Suchergebnisse

The aim of this article is to create the methodology of energy strategies at the local, municipality level and to provide insight into the effectiveness of innovative policies and unique policy design components that can be adopted by other governments, at the local or state, levels. The Regional Policy of the EU, also referred to as Cohesion Policy, is a policy with the stated aim of improving the economic well-being of regions in the EU and avoiding regional disparities. The strategy Europe 2020 stresses the so-called 20/20/20 targets. The paper was prepared using the material, collected and analysed by implementing the Baltic Sea Region 2007–2013 programme project 'Public Energy Alternatives – Sustainable energy strategies as a chance for regional development' (PEA). The novelty of this methodology is in its holistic approach – municipality, community, business and researchers' cooperation is used. In this article, the main stages of a municipal strategy development are analysed and recommendations for regional energy strategy preparation are given.DOI: http://dx.doi.org/10.5755/j01.erem.71.3.12610

In conformity with the EU Directive 2001/77/CC, Lithuania has set in its National Energy Strategy a target to reach 7% of green electricity in the total electricity consumption by 2010. The main contribution to green electricity production is expected from wind power plants. The Government of Lithuania has adopted a plan of installation of 200 MW capacity wind turbines. A rather high feed-in tariff (22 ct/kWh) has been set to support electricity produced from wind. The most progressive wind energy technologies are used in Spain, Denmark, Germany. Most wind energy industries produce big machines for use in inshore or offshore applications; 2 MW turbines are in use. The wind measurement parameter statistics for Lithuania are presented. The threshold which cannot be passed without a capital reconstruction of the electricity network of Lithuania is 200 MW capacity of wind turbines. The penetration of wind energetics in power systems induces the problems of active power balancing, frequency control, voltage regulation, etc.

In conformity with the EU Directive 2001/77/CC, Lithuania has set in its National Energy Strategy a target to reach 7% of green electricity in the total electricity consumption by 2010. The main contribution to green electricity production is expected from wind power plants. The Government of Lithuania has adopted a plan of installation of 200 MW capacity wind turbines. A rather high feed-in tariff (22 ct/kWh) has been set to support electricity produced from wind. The most progressive wind energy technologies are used in Spain, Denmark, Germany. Most wind energy industries produce big machines for use in inshore or offshore applications; 2 MW turbines are in use. The wind measurement parameter statistics for Lithuania are presented. The threshold which cannot be passed without a capital reconstruction of the electricity network of Lithuania is 200 MW capacity of wind turbines. The penetration of wind energetics in power systems induces the problems of active power balancing, frequency control, voltage regulation, etc.

In conformity with the EU Directive 2001/77/CC, Lithuania has set in its National Energy Strategy a target to reach 7% of green electricity in the total electricity consumption by 2010. The main contribution to green electricity production is expected from wind power plants. The Government of Lithuania has adopted a plan of installation of 200 MW capacity wind turbines. A rather high feed-in tariff (22 ct/kWh) has been set to support electricity produced from wind. The most progressive wind energy technologies are used in Spain, Denmark, Germany. Most wind energy industries produce big machines for use in inshore or offshore applications; 2 MW turbines are in use. The wind measurement parameter statistics for Lithuania are presented. The threshold which cannot be passed without a capital reconstruction of the electricity network of Lithuania is 200 MW capacity of wind turbines. The penetration of wind energetics in power systems induces the problems of active power balancing, frequency control, voltage regulation, etc.

In conformity with the EU Directive 2001/77/CC, Lithuania has set in its National Energy Strategy a target to reach 7% of green electricity in the total electricity consumption by 2010. The main contribution to green electricity production is expected from wind power plants. The Government of Lithuania has adopted a plan of installation of 200 MW capacity wind turbines. A rather high feed-in tariff (22 ct/kWh) has been set to support electricity produced from wind. The most progressive wind energy technologies are used in Spain, Denmark, Germany. Most wind energy industries produce big machines for use in inshore or offshore applications; 2 MW turbines are in use. The wind measurement parameter statistics for Lithuania are presented. The threshold which cannot be passed without a capital reconstruction of the electricity network of Lithuania is 200 MW capacity of wind turbines. The penetration of wind energetics in power systems induces the problems of active power balancing, frequency control, voltage regulation, etc.