5GDHC network in Schlier-Unterankenreute (Am Bergle)
On this page you find facts and figures about the 5GDHC network in Schlier-Unterankenreute (Am Bergle). The network has a length of 0.66 km. In total, 35 buildings are supplied by the heat network. The 5GDHC network is operated by EnBW / Technische Werke Schussental .
Facts and figures about the cold heat network in Schlier-Unterankenreute (Am Bergle)
Geothermal probes, which are one of the most common heat sources for 5GDHC networks, serve as a heat source in this district. Uninsulated plastic pipes are used for the heating network. The network does not only supply the buildings with heat to operate the decentralized heat pumps, but also with cooling energy, e.g. for room air conditioning. If heating and cooling demands occur simultaneously, these can be balanced within the 5GDHC network (see also demand balancing in 5GDHC networks). The primary energy factor of the heat supply is 0.4. The district comprises new construction areas only. Buildings are obliged to connect to the heating network. Detailed data of the 5GDHC network in Schlier-Unterankenreute (Am Bergle) is listed in Table 1.
| District | Am Bergle |
| Country | Germany |
| City / location | Schlier-Unterankenreute |
| Year of commissioning | 2022 |
| Operator | EnBW / Technische Werke Schussental |
| Network temperatures | 0-12 / (-3)-9 °C |
| Supplied buildings | 35 |
| Network length | 0.66 km |
| Primary energy factor | 0.4 |
| Share of new building area | 100 % |
| Heat generation capacity (energy hub) | 270 kW |
| Pipe type | Plastic pipe (uninsulated) |
| Heat sources |
Geothermal probes |
| Cooling supply through thermal network | Yes |
| Obligation to connect to network | Yes |
| Owner of decentral heat pumps | Heat network operator |
| Billing boundary for delivered heat | Condenser of the heat pump (building side) |
| Price model for heat supply |
Base price (€/year) Energy price (€/kWh) |
| Price model for cold supply |
Base price (€/year) Energy price (€/kWh) |
| Buildings receiving compensation for heat feed-in | No |
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