Suchergebnisse

In September 2003 Lithuanian Government approved the "National Sustainable Development Strategy" in which committed to provide support for alternative energy sources, including hydropower. Approving Directive on the promotion of the Use of Energy from Renewable Sources, EU is seeking significant increase in electricity produced from renewable sources. However Water Framework Directive requires achieving good status in all water bodies in 2015. This is an obstacle to constructions of new hydroelectric power plants ant to whole hydropower development. Hydropower certification is the best possible solution. Hydropower plants, that will meet environmental requirements, will receive green label. This work is intending to evaluate adaptability of existing foreign green certification systems in Lithuanian conditions.

In September 2003 Lithuanian Government approved the "National Sustainable Development Strategy" in which committed to provide support for alternative energy sources, including hydropower. Approving Directive on the promotion of the Use of Energy from Renewable Sources, EU is seeking significant increase in electricity produced from renewable sources. However Water Framework Directive requires achieving good status in all water bodies in 2015. This is an obstacle to constructions of new hydroelectric power plants ant to whole hydropower development. Hydropower certification is the best possible solution. Hydropower plants, that will meet environmental requirements, will receive green label. This work is intending to evaluate adaptability of existing foreign green certification systems in Lithuanian conditions.

The article analyzes the effect of the Lithuanian legislation on hydropower development via the document content analysis and comparative analysis of legislation and scientific literature. The main focus of the article is on assessing the hydropower potential in line with the environmental legislation and establishing the possible development priorities. Effective legislative activity and energy sector management stimulate the production and consumption of electricity from renewable energy (RE) sources, which serve as an alternative to organic fuel, while in Lithuania, nonharmonized legislation creates barriers for effective and socially beneficial use of hydropower. The environmental policy in Lithuania is one of the most rigorous in the European Union. The unconditional prohibition of dam building in ecologically and culturally valuable rivers means that the untapped hydropower potential in Lithuania is only 5%.

The article analyzes the effect of the Lithuanian legislation on hydropower development via the document content analysis and comparative analysis of legislation and scientific literature. The main focus of the article is on assessing the hydropower potential in line with the environmental legislation and establishing the possible development priorities. Effective legislative activity and energy sector management stimulate the production and consumption of electricity from renewable energy (RE) sources, which serve as an alternative to organic fuel, while in Lithuania, nonharmonized legislation creates barriers for effective and socially beneficial use of hydropower. The environmental policy in Lithuania is one of the most rigorous in the European Union. The unconditional prohibition of dam building in ecologically and culturally valuable rivers means that the untapped hydropower potential in Lithuania is only 5%.

Article no. 6731 ; Small hydropower (SHP) plays an important role in the Baltic States as a reliable and efficient source of electricity from renewable sources. This study presents the historical development, current status, and possible trends for the future development of SHP in the Baltic States with insights into the legal background and development policies for SHP in Estonia, Latvia and Lithuania. For the assessment of hydraulic structures in the Baltic States, the historical data was used supplemented with data from hydropower associations, the national departments of statistics, electricity transmission systems operators, etc. The currently recommended best practice for SHP development is the utilisation of existing sites with available infrastructure. These include old water mill sites and existing dam sites, which, in the Baltic States, number more than 1500. The majority of these sites have their power potential attributed to micro-hydro (<100 kW). In this study the potential of the hydropower capacity at historic, currently nonpowered dams is evaluated and the distribution of the micro-hydro sites within the EU network of protected areas under Natura 2000 and nationally designated areas is presented. The potential electricity generation from such historic sites in the Baltic States is more than 200 GWh/year ; Vytauto Didžiojo universitetas ; Žemės ūkio akademija