Energy saving and environmental protection is the theme of our equipment development. Whether it is industrial production or life, we all take this as the ultimate goal. In the chiller industry, this goal will not change, but it is also a challenge for chillers. Let’s see how the current chiller manufacturers solve this problem?
From the current point of view, if the chiller wants to save energy, it can start with the improvement of energy and technology, so as to improve the utilization rate of energy to achieve the purpose of energy saving and environmental protection. To develop diversified new energy sources, such as solar energy, waste heat energy, natural gas, etc., so the chiller equipment should also be studied in this direction.
At the same time, it is necessary to optimize the production technology of chillers. In fact, there has been a good development in this aspect, that is, the application of ice storage technology. Ice storage technology is a very representative energy-saving technology. It mainly uses electric motors to make ice during the time when the power load is very low at night, and then stores the cold energy in the form of ice; when the power load is high during the day. It is out of service, and the cold energy stored at night can be released to meet the cooling load needs of energy consumption units.
This method can not only reduce the thermal energy potential difference and save electric energy, but also can stagger the peak period of electricity consumption in a limited way to avoid the problems caused by the unbalanced power consumption of the power grid, which has certain social benefits. It is precisely because of so many advantages that this technology has been widely promoted and used, which has greatly contributed to the energy saving of chillers.
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