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Integrating Renewable Energies into a District Heating Network in a Residential Area in Dachau
The project includes designing a low-temperature district heating network center with a flow and return temperature of 45 °C/20 °C in a modern residential area with 50 buildings with 37,000 square meters located in Dachau, Bavaria and consists two scenarios. In the first scenario, in energy generation, the focus was on the natural gas supply. And in the scenario 2 the region's renewable potential was integrated and replaced with fossil fuels. By comparing the two systems, although the investment costs of System 2 were more, it is more cost-effective in financial accounting, considering the government's financial support for renewable energy projects and more maintenance and fuel costs of the first system. According to the present factors and CO2 emissions, the renewable system was much better in environmentally-friendly terms.
Integrating Renewable Energies into a District Heating Network in a Residential Area in Dachau
The project includes designing a low-temperature district heating network center with a flow and return temperature of 45 °C/20 °C in a modern residential area with 50 buildings with 37,000 square meters located in Dachau, Bavaria and consists two scenarios. In the first scenario, in energy generation, the focus was on the natural gas supply. And in the scenario 2 the region's renewable potential was integrated and replaced with fossil fuels. By comparing the two systems, although the investment costs of System 2 were more, it is more cost-effective in financial accounting, considering the government's financial support for renewable energy projects and more maintenance and fuel costs of the first system. According to the present factors and CO2 emissions, the renewable system was much better in environmentally-friendly terms.
Integrating Renewable Energies into a District Heating Network in a Residential Area in Dachau
Asadollahi Esfahani, Bahareh (Autor:in)
08.01.2021
Hochschulschrift
Elektronische Ressource
Englisch
DDC:
690
British Library Online Contents | 2009
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