초록 ▼

A heat pump liquid heater (HPLH) system coupled to an array of photovoltaic cells that operate at enhanced efficiency is disclosed. The HPLH system comprises a panel or a box structure coupled to the HPLH. The box structure supports an array of photovoltaic cells and a circulation mechanism. The HPL

A heat pump liquid heater (HPLH) system coupled to an array of photovoltaic cells that operate at enhanced efficiency is disclosed. The HPLH system comprises a panel or a box structure coupled to the HPLH. The box structure supports an array of photovoltaic cells and a circulation mechanism. The HPLH generates a coolant as a by-product using ambient air and electric power. The coolant that is circulated around the photovoltaic cells may extract the heat generated by the photovoltaic cells and the temperature of the photovoltaic cells may decrease to a specific level or maintained within an allowable temperature range. The reduction in temperature causes the photovoltaic cells to operate with enhanced efficiency and may generate more electric power. The size of the panel or the number of photovoltaic cells required to generate a required power may be reduced that reduces the cost of the HPLH system.

대표청구항 ▼

1. A heat pump liquid heater comprising: a evaporator, wherein the evaporator is to extract heat from hot air having a temperature above the ambient temperature,a condenser coupled to the evaporator, wherein the condenser is to generate a high-pressure and high-temperature air in liquid form in resp

1. A heat pump liquid heater comprising: a evaporator, wherein the evaporator is to extract heat from hot air having a temperature above the ambient temperature,a condenser coupled to the evaporator, wherein the condenser is to generate a high-pressure and high-temperature air in liquid form in response to receiving the hot air,a compressor coupled to condenser, wherein the compressor is to remove heat from the hot air, andan expansion valve coupled to the compressor, wherein the expansion valve is to generate cool air in response to receiving air from the compressor,wherein hot air is generated by passing the ambient air through a photovoltaic cell panel. 2. The heat pump liquid heater of claim 1, wherein the temperature of the ambient air is increased above the ambient temperature by circulating the heat generated by the photovoltaic cells to the ambient air. 3. The heat pump liquid heater of claim 1, wherein the hot air is ducted to the evaporator. 4. The heat pump liquid heater of claim 1, further comprising a pipe coupled to an outlet through which the cool air is ducted to a plurality of photovoltaic cells through the pipe. 5. The heat pump liquid heater of claim 4, wherein the evaporator is provisioned without a fan, wherein the evaporator is providing the cool air directly to the photovoltaic cells.