Abstract: . . .  Habicht, Archimedes Foundation The presentation describes a typical situation with heat production and heat consumption in an Estonian village and gives the basics of an average energy development plan of a municipality. The biggest share in the heat price . . .
. . .  use of reed and cattail for energy production is impeded by technical and logistical problems. Total primary energy content of biomass in Estonia which could be used annually for energy production exceeds 20 TWh. Calculated primary energy content of willow . . .
. . .  assessments, application for necessary licenses, contracts and agreements, construction works etc. Possible funding sources are own resources, bank loans, commercial leasing, grants of the Centre of Environmental Investments, bilateral aid programmes, joint implementation . . .
. . .  taxation in the EU Member States including VAT and environmental taxes and the tendencies in Estonia. Another important criteria for selection in investment cost which may vary from 1200 to 4000 EEK/kW and the eventual price of heat produced in the reconstructed . . .
. . .  changed from an underdeveloped and poor region to one of the richest regions of the country thanks to implementation of renewable energy concept.  . . .
. . . 1. Estonian biomass resources for energy sector. Implementation costs. Ülo Kask, Tallinn University of Technology, Institute of Power Engineering 2,25 Mha or 51,5% of the . . .
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