Since the 1970s, affected by the oil crisis, many countries have strengthened their support for renewable energy. Solar energy technology is advancing by leaps and bounds, and the field of research continues to expand. A number of more important results have been achieved, such as compound parabolic mirror concentrating heat collectors, vacuum tube heat collectors, amorphous silicon solar cells, solar thermal power generation, and photolysis of water to produce hydrogen. The Solar DC Freezer uses solar energy to convert into electricity for cooling.
Under the influence of the existing domestic and foreign environments, the solar energy industry is increasingly demanding high-end technical support, and there are more and more refrigeration technologies. Today, we will talk about photovoltaic compression refrigeration. The photovoltaic compression refrigeration process first uses photovoltaic conversion devices to convert solar energy into electrical energy, and the refrigeration process is conventional compression refrigeration. The advantage of photoelectric compression refrigeration is that it can easily obtain the cold capacity by adopting the compression refrigeration technology with mature technology and high efficiency. Photoelectric compression refrigeration systems have been applied in some countries and regions with good sunshine and a lack of power facilities. But its cost is about 3 to 4 times higher than that of a conventional refrigeration cycle. With the improvement of the efficiency of photovoltaic conversion devices and the reduction of costs, photovoltaic solar refrigeration products will have broad development prospects.
I believe that under the lead of Solar DC Freezer, China freezer will develop better and better.chinafreezers.com