek pointed out. Other sources He also emphasized that wood is not the only source for the biomass. Not only are crops, cattle and waste matter potential sources, but also tree and bush trimmings in public parks, for example. "These sources, compared to primary energy sources, will not be used up in the coming years." commented Židek. He also thinks that environmental awareness in Slovakia is still low and many people consider biomass as a fuel used by nature enthusiasts and environmentalists. Biomass pellets Židek cited Austria as a country that is exploiting its biomass potential. He said about 30 percent of heating in Austria comes from biomass pellets and this number is increasing day by day. "The use of renewable energy sources in other European Union countries is much wider spread than in Slovakia or the Czech Republic. Biomass is a real competitor to fossil fuels," he insisted. According to the Biomass Association, biomass pellets are the most comfortable fuel for family houses and small facilities. The price for pellets is fully comparable to the price of gas and is significantly lower than propane and electricity. Biomass pellets are a bit more expensive than coal and coke but they do not require the physical work that heating with coal needs. Although biomass can be sold at a competitive price, the technology and manufacturing facilities are higher than for fossil fuels. This could be a barrier to the further spread of biomass energy in Slovakia. Another hurdle to overcome is the fact that old wood-heaters are not ideal for burning biomass pellets. "Old ineffective facilities for burning the wood do not use the biomass properly. It is not that simple. This way of burning would, of course, not be cheaper and ecologically would be no better than burning coal," Židek said. Regional project Židek emphasized that biomass and renewable energy sources could not fully replace primary sources. However, it could help to solve the energy and ecological situation in individual regions. The Biomasa is, for example, preparing a biomass project in northwestern Slovakia. This region depends mainly on coal and coke for its energy. As a result of the project carbon dioxide emissions should be reduced by 20,100 tonnes per year. "We would be glad if Slovakia found more courage and would focus more on using local resources. Initial investments [for using biomass energy] are a bit higher because of the new technologies that must be imported from abroad but in the long-term, the use of renewable energy sources is cheaper than primary energy sources," Židek concluded. He pointed out that it is possible to obtain financing for such projects not only from domestic sources but also from foreign funds. The projects should be prepared in cooperation with experts and must be based on thorough economic analysis. An investor must also be prepared to partially cover the costs. In Slovakia, there are already agencies able to train people in biomass techniques. It is also possible to get help from one of the agencies in the "i ntegrated network of regional development agencies" under the supervision of the Ministry of Construction and Regional Development. [3/21/2005]
| General News | Slovakia | ;Direct-Fired Biomass;Co-Fired Biomass | No | The Slovak Spectator | The Biomass Alternative | | | | | Nature is the Future | | EnERGY & ENVIRONMENT - Slovakia needs to develop alternative sources if it is to survive an energy crisis
Nature is the future
By Marta Ďurianová Spectator staff EXPERTS agree that the development of renewable sources of energy is a necessity for our global future. Sun, wind and water may be difficult to exploit, but the limited nature of gas, coal and oil means that we will have to try. However, Slovak officials have not paid sufficient attention to the issue. That is despite the fact that renewable energy sources could go a long way to at least partially solving the country's dependence on energy imports. Insiders emphasize that at the moment, renewable sources are not sufficiently developed to replace traditional fuels but add that neglecting renewable alternatives could harm Slovakia's ability to survive an energy crisis. MPs reject Energy Policy The proposed new Energy Policy, recently submitted by the Economy Ministry to the business caucus of the Slovak parliament, has prompted discussion on renewable energy sources in Slovakia. Apart from other shortcomings, MPs criticized the proposal for not properly considering the possibilities of alternative sources. MPs rejected the proposal saying the ministry should rework the whole policy. Following the parliamentary debate, Vladimír Hecl of the Energy Centre in Bratislava said that the government should pay more attention to renewable energy sources. However, MP Ján Rusnák, the chairman of the caucus for economy, privatization and business, commented, "We have to be realistic and not compare Slovakia to, let's say, Austria. We will never have so much funding for this matter." Ľudo Sluka from the Ekopolis NGO criticized the proposed Energy Policy for favouring nuclear energy over renewable energy sources. He pointed out that the high-energy consumption of all sectors of the Slovak economy is mentioned right at the top of the document but there were no recommendations to decrease consumption. "The proposal underestimates the use of renewable energy sources," Sluka said. Dependence on Russia According to Milan Novák, director of the largest Slovak producer of solar panels, Thermo/solar, the Energy Policy proposal meant Slovakia would preserve and perhaps even deepen its dependence on oil and gas shipments from Russia. "The proposal is aimed at importing primary energy sources from Russia. Primary energy sources account for more than 80 percent of heating in Slovakia. The potential of renewable energy sources in this area has been confirmed," said Novák. Although Slovakia officially declares its intention to develop renewable energy sources in other documents, insiders claim that nothing practical has been achieved. "The state declares support for renewable energy sources in all key documents. But concrete helpful steps and activities are absent. There is no worked-out strategy to use their potential although renewable energy sources are, in fact, only domestic energy sources," Ladislav Židek, general director of Biomasa (Biomass) told The Slovak Spectator. He added that data as well as the approach of individual ministries are different on this issue. Regional statistics and analysis of demand for these types of energies are totally absent. "The strategy for the development of renewable energy sources should become a priority for the Environment Ministry in the programme of EU structural funds. "But the Environment Ministry should not remain the only player supporting the use of biomass. The support of ministries is minimal. If anything, they are discouraging activities," Židek, of Biomasa said. Public awareness The problem is not only in the government. Ordinary people's knowledge about renewable energy sources and their potential uses is very low in Slovakia. However, the situation is gradually getting better. "In general, there is a mild increase in Slovaks' knowledge of renewable energy sources. The knowledge is much lower in comparison with the Czech Republic, for example. "Compared to Austria, the world's leader in alternative energies, the difference is huge," Sluka from Ekopolis pointed out. EU targets The European Union's 1997 white paper on renewable energies sets a precise figure as to how much the share of renewable energy sources for domestic consumption should increase. It says it should go up from 6 percent to 12 percent by 2010 in EU countries. The share of gross domestic electricity consumption should reach 21 percent. According to Sluka, only 3 percent of the energy that Slovakia itself currently produces comes from renewable sources, including hydroelectric plants. The rest is from primary sources. He continued: "Slovakia set the goal in its previous energy policy up until 2005 that the renewable primary energy share would reach 6 percent by 2010. "The share of energy produced from renewable sources of the overall gross electricity consumption was originally set at 31 percent but unfortunately, last year this was lowered to 19 percent. In 2001 this share represented 16 percent including hydro power plants." (See the table at right.) Decreased dependence on imported oil and gas is important for the EU-member countries not only for environmental reasons but also for political reasons. According to Novák, developed countries often depend on politically unstable nations for oil and gas, which means high risks and high costs to access the energy sources. That is why multinational oil companies invest quite a large volume of finances into research and development of renewable energies. Currently, the question of how many years the primary energy resources will last is not as important as the problem of increasing consumption. Jobs potential The field of renewable energy sources has a huge potential for jobs. In 2001, about 1.3 million people worked in the environmental field in Germany, while only 950,000 people were employed in the automotive industry. The European Association of Wind Energy estimates that about 190,000 to 320,000 jobs will be created in this area. European Association of Biomass envisages about one million jobs. Almost 100,000 jobs should be created in the photovoltaic area and 250,000 jobs in the area of solar facilities, according to Novák. "The total replacement of energy from non-renewable sources by alternative ones is not realistic but the use of alternative sources of energy is possible in individual regions in Slovakia through biomass, solar, wind and geothermal energy," said Židek, of the Biomasa. [3/21/2005]
| General News | Slovakia | All renewables | No | Slovak Spectator | | | | | | Slovakia's energy plans: Barking After a Lost Bone | | Barking after a Lost Bone by Lucia Kubosova 10 March 2005 Slovakia’s attempt to change its commitments on nuclear energy may be doomed, but it suggests that the EU’s debate about energy policy will no longer be so politically correct. It all started with what some considered a mere political gesture. In 2000, Slovakia had agreed not to expand its nuclear power program, but, last May, just days after Slovakia joined the European Union, its economics minister, Pavol Rusko, unveiled plans to press ahead with the completion of two blocks at the nuclear power station in Mochovce, in Western Slovakia.
Coming just weeks ahead of elections to the European Parliament in June, the move was seen as a transparently populist move. It was certainly a party-political initiative rather than a reflection of government thinking.
Rusko had stolen the pro-nuclear agenda from the center-left SMER party, claimed Robert Fico, SMER’s leader and the government’s most outspoken critic. The partners of Rusko’s liberal ANO party in the governing coalition did not jump for joy either, distancing themselves from Rusko’s ideas by arguing this was merely a pre-election ploy.
Rusko’s statement also seemed a vote-winning exercise because it provided an opportunity to rile the Austrians--an opportunity that Rusko explicitly seized upon by suggesting (on Austrian radio) that Austria, which is staunchly opposed to nuclear energy, might itself want to buy electricity produced by nuclear plants. Atomic energy could yet prove preferable all across Europe, Rusko argued.
Rusko’s baiting succeeded. Vienna reacted furiously. Leading politicians spoke of provocation and betrayal by the EU newcomer, while Hans-Peter Martin, an independent Austrian member of the European Parliament, fulminated that “we shouldn’t have voted in favor of Slovakia’s EU membership in 2003.” As a co-chair of the joint parliamentary committee between Slovakia and the European Parliament prior to enlargement, Martin could have influenced the attitude of European deputies towards the then-applicant.
Rusko is again causing ripples in the European Union, although this time the debate is perhaps less provocative. Now, instead of calling for Slovakia to expand its nuclear program, he is merely pushing for a delay in the process of decommissioning two reactors at Jaslovske Bohunice, the second of Slovakia’s two nuclear power plants.
In practical terms, it has almost no hope of being approved. “The slightest change in the Accession Treaty must be re-approved by all 25 member states,” says Rupert Krietemeyer, the European Commission’s spokesperson for the energy sector. “And there is no doubt that reaching an agreement with all of them, particularly Austria, is not very likely.”
Jaslovske Bohunice is 65 kilometers northeast of the Slovak capital, Bratislava, which itself lies on the border with Austria.
DESPERATELY SEEKING ENERGY
Rusko’s proposal may be unrealistic, but it has a pressing practical logic. Slovakia has, he believes, a major energy problem. Whether Rusko’s suggestions about how to deal with that problem will be accepted by the Slovak government will become clearer in the coming months. But there is no escaping the need to decide how to fill the gaping hole left in Slovakia’s energy supplies when the Jaslovske Bohunice reactors are decommissioned.
The plant generates the cheapest electricity in Slovakia, and “its closure will have an extremely serious impact on Slovakia’s self-sufficiency in electricity generation and will cost the economy tens of billions of crowns,” an earlier document by the Slovak Economy Ministry stated.
The problem could be compounded since, for environmental reasons, Slovakia may have to close down parts of two thermal power plants (in Novaky and Vojany) and, depending on a ruling in lawsuit with Hungary that is being heard in a European court, it could be forced to cut production at the hydroelectric power plant at Gabcikovo, a controversial dam on the Danube.
At the same time, electricity consumption is currently rising by 3 percent a year, to power Slovakia’s mini-boom.
Overall, Slovakia’s domestic power generation is set to fall by a quarter by 2008. That could cause severe shortages, since it is uncertain that Slovakia would be able to cover the shortfall through imports.
Rusko’s immediate goal is to attempt to delay the inevitability of shutting down Jaslovske Bohunice. He is calling for Slovakia to be allowed to delay the commissioning process by two years, with the first reactor to be taken off-line in 2008. (He has also long argued that a safer solution would be to shut down both reactors at the same time.)
Rusko and his team at the ministry argue that the Jaslovske Bohunice reactors are technically capable of continuing production after the agreed deadlines and still meet internationally approved standards, and so should be allowed to continue working.
There is, of course, also a financial reason for Rusko to force a debate on a topic the EU had thought was settled. The EU has promised to provide financial aid to undertake the very costly operation, but Slovakia’s representatives in Brussels are now trying to bolster that commitment. Any success would help, since Slovakia now will have to foot most of the bill. It is also Slovakia that will have to find the 1.7 to 1.8 billion euro ($2.3-2.4 billion) in investment that Rusko believes the Slovak energy sector will need over the next decade.
Slovakia has only limited alternative sources of energy in place. Nuclear power accounted for 57 percent of the country’s electricity production in 2003. Thermal power plants generated roughly 30 percent of output, with the rest coming from hydroelectric plants.
This gloomy outlook is therefore prompting Slovakia to revise the energy strategy it formulated in 1999, according to Maros Havran, the spokesperson for the Economy Ministry. “We can’t end up using candles, after all,” he argues.
The ministry submitted a new draft in December, and it was, until the end of January, made available for consultation with other ministries and the public. Rusko’s blueprint amounts to a major shift toward nuclear energy, some experts argue. The list of proposed priorities is topped by nuclear projects: Rusko wants to increase output from the remaining reactors at Jaslovske Bohunice and from existing units at Mochovce, and also to complete the third and fourth blocks at Mochovce.
Previous plans had suggested covering the anticipated shortfall in production by creating gas-fired power plants or relying entirely on imports. Rusko argues, though, that gas-fired power plants would be less efficient than nuclear plants, while relying on imports would itself entail sizable investment since Slovakia’s national grid does not have an import system capable of transmitting so much power.
Importing electricity would be a major change for Slovakia, as it is currently an exporter. A WILTING GREEN POLICY
The new policy, if approved, would also amount to a significant change in the Slovak government’s attitude towards green issues, according to Juraj Rizman, the spokesman for the Slovak section of Greenpeace. The previous governing coalition, which ruled from 1998 to 2002, “adopted a modern and environment-friendly strategy, but the current one just dropped it from the table. The funny thing is that both cabinets were made up of almost the same parties… With a coalition so similar, one would expect that U-turns like this one would be impossible,” says Rizman.
He attributes the U-turn to pressure from Rusko’s ANO party, the only new party to join the governing coalition after the 2002 elections. Rusko became a minister in the autumn of 2003.
But despite its green-friendly attitude, the first government led by Prime Minister Mikulas Dzurinda failed to make much headway in introducing alternative sources of energy. According to a European Commission progress report on Slovakia’s implementation of an action plan to generate electricity from renewable energy sources, there was extensive development of small hydroelectric energy sources in the first half of the 1990s.
The report, which was published in 2001, noted that no significant progress had been made after that. No large wind turbines had been installed in the meantime, and geothermal waters and biomass made only a minor contribution to electricity output. Biomass is seen as the largest potential source of renewable energy in Slovakia.
“Several projects to invest into green energy had been approved but not fulfilled, and there has been a very little interest in further development of new sources,” Rizman says.
This re-shaping of official attitudes toward energy, with the emphasis on cheap, non-renewable sources, could result in an ill-advised policy, some experts believe. Lubos Tomic, the head of the Bratislava-based Center for Nuclear Safety (CENS), argues that “the draft energy strategy is not very balanced, given the proposed division between development of and support for renewable sources as opposed to nuclear energy and traditional energy sources.”
What policy direction Slovakia will take as it prepares to cope with the expected drop in energy production will depend heavily on the Italian company ENEL, the new owner of Slovenske elektrarne, producer of 85 percent of the energy generated in Slovakia.
In November, ENEL won a tender for a 66 percent in Slovenske elektrarne ahead of Russia’s Inter RAO and CEZ, the Czech generator that was in the communist era part of the same giant group as Slovenske elektrarne. ENEL will take over the company in late June.
It is then required to draw up an investment strategy in which it would outline how much it plans to invest and where it would invest that money.
If the government does not agree with ENEL’s strategy, which is expected to be delivered by the end of June, it could annul the privatization.
When the privatization deal was signed in mid-February, the company’s chief executive officer, Paolo Scaroni, suggested that ENEL would propose investing over 1 billion euro ($1.33 billion) to complete Mochovce.
A CLIMATE CHANGE IN DEBATE?
Whether or not Slovakia eventually decides to go along with Rusko’s pro-nuclear agenda, Rusko can feel satisfied on several fronts. With Slovakia now a member of the EU, Austria can no longer do much about its unhappiness at what MEP Martin called the “dangerous” nuclear facility at Mochovce.
Secondly and more significantly, he has brought about a climate change in the way the Slovak government discusses energy policy.
He may also entertain hopes that a climate change of another sort may swing debate in Europe in his direction and the direction of nuclear power. A European Commission Green Paper published in November 2000 suggested that the future of nuclear energy would depend on energy demand, how safely nuclear waste could be managed, the economic viability of new power stations, and whether the EU member-states would be able to meet the promises they made when they signed up the Kyoto Protocol, which requires signatories to cut emissions of greenhouse gases.
The European Commission is now planning to report on how are EU countries are meeting their Kyoto commitments, says Rupert Krietemeyer, the Commission’s spokesman on energy issues. The report will take a close look at the development of alternative renewable sources of energy.
All EU member-states had previously agreed to increase the volume of energy generated by “green sources” to 22.1 percent by 2010. Slovakia is not alone in looking certain to fall short of that target. Krietemeyer suggests the report, when it is published later this year, will probably make gloomy conclusions about the progress made.
So what was politically correct before the Kyoto Protocol came into force on 16 February may not seem correct practice now. Depending on the findings of the European Commission, Rusko may be right that nuclear power may yet prove to be Europe’s energy source of choice. "Barking after a Lost Bone"
| General News | Slovakia | All renewables | No | Transitions Online | Barking After a Lost Bone | | | | | Investments in Bulgaria's Energy Up | | Investments in Bulgaria's Energy Up 2005-02-03 Investments in Bulgaria's energy sector have gone up nearly six times over the last four years, Bulgaria's Energy Ministry announced on Thursday.
A specially prepared study underlined that the increase was due to the positive reforms in the financial health of most of the energy plants.
A total of BGN 2, 6 B have been invested in Bulgaria's energy since 2001 to 2004. Data shows that more than BGN 550 M were invested in 2001, where as in 2002 their number dropped to BGN 504 M. The amount of the investments in 2003 rose to BGN 629 M and in 2004 they stood at BGN 960 M.
More than BGN 224 M were used for the modernization of the electricity transmission network in the country.
All rights reserved, 2001-2005 (c) Novinite Ltd. You are permitted to use any of the articles in this message only if you kindly quote the source - Novinite.com.
| General News | Bulgaria | All renewables | No | Novinite.com | | | | | | Dutch Carbon Facility Seeks JI Projects in Bulgaria | | Dutch Carbon Facility Seeks JI Projects in Bulgaria
A new Joint Implementation (JI) fund, named NECaF (Netherlands European Carbon Facility) is looking for carbon credits from Bulgarian JI projects.
The NECaF is managed by the IFC jointly with the IBRD, which is part of the World Bank Group. The fund aims to purchase 10 million tones of carbon from different JI projects in Central and Eastern Europe including Bulgaria.
Project examples are: fuel switch to natural gas, energy efficiency projects, new co-generation, renewable energy, landfill gas extraction.
The projects of candidates who want to sell carbon credits should comply with the criteria under the Joint Implementation Mechanism. In addition, the status of development of their projects should be in an advanced stage. In certain cases, the IFC might be able to provide project financing for projects as well.
By Sofia News Agency: 28 January 2005
| General News | Bulgaria | All Renewables | No | | Dutch Carbon Facility Seeks JI Projects in Bulgaria | | | | | Progressive Czech renewables act passed | | Progressive Czech renewables act passed (published on 1-Apr-2005) An act supporting the production of electricity from renewable energy sources has been passed by Czech parliament this week, and is expected to come into force in around three months time.
The Czech Republic's new Renewables Act has been named the most progressive out of all of the eight new EU Member States and could create 23,000 jobs in technology production for renewable power sources such as wind energy. Friends of the Earth (FoE) has welcomed the act, which the organisations says establishes the most progressive renewable energy legislation in all of the eight new EU Member States. The Renewables Act will ensure an 8% share of renewable energy in the Czech Republic's gross domestic electricity consumption by 2010, a target laid down in the country's accession treaty with the European Commission. FoE estimates that the new legislation will lead to the creation of around 4,000 new jobs in fuel and biomass production or maintenance, as well as around 23,000 new jobs in the production of technologies and engineering for the renewables projects. As a result of the new law, new investment in the Czech economy is expected to exceed €1.5 billion over the next five years. The Renewables Act should also lead to savings of approximately 4 million tonnes of annual carbon dioxide emissions by 2010. The adopted support scheme will provide a 15-year guarantee of solid feed in tariffs - the major condition that allows financial rentability of the projects and will lead to the actual development of renewables in the Czech Republic. Producers will also have the option of switching to the so-called "green boni" support system, where a bonus will be paid on top of the market-sold electricity. However, the act's success partly depends on how the Energy Regulatory Office sets prices that are not stated directly in the text of the law. Current ruling states that the pay-back time of installations should be less than 15 years, and another rule dictates that the price for new installations cannot drop less than 95% against the level of those installations that started in the previous year. "This is a big step forward in the development of renewable energy in the Czech Republic," head of the FoE Czech energy programme, Petr Holub said. "Ultimately, the new law is extremely progressive."
By Jane Kettle
| General News | Czech Republic | All Renewables | No | Environmental Data Interactive | Progressive Czeck renewables act passed | | | | | Bulgaria Cashes EUR 1 Billion from Energy Sector Privatization | | SOFIA (bnn)- Proceeds from privatization of Bulgaria's energy sector amounted to leva 1.94 billion (EUR1 billion) over the last four years, the ministry of energy said Wednesday.
The country has fully privatized its electricity distribution sector as well as 91% of the auxiliary and maintenance facilities, 42% of power generating plants, 10% of steam heating utilities and 8% of coal mines, the report said.
The largest energy sector privatization so far was last year's EUR693 million (US$900 million) sale of the country's seven power distribution companies to Germany's E.ON Energie AG, Austrian EVN AG and Czech CEZ s.a.
The share of energy privatization proceeds in the overall privatization proceeds has increased to 70% in last year from 1.5% in 2001, the ministry said.
| General News | Bulgaria | All Resources | No | Bulgaria News Network | Bulgaria Cashes EUR1 Bln From Energy Sector Privatization | | | | | Estonia Proposes Making Biodiesel Production Tax-Free | | Baltic Times. Estonia’s government is proposing making the production of biodiesel tax-free. The proposal is being submitted to the European Commission, which has up to six months to either approve or reject the tax exemption. Estonia’s initiative is linked to an EU-sponsored mandate to increase the use of renewable energy. According to EU regulations, by 2010 renewables such as wood, wind and biodiesel must constitute 5.75% of total energy consumption. “Without doubt, the biodiesel sector looks promising in the macroeconomic sense,” says Kalev Lindal, owner of WBT, a Tartu-based rape-product manufacturer. “Once an oil shortage occurs, it’s unlikely that motor vehicles will get nuclear or hydrogen-based engines promptly.”
| General News | Estonia | Biofuels | No | Green Car Congress | Estonia Proposes Making Biodiesel Production Tax-Free | | | | | Czech Republic: Testing the Winds | | by Tim Gosling 16 March 2005 Environmental and economic concerns are taking a back seat to politics in the Czech government's thinking on renewable energy. PRAGUE, Czech Republic--Eight percent of electricity production from renewable sources by the end of the decade: Aiming at this European-Union target, Czech lawmakers are likely to adopt measures to help invigorate renewable energy production in new energy legislation currently nearing a final vote.
The Czechs have a lot of work to do, despite doing a better job of exploiting renewables than some of its neighbors--estimates are that the country presently generates 3.5 percent of its electricity from renewables, compared to 2.5 percent in Poland and less than 1 percent in Hungary. Few predict that the target will actually be met, though. Investors are badly needed to harness the potential sources of renewable energy within the country. The new legislation intends to provide conditions to attract them. But will it attract the right investors to the right projects?
15-YEAR MONEY BACK GUARANTEE
One high-profile project has been in the cards for a while. Near Chomutov in northwestern Bohemia, Czech Venti, a partnership between Britain's Virtual Utility and the local concern Proventi, plans to erect at least 96 wind turbines in the Krusne Mountains at a cost of around 400 million euros.
The major source of support for renewable energy producers comes in the form of "feed-in tariffs": guaranteed prices producers receive for each kilowatt hour they feed into the distribution networks. These tariffs, set by the Czech Energy Regulation Office, have until now been reviewed yearly, making accurate investment planning impossible.
A vital measure within the proposed legislation will set the tariffs for 15 years. The levels of the tariffs are to be based on economic and technical calculations that correlate investment costs with projected revenues and are required to guarantee return of investment within the 15-year period. The feed-in tariff for wind power is expected to be set at 2.70 crowns ($0.12) per kilowatt hour: one of the highest rates offered for renewables, because of the high start-up costs involved.
Other large investors are watching the legislation closely. The country's dominant power company, CEZ, formerly state-owned and still largely under state influence, is waiting to see what final form the legislation takes, according to spokesman Ladislav Kriz. He says that if the legislation passes with very favorable conditions “as proposed,” then “CEZ will go into wind power." Industry insiders note that there are many others, foreign investors in particular, making inquiries about Czech wind power projects.
Attracting investors is one thing, though, and harnessing the country’s potential energy sources quite another. FEEDING AN INEFFICIENT INDUSTRY
Imagine throwing an environmental energy consultant, an executive of a regional power giant, an environmental scientist, an energy industry consultant, and a couple of Czech technocrats into a small room to talk shop on renewable energy. We'd expect them to argue over a lot of things while agreeing on very few. That wind energy is entirely unsuitable for the Czech Republic would be one rare point of convergence. Statistics from the Ministry of Industry and Trade mark wind power as having the lowest economically viable potential of any renewable in the Czech Republic.
According to Radan Panacek of the Technology Center of the Czech Academy of Sciences, a wind of 7 meters per second is the minimum average speed necessary for efficient production of electricity. But only a tiny fraction of the Czech Republic's land area even reaches 6 meters per second, and the vast majority of the country sees a mere 3 meters per second.
There are currently 10 working wind farms in the country, predominantly located in the mountains on the northern borders. According to some energy experts, they are struggling to run at 10 percent capacity owing to poor wind conditions, inefficient management, and inadequate funding. Even so, another eight installations are under construction. All will qualify for feed-in tariffs.
Ladislav Pazdera, director of the Industry and Trade Ministry's eco-energy department, claims that the problem of unreliable wind hampers wind energy projects throughout inland Europe. He says that the Germans, who make more electricity from wind than any other country, run their installations at around 16 percent capacity.
Tomas Vorisek of Seven Energy Efficiency Center, a Prague renewable-energy consultancy, says that some calculations suggest that in the Czech Republic, "no more than 1 terawatt hour [1 billion kilowatt hours] can come from wind power, and it must be stressed that wind power is much more expensive" than other renewables in terms of investment and operating costs.
“From a strictly economic and power point of view, wind power is useless," is the even franker view of a source at the Industry Ministry, speaking off the record. WHICH WAY DOES THE WIND BLOW?
So why are wind turbines continuing to pop up on Czech mountainsides? Opinion varies.
Some, including sources that have worked on the Czech Venti project, suggest that the issue is one of tokenism.
Compared with the alternatives, wind farms are seen as "sexy," they say. Hundreds of huge, futuristic windmills populating the mountains and mirroring the German wind farms just across the border would make a highly visible example of the Czech dedication to promoting renewable energy. An added advantage could lie in the location of the projects. The Krusne Mountains where Czech Venti plan to build the country's biggest wind farm overlook the factories and open-pit coal mines of north Bohemia, an area hard hit by shrinking coal production in recent years. This extremely sensitive issue was exacerbated in 2000 when environmental concerns prompted limits on what coal deposits there were still to be exploited. During the communist era and into the 1990s, dozens of villages were razed to get at the coal underneath them. The equally controversial lifting of these barriers, as expected by many in the none-too-distant future, will help the area’s economy somewhat but prove no magic bullet. For the moment, the government is pumping huge funds into the region to support the jobless and promote industry there.
Czech Venti claims that Chomutov Wind Park will provide many jobs in construction and maintenance of the wind towers. Pazdera is candid in stating that from the ministry's point of view, “the social issues are definitely more important than the environmental concerns and pushing renewables."
Not all Krusne Mountain residents, though, are happy about wind farms. In a January referendum, the 141 eligible voters of Bozi Dar, a village on the German border, voted to freeze work on a proposed nearby wind farm. Village mayor Jan Hornik complained that opponents of the project exaggerated the impact it would have on people's lives, saying for instance that the noise of the towers would make it impossible to sleep with open windows in the summer.
WEST WINDS
Brussels is very keen on renewables too, and some see pressure coming from there. Miroslav Hajek, director of the environmental economics department at the Czech Environment Ministry, says, “I don’t know why the [wind energy] lobbyists are pushing so strongly on the government, because profit from wind power would be the same in biomass and other renewables.” He says some German politicians have pushed their Czech colleagues to set feed-in tariffs favorable to the wind power industry.
Germany leads the world in wind energy, with a capacity of 14,000 megawatts in 2004, according to the industry magazine Windpower Monthly. The Czech Republic's operating capacity is a mere 10 megawatts, behind Luxembourg--but ahead of Hungary, Romania, and even Russia.
The main architects of Czech energy policy and legislation work at the Industry and Trade Ministry. Pazdera of the eco-energy department admits that the ministry is well aware that producing electricity from biomass holds far more potential than does wind power.
But policy and legislation cannot discriminate in favor of any renewable energy source, he asserts. This would violate the guiding principle of Czech energy policy as devised under EU auspices: that of a free and liberalized market.
“We need to set the conditions and ensure that the market is fully liberalized so that investors can make their choice,” he says. “We just create the borders.”
Leaving aside the irony of invoking free-market principles to justify price regulation policy, investors are indeed making free choices about the methods of renewable production they put their money into--and receive government support and subsidies for. But so far only wind power appears to be attracting their interest.
A BURNING QUESTION
Returning to our argumentative roomful of energy experts, we find another meeting of minds: the one renewable source with the potential to make a serious impact in the Czech Republic is biomass: the burning of wood and plant material to power turbines. With such huge potential, why hasn’t biomass attracted the investors?
The answer may be that one investor that takes biomass seriously is by far the most influential investor, producer, and distributor in the Czech energy market: CEZ. Some observers argue that the heavy-handed entry of the power giant dealt a blow to a fragile renewable-power industry in its infancy. When the feed-in tariff for burning biomass and coal together, or "co-firing," rose some time ago to an extremely generous 2.40 crowns per kilowatt hour, CEZ jumped at the chance and in the process, they say, by dominating the fuel supply and driving the price up, damaged small projects run by municipalities that were pushing to develop a system to help the industry evolve.
For the moment, the near impossibility of assuring a guaranteed fuel supply is shackling development. Waste material such as wood waste from furniture makers is the most common biomass fuel presently, but it isn't enough. To ensure an adequate supply, farmers need to plant energy crops--a lot of them.
To prompt farmers to start growing energy crops and organise their collection and transportation is no small task. As Panacek of the Czech Academy of Sciences puts it: “It’s a chain. You need to develop the whole chain, and who will do that?” As the only player that can encourage the industry from both the supply and the production side, the state is the only candidate in sight, and until the chain is well underway, there will be no investors coming to establish production facilities.
Some state organs are trying to harden the links in the chain. The Agriculture Ministry offers some incentives to farmers, and the new legislation under deliberation is expected to restrict eligibility for feed-in tariffs to producers of purpose-grown energy crops. Parliamentarians backing the bill hope this clause will prompt companies such as CEZ to weigh in by contracting to buy the fuel that the farmers grow.
Still sounds like discrimination though.
| General News | Czech Republic | All Renewables | No | Transitions Online | Testing the Winds | | | | | EU embarks on path to fusion energy | | The EU is keen to go ahead with the world’s biggest ever experimental energy project, the International Thermonuclear Experimental Reactor (ITER), with or without its hoped-for international partners. If successful, the project will be a future energy source for the entire world and could, in the coming decades, begin to replace current energy sources like oil, natural gas, and wind and solar energy. But there is one hitch: While Russia and China have given their full support, Japan - which is supported by the US and South Korea - has raised strong objections to the location of the project. Energy and environmental security A recent European Fusion Power Plant Conceptual Study confirmed the environmental advantages of fusion and provided evidence that the cost of fusion power would be reasonable - especially taking into account external costs such as damage to health and the environment. And experts widely believe that fusion will contribute to meeting the world’s increasing energy needs. Experts say that energy use is expected to double in 40 years. They also say that 80 per cent of the world’s energy is generated by burning fossil fuels that are driving climate change and generating debilitating pollution - not to mention the fact that those fossil fuels will eventually be exhausted. The first sign of that, they say, will be a decrease in the rate at which oil can be produced, which could occur relatively soon. A fusion future The ITER would generate “clean” energy by fusing together light atoms such as hydrogen. Its goal is to create a long-term solution to the world’s energy problems, using only seawater as fuel. The project requires an investment of €10 billion over a period of 30 years, and it will require another 10 years before reaching commercial viability. As such, the ITER would be the most expensive international scientific venture ever sought since the international space station. According to European nuclear fusion experts, the fusion reaction involves deuterium (heavy hydrogen) and tritium (super heavy hydrogen). In a working paper, British expert Chris Llewellyn Smith, from the Joint European Torus (JET), explains that two conditions must be met in order for the fusion to work: “First, a gas of deuterium and tritium must be heated to over 100 million degrees Celsius, 10 times hotter than the center of the sun. Second, the very hot gas must be kept away from the walls [of the reactor] as contact with the walls would cool it down.” The JET, the world’s leading fusion research facility, is funded jointly by the European Commission and the Euratom member states. It has already begun the initial phase of fusion research, but so far, its energy input has far exceeded its output. The JET has produced 16MW of fusion power, but 25MW of energy input were required just to heat the gas. “This does not sound too good - more energy in than out. But comparing results from JET with results from devices half the size of JET gives us great confidence that a device twice as big as JET would produce very much more power than would have to be supplied the heat the gas,” Smith writes. He also said he was confident that the ITER would be such a device. According to Smith, the ITER will be twice the size of JET, and should produce over 500MW of fusion power - at least 10 times the power needed to heat the gas. “ITER is essential to test and integrate various technologies on the scale of a power station. It should confirm that it is possible to build a fusion power station,” he writes. The ITER will be followed by a prototype fusion power station, which could be putting electricity into the grid within 30 years if ITER construction begins as planned in 2005-2006, he said. The advantages European experts believe that fusion power will be environmentally responsible and intrinsically safe, and that the supplies of fuel are essentially limitless. They say that the raw fuels - from which deuterium and tritium are extracted and generated - are water and lithium, which is an abundant metal. Lithium is a component of batteries of mobile phones and laptops. If used to fuel a fusion power station, the lithium in one laptop battery, complemented by half a bathtub-full of water, could produce the same amount of electricity as burning 40 tons of coal - generating 200'000 kWhrs, which is equal to the current per capita electricity production of Britain for 30 years. “The fact that the lithium in one laptop battery together with half a bath of water could be used to produce so much electricity is sufficient reason to make every effort to develop fusion. Another excellent reason is that fusion produces no CO2 or air pollution - indeed the so-called external cost of fusion power will be close to zero,” Smith writes. Ensuring safety According to experts, the weight of the hot fuel produced by the tritium and deuterium in the core of the fusion reactor would be about the same as 10 postage stamps. Furthermore, they say there would not be enough energy inside the plant to cause any major accidents, nor would there be much fuel to be released into the atmosphere if an accident did occur. Although the products of fusion (helium and neutrons) are not radioactive, the walls of the fusion reactor would become radioactive when struck by the neutrons. However, the radiation decays, with half-lives of only around 10 years, and all the components could be recycled within 100 years. Should the cooling circuit fail completely, the radioactivity in the walls would continue to generate heat, but the temperature would peak below 1’200 C, and melting would be impossible. Experts also say that the tritium is radioactive, but again the decay half-life is relatively short (12 years) and the hazard is not huge. Regardless, they say, it would be easy to design a reactor that would ensure that in the event of major technical or natural disasters - such as earthquakes - only a small percentage of the tritium inventory would be released and the evacuation of the neighboring population would not be necessary. Commercial use worldwide JET experts believe that if fusion development were properly organized and funded, commercial fusion power could be available in 40 years. A well-managed fusion development program could lead to a prototype fusion power station putting electricity into the grid within 30 years, with commercial fusion power following 10 years later. “I am not certain of this date - it assumes adequate funding and appropriate organization of fusion development, and that there are no major surprises. I am, however, absolutely certain that with so few options available we cannot afford not to develop fusion as fast as possible. We must do it and I would like to see Europe continuing to lead the development of fusion. I would be amazed if the world is not using fusion power 100 years from now,” Smith says. Location denotes control Europe leads the world in fusion development, and the decision of the EU Council of Ministers to host the ITER at Cadarache in France is an attempt to ensure that Europe retains its leading role. The ITER program also seeks to position the European industry to play a key role in a future fusion power industry. The EU is fighting hard for the ITER to be located in Europe, as it wants to hold on to its leading role in nuclear fusion research. Japan, the US, and South Korea want the ITER to be located in Rokkasho-Mura, Japan, but the EU has made it clear it is not willing to compromise, saying that if a deal was not reached with Japan by July, the bloc would go it alone. Both sides claim that their favored locations fulfill all ITER requirements, as both locations already host major nuclear facilities. During the latest round of negotiations held last month between the EU and Japan, both agreed that the dispute over the location should be resolved before the end of June, and European Commissioner Janez Potocnik issued an ultimatum to Japan to accept a role as a non-host or risk being left out of the experiment altogether. Talks in Tokyo - aimed at breaking the impasse - led only to an agreement to make a decision before the 6-8 July G-8 summit in Scotland, which will be attended by the Japanese and French leaders. Last week, Potocnik said Japan was moving closer to accepting the EU’s offer of a “privileged partnership” in the project. “The views of both parties are converging,” he said after attending a meeting of EU industry ministers in Luxembourg. But Japanese authorities have indicated that they would not give in to EU pressure.
Ekrem Krasniqi is an ISN Security Watch correspondent in Brussels.
| General News | EU | Nuclear | No | ISN - International Relations and Security Network | EU embarks on path to fusion energy | | | | | Hungarian inventor aims to 'harvest' river power | | Hungarian inventor aims to 'harvest' river power By Tamás S Kiss LÁSZLÓ Oroszi, the inventor of an alternative energy system, believes rivers hold at least one of the keys to Hungary meeting EU directives on renewable power.
EU members must produce at least 6% of their energy via renewable sources by 2010, with the Union discussing the possibility of increasing this to 12% by 2020.
Currently only 3.6% of energy generated in Hungary comes via alternative sources (excluding nuclear), primarily from windfarms, bio-plants (wood chipping) and solar panels.
Oroszi told The Budapest Sun, "Electricity cannot be stored in bulk form and must constantly be generated."
Wind and sunshine have sporadic cycles in Hungary, and costly to run bio-plants need huge storage facilities for fuel.
"So far very few experts have even considered using Hungary's rivers to harvest much needed energy," said Oroszi, explaining that this is currently the sole source that can offer alternative energy producers "clean or green energy non-stop".
"Every second, billions of cubic meters of river water is flowing through Hungarian territory," he enthused.
Oroszi says that, based on scientific research, the Danube river (which flows a total 417km in Hungary) has a yield of 2,270 cubic meters per second, and flows at 1.18 meters per second (measured at Nagymaros), while the Tisza river (which flows 596 km in Hungary) yields about 740 cubic meters per second at a speed of 0.61 meters per second (measured at Szeged).
With the EU subsidizing green projects, Oroszi has received many inquiries concerning his patented idea for a relocatable cluster of generators producing power from flowing water, for which feasibility studies are also underway. "It would be an offense not to harvest the colossal amount of money-saving energy available in Hungarian rivers when the world is yearning for renewable sources.
"Even the slowest flowing, so-called 'passive rivers' can be utilized to harvest electricity, even to supply whole villages nearby," he said. Oroszi added that the system is "guaranteed to not only be profitable, but also environmental-friendly."
_ András Gombos, State Secretary of the Environmental and Water Ministry (KVVM), recently announced that to meet EU requirements by 2010, Hungary would need Ft100bn ($408.1m), mostly from EU funds.
Based on a study by the European Environmental Agency (EEA) the EU-15 together hand over an annual €5.3bn in subsidies towards renewable sources.
| General News | Hungary | Hydroelectric | No | Budapest Sun | Hungarian inventor aims to 'harvest' river power | | | | | Europe to install 4,500 MW of PV by 2010 | | Last year, 410 MWp of panels were installed to boost total capacity to more than 1,000 MW, an increase of 69% over 2003, says the barometer prepared by Observ’ER for the European Union. The EU market was propelled by the 363 MW installed in Germany, which now holds 88% of the continental market and which, for the first time, became the world leader in solar PV, ahead of the 280 MW installed in Japan and the 90 MW installed in the United States.
Of the 363 MW installed in Germany, 360 MW was connected to the grid and 3 MW was off-grid.
Luxembourg was in second place last year, with the installation of 13 MW, all grid-connected, following by Spain with 12 MW and France with 6 MW. Of the 410 MW installed across the continent, 403 was grid connected and 8 MW was off-grid.
On a per-capita scale, Luxembourg leads with 58 watts per inhabitant, with Germany at 10, the Netherlands at 3 and Austria at 2 W per person. All the other countries are less than 1 W, but the average on the continent is 2.2 watts per inhabitant.
One report predicts the world photovoltaic industry will reach annual sales of Euro 30 billion in 2010, based on the current German market of Euro 1.7 billion compared with 650 million in 2003. The number of employees is increasing, with 20,000 in 2004 versus 9,000 in 2003.
Another report estimates the European Commission target of 3,000 MW for 2010 “can be widely exceeded” and that installed capacity of 5,000 MWp by the end of the decade “is entirely possible.” Observ’ER has “significantly re-evaluated” its forecast, based on 20% growth in the German market in 2005 and 2006, followed by stabilization until 2010 and assuming that the PV industry can guarantee its silicon supplies, to predict that Europe will have 4,500 MW installed by 2010.
The prospects in Germany, Spain and Italy remain strong, although the situation in France is “less comfortable” where only a “substantial increase in purchase prices, which is not presently under consideration, would let the French market take off,” it notes. The Netherlands, Austria and Luxembourg have put their PV support systems on hold, with commitments to be made this year.
The ten new members of the EU installed a total of 0.3 MW last year, mainly due to the absence of solar roof programs. Poland installed almost half of that new capacity, although the Czech Republic has the largest PV capacity of the new member countries at 0.4 MW as a result of a national demonstration program in schools that was backed by the European Commission.
Solar cell production remained “very buoyant and sustained” during 2004 due to expanding markets in Germany and the U.S., with total production of 1,194 MW, the equivalent of 400,000 systems with mean capacity of 3 kWp. This output is a growth of 60% over 2003, and average annual growth over the past decade of 36%, although the growth has created problems with silicon supplies.
Japan produced 618 MW of PV cells last year, which is 52% of global output, with European manufacturers producing 308 MW, or 26%. The 139 MW from the U.S. is 12% of the market, while the rest of the world produced 129 MW for 11%.
Sharp produced 324 MW of cells last year to be the top company with 27% of the market, followed by Kyocera with 9%, BP Solar with 7% and Mitsubishi Electric with 6%. Q-Cells (6%), Shell Solar (6%), Sanyo (5%), Isofoton (4%), RWE (4%) and Deutsche Cell (2%) make up the balance of the top ten.
Observ’ER produces regular barometers on the status of renewable energy technologies in Europe, and works with the Eurec Agency, EREC, Jozef Stefan Institute, Eufores and Systèmes Solaires, with financial support from the ADEME and DG Tren (Intelligent Energy-Europe program) of the EU.
| General News | EU | Solar PV | No | re-Focus | Europe to install 4,500 MW of PV by 2010 | | | | | Georgia Launches Privatization of Energy Facilities | | Deputy Energy Minister Aleko Khetaguri said on May 2 that the government has begun accepting privatization bids for the state-owned energy distributing company and five hydro power plants. These five hydro power plants include: Lajanuri, Rioni, Gumati, Shaori and Dzirula. All of them are located in western Georgia. The United Distribution Company (UDC), which is currently managed by the U.S. company PA Consulting – a USAID contractor company -distributes electricity in the regions throughout Georgia.
| General News | Georgia | All Resources | No | Civil Georgia | Georgia Launches Privatization of Energy Facilities | | | | | Georgia Accepts Privatization Bids for Energy Facilities | | The Georgian Ministry for Economic Development has started accepting privatization bids for two energy distributing companies and six hydro power plants. These six hydro power plants include: the Lajanuri, Rioni, Gumati, Shaori, Dzirula and Ats hydro power plants. The electricity distribution company in Adjara Autonomous Republic and the United Distribution Company (UDC), which is currently managed by a USAID contractor PA Consulting, are also in the list. The deadline for accepting privatization bids expires on October 1.
| General News | Georgia | ;Hydroelectric;All Resources | No | Civil Georgia | Georgia Accepts Privatization Bids for Energy Facilities | | | | | Poland struggles to meet emissions plan | | POZNAN, Poland - An alarming message on an ecology list-serve said it all: “There has never been anything like it – the Environment Ministry is calling for construction of a nuclear power plant!” It was more a hint than a direct call when the ministry’s Tomasz Podgajniak stirred up a classic political, ecological and business controversy by saying, “Poland should start working on the development of nuclear energy.” Paradoxically for ecologists, the emerging discussion about whether Poland should turn to nuclear energy is the result of a long-term struggle to cut greenhouse-gas emissions. With the Kyoto Protocol and the European Union’s carbon-dioxide emissions trading scheme both coming into force early this year, the pressure is on member states to reduce emissions. Most EU members have come up with National Allocation Plans that set CO2 emissions quotas. If a country produces less CO2 than its plan projected, it can sell the surplus allowance on the emissions market. But the European Commission has not yet accepted the Polish plan, demanding that the country slash its emissions quota by 47 million tons annually in the years from 2005 to 2007. If the EC’s decision stands – Poland is considering taking the issue to the European Court of Justice – Polish energy, steel, glass and cement companies may be forced to reduce production. Such a slowdown could impede the growth that the country had hoped would come with membership in the EU. Whatever the final shape of the Polish plan, in order to achieve reductions in carbon-dioxide emissions the largely coal-based Polish energy sector will have to turn to other energy sources unless it is prepared to reduce production, pay fees for exceeding emissions quotas or buy surplus allowances on the emissions market. Poland’s energy sector has little hope of developing renewable sources of energy like wind, water or solar power. According to Podgajniak, Poland will have no choice but to consider nuclear power if it wants to meet the EU’s ambitious long-term goals for reducing emissions. By 2020, emissions should be down by 20 percent to 30 percent. In 2050 the goal for cuts could be as high as 60 percent. It is hard to imagine an energy sector based on coal that could handle such limitations. Nuclear energy, however, has failed time and again to gain widespread public support. Poland tried to construct a nuclear power plant in the 1980s, in Zarnowiec on the Polish coast, but the project was eventually abandoned, thanks in large part to widespread public disapproval. And each new hint that nuclear energy might be an option brings with it hot-button questions of location and waste disposal. One possible site remains Zarnowiec, but several other sites have been mentioned by the Polish Atomic Agency, including Nieszawa, Chelmno and Tczew, all in northern Poland. Another possibility is Belchatow, the home of the country’s biggest coal-based energy plant. Even more controversial is the location of waste dumps. So far the Polish Atomic Agency has proposed eight sites. Three are in the Bialystok region in northeastern Poland, highly valued for its wildlife habitat. Green organizations like WWF Poland are firmly against the country adopting nuclear energy. “Poland is one of the few EU countries that does not have to tackle the nuclear waste problem,” said WWF Poland Director Ireneusz Chojnacki. “Let’s look at the problems our western neighbors are dealing with. We should be happy we have managed to avoid them so far. Let’s learn from others’ mistakes.” WWF Poland is calling for increased conservation and more focus on developing renewable energy sources. But it’s questionable if cutting down on energy use and developing renewable energy sources will ensure that Poland achieves the major reductions in emissions required by the EU. The government, for its part, sees such calls as unrealistic. For example, according to the environment ministry, energy obtained from wind could meet only 10 percent of the country’s energy demands in 2020. Wojciech Kosc is a Poznan-based freelance journalist. This is an edited version of an article for Transtions Online.
| General News | Poland | All Resources | No | Czech Business Weekly | Poland struggles to meet emissions plan | | | | | Poland Plans First Nuclear Plant | | AFX. Poland plans to build its first nuclear power station by the year 2023 in order to comply with requirements restricting greenhouse gas emissions, according to Deputy Economy Minister Jacek Piechota. “Before 2023, we will have to have clean energy in the Polish electric power system,' he told the radio station RMF FM. “Round about 2023, we will no longer be able to respect very strict environmental norms, especially concerning greenhouse gases. The priority for the next 15 years will be to develop renewable electrical energy resources; windpower, biomass and hydro-electric power. But these resources will not suffice.” Poland has traditionally depended heavily on lignite and hard coal, and will continue to do so in the future. However, there are plans to increase the use of natural gas and renewable energy sources to 7.5% by 2010. (PointCarbon) The Finance Ministry is also proposing replacing an existing registration tax on new and imported second-hand road vehicles with a system based on emissions and engine capacity. (ENDS)
| General News | Poland | All Resources | No | Green Car Congress | Poland Plans First Nuclear Plant | | | | | RAO UES Announces Completion of Hydro Project | | In brief MOSCOW (RNWire) -- In connection with completion of the construction and installation works at hydropower unit 4 of the Bureyskaya HPP, RAO "UES of Russia" has formed a Central Acceptance Commission. An order to that effect has been signed by the Chairman of the Management Board of RAO "UES of Russia". In full MOSCOW (RNWire) -- In connection with completion of the construction and installation works at hydropower unit 4 of the Bureyskaya HPP, RAO "UES of Russia" has formed a Central Acceptance Commission. An order to that effect has been signed by the Chairman of the Management Board of RAO "UES of Russia". Vyacheslav Sinyugin, member of the Management Board of RAO "UES of Russia" and Chairman of the Management Board of OAO "HydroWGC", has been appointed the Commission Chairman. The Commission is responsible for organizing the unit acceptance and commissioning of the equipment and facilities of the start-up complex at hydropower unit N. 4 at the Bureyskaya HPP. Hydropower unit No. 4 of the power plant is scheduled to be put into operation in Q4 2005. The power unit's turbine will have an installed capacity of 333 MW, and an efficiency coefficient of 96%. Hydropower units No. 1 and No.2 of the Bureyskaya HPP with an aggregate capacity of 370 MW were put into operation in 2003, and hydropower unit 3 with an installed capacity of 300 MW was commissioned in 2004. The Bureyskaya HPP is on the list of the top priority construction projects of RAO "UES of Russia". In 2000-2004, the Holding Company invested RUB23.92 billion in own and borrowed funds in the project. In 2005, RAO "UES of Russia" plans to invest RUB6.05 billion in the construction of the Bureyskaya HPP. When the project is completed and all six hydrogenerators are put into operation, the capacity of the Bureyskaya HPP will reach 2,000 MW, and the average annual output will be 7.1 billion kWh.
| General News | Russia | Hydroelectric | No | Russia Newswire | RAO "UES of Russia" Forms Central Acceptance Commission in Connection with Completion of Constructio | | | | | RAO UES Delegation to Take Part in Work of World Geothermal Congress (WGC 2005) in Turkey | | In brief MOSCOW, April 28 (RNWire) - The delegation of RAO "UES of Russia" comprising representatives of the Parent Company and some of its subsidiaries, and Russia's leading scientists, equipment manufacturers will take part in the World Geothermal Congress (WGC 2005) in Turkey. In full MOSCOW, April 28 (RNWire) - The delegation of RAO "UES of Russia" comprising representatives of the Parent Company and some of its subsidiaries, and Russia's leading scientists, equipment manufacturers will take part in the World Geothermal Congress (WGC 2005) in Turkey.
The exhibition stand presented by RAO "UES of Russia" at the WGC2005 exhibition organized during the Congress days features the major accomplishments of the Russian geothermal power engineering. The highlight of the stand is the development programme of the energy sector in Kamchatka. The Congress participants were especially interested in the plans for geothermal development in Stavropol Kray and Kaliningrad Region.
Geothermal generation utilizes underground sources of water located in areas of volcanic activity with temperatures of 100-200°C to generate electricity and heat. Today, geothermal resources are found in 80 countries of the world and are actively used in 58 countries. The global generation using geothermal resources totals 50 TWh, with Russia accounting for 10 percent of that amount. Under the Strategy Concept of RAO "UES of Russia" "5+5", the use of alternative energy sources, primarily energy of geothermal origin, is one of the priority areas of development and improvement of Russia's electric power industry. Today, RAO "UES of Russia" operates three geothermal power plants located on the Kamchatka Peninsula: Pauzhetskaya GeoPP, Verkhne-Mutnovskaya GeoPP, and Mutnovskaya GeoPP. The latter is considered to be the best in the world in terms of environment safety and automation of production.
Moreover, Russia has created the technological underpinning required for the development of the geothermal energy, and carried out a series of fundamental studies in the area. The power equipment developed by Russian geothermal manufacturers is installed at 15 heating and power plants in different countries of the world.
| General News | Russia | Geothermal | No | Russia Newswire | RAO UES Delegation to Take Part in Work of World Geothermal Congress (WGC 2005) in Turkey | | | | |
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