| 摘要 |
Novelty: a space heat-removing system operable with renewable energy sources is disclosed. Cosntitution: a photovoltaic panel 1, a space thermostat 2, an air-cooling device (5, 5-1,5-2), piping, a geothermy network 4 and either an electric circuit 6 connecting the photovoltaic panel to the regulator 9, the batteries 10, the inverter 11, the ac circulator 3 and the space thermostat 2 or an ac electric circuit connecting the photovoltaic panel 1 to the thermostat 2 and the dc circulator 3-1. Operation mode: all around the clock, before returning to the space in a lower temperature, the upwardly moving light hot air traverses the air cooling device 5 which is placed in the interior of the building in proximity to the external frames 8 or the heat producing devices 7. More precisely, for heat removal, the electric circuit 6 closes and the current produced by the photovoltaic panel 1 is transmitted to the space and therefrom to the circulator 3 which is susceptible to convey low-temperature liquid from the geothermy network 4 to the air-cooling device 5 supplying low-temperature air to the space for cooling this last. |
