Cities and municipalities are often faced with the task of converting former industrial areas, barracks, etc. into residential areas. So-called district concepts are usually the basis for decision-making. A multitude of questions have to be considered. An important point is the energy supply of such new residential areas. By working out different supply variants, these can be compared with each other.
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References use of subsidies
This are selected references of the sector use of subsidies. In addition to the technical conception and implementation, we have also acquired subsidies for our customers in these projects. References to other sectors you can find here.
Biomass heating Engelsberg
In Engelsberg, a biomass heating plant with a capacity of 1,700 kW and a district heating network with a route length of approx. 7,400 m and 180 heat transfer stations were built. Afterwards, the biomass heating plant and the district heating network were optimised during operation.
read moreBiomass heating Lauterbach Castle
At Lauterbach castle, which has been owned by the von Hundt family since the 15th century, the oil heating system was replaced by a woodchip heating system. A neighbouring house is also supplied with heat by this system. eta Energieberatung was commissioned with the planning of the wood chip heating with connected local heating network.
read moreBiomass heating plant in energy container
The optimization of the heat supply of the district building yard Neuses, by a biomass heating station, leads to a substantial saving of the emissions of CO2.
read moreCity of Moosburg – district concept
Following a city council resolution, eta Energieberatung drew up a district concept to increase the renovation rate in Moosburg a.d. Isar. The project, funded by KfW, aims to reduce CO2 emissions in the city area by kicking off a targeted renovation offensive.
read moreDeutsche Rockwool Mineralwoll GmbH
eta Energieberatung provided a rough analysis for the evaluation of measures to reduce energy costs. The areas of waste heat utilisation, cooling water, electric drives and fans, lighting optimisation, own power generation, renewable energies and support measures were included.
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