HEP has constructed two biomass fired cogeneration plants projects, BE-TO Osijek CHP 3 MWe/10 MWt and BE-TO Sisak CHP 3 MWe/10 MWt. The energy market operator will purchase the generated electricity from both power plants in accordance with the tariff as defined by the Ordinance on acquiring the status of eligible electricity producer in the period of 14 years. Operation of such plants contributes to the fulfillment of the national goals harmonized with the EU directives related to the renewable sources and energy efficiency generation.
The consortium for construction of both EUR 35 million worth projects is Đuro Đaković Holding with the partner HOST B.V. from the Netherlands. The construction was financed by the KfW bank credit.
BE-TO Osijek CHP of 3 MWe electrical capacity and 10 MWt thermal capacity is the forest biomass cogeneration plant project in joint generation of the thermal and electrical energy. The primary purpose of BE-TO Osijek CHP is generation of the process steam for the industrial customers and heat for the district heating system of the City of Osijek. It will have a status of eligible electricity producer for the period of 14 years as the high efficiency renewable source cogeneration plant.
The plant is located next to the existing TE-TO Osijek CHP.BE-TO Sisak CHP of 3 MWe electrical capacity and 10 MWt thermal capacity is the forest biomass cogeneration plant project in joint generation of the thermal and electrical energy. The primary purpose of BE-TO Sisak CHP is generation of the thermal energy for the district heating system of the City of Sisak and process steam for the industrial customers. The power plant will have a status of eligible electricity producer for the period of 14 years as the high efficiency renewable source cogeneration plant.
The plant is located next to the existing power plant, which is a part of the former ironworks in Sisak.
BE-TO Osijek CHP | BE-TO Sisak CHP | |
Net electrical output: | 3 MW | 3 MW |
Total efficiency: | 73% | 67% |
Heat: | 10 MW | 10 MW |
Electricity generation: | 18.367 MWh / year | 19.375 MWh / year |
Heat generation: | 65.862 MWh / year | 63.908 MWh / year |