Nowadays, the problem that plagues the pharmaceutical and chemical industry is the problem of temperature control. With the increasing industry demand and temperature control requirements of the p...View details
As the temperature gradually increases, the use of the cooling water circulator for the BMS test of the liquid-cooled battery pack also gradually peaks. The rated power of the cooling water circulator for BMS testing of liquid-cooled battery packs ranges from several kilowatts to several thousand kilowatts. Nowadays, the production technology of BMS testing cooling water circulators for liquid-cooled battery packs has developed rapidly, and it is more guaranteed in terms of performance and stability of operation. However, the problem that troubles many companies now is the continuous increase in energy consumption. What is the reason for the increase in energy consumption of the cooling water circulator in the BMS test of the liquid-cooled battery pack? Enterprises need to detect equipment in a timely manner in order to maintain long-term stable operation of equipment.
(Simulate the cooling circuit in charging equipment and vehicles to provide water glycol with controllable temperature in a short time.)
If the equipment is faulty and the cooling performance of the liquid-cooled battery pack BMS test cooling water circulator continues to decrease, companies should be cautious when using the liquid-cooled battery pack BMS to test the cooling water circulator. When running the equipment, once the enterprise ignores the existence of various common faults, although the equipment can be used normally temporarily, the operation of the equipment is directly and seriously affected. When the enterprise uses the liquid-cooled battery pack BMS to test the cooling water circulator and the energy consumption continues to increase, it means that the equipment failure has been very serious and should be dealt with in time, otherwise it will threaten the normal use of the liquid-cooled battery pack BMS to test the cooling water circulation. Therefore, the stronger the protection awareness of enterprises using the liquid-cooled battery pack BMS to test the cooling water circulator, the lower the probability of equipment failure, so as to achieve Low energy consumption to run a liquid-cooled battery pack BMS test cooling water circulator.
If the equipment runs for a long time, and during the process of running the liquid-cooled battery pack BMS to test the cooling water circulator, the enterprise does not provide sufficient rest time for the equipment, then the performance of the enterprise using the liquid-cooled battery pack BMS to test the cooling water circulator will inevitably be affected. threaten. Enterprises can rationally formulate the operation plan of liquid-cooled battery pack BMS test cooling water circulator, or use the method of installing multiple liquid-cooled battery pack BMS test cooling water circulators to operate different equipment alternately, which can basically reduce More than half of the expenses can avoid the problem of increasing energy consumption.
When companies use liquid-cooled battery pack BMS to test cooling water circulators, if there are many inappropriate factors in the environment, then the liquid-cooled battery pack BMS test cooling water circulator will also experience increasing energy consumption. As an enterprise, the main purpose of using liquid-cooled battery pack BMS to test cooling water circulators is to quickly cool down the space. When the environmental location selected by the equipment is poor, the operability of the equipment is directly and seriously affected.
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