| 摘要 |
The invention relates to an integrated trigeneration system based on a Stirling cycle for producing electric, heating and cooling energy, in an isolated dwelling of maximum 200 m. According to the invention, the integrated trigeneration system comprises two low power microgeneration equipments () which can operate as tandem equipments, with electronic correlation, depending on energy consumption and working mode, a trivalent buffer, built according to the tank-in-tank system, which achieves the functions of storing and maintaining, at a constant temperature of 80...90°C, the hot domestic water, the hot water to be used in the heating circuit and the hot water for the cooling and air conditioning circuit during the summer season, as well as the circuit for cooling the microgeneration equipments () by an upper coil (), the circuit for cooling the assembly of solar panels () by a lower coil (), the heating circuit of a boiler () for additional supply of heating medium of an assembly, consisting of solar panels () and a boiler () functioning with pellets, an adsorption chiller group () for the cooling and air conditioning circuit of the consumer for the summer season, and a three-way electrically-operated valve () mounted directly on the outlet circuit of the heating medium in a storage tank () of the buffer for switching between the summer/winter working mode. |
