When it comes to plate heat exchangers, many people know about them, but how many people really understand them? What do you know? Let's discuss it together.
- The ice storage system of the plate heat exchanger plays an important role in regulating the peak and valley filling of the power grid. The chiller performs refrigeration at night, stores ice in the ice storage tank to meet the cooling capacity demand of the next day, and reduces the peak load of the air conditioner, thereby saving energy and saving operating costs.
- In high-rise buildings, the HVAC system using water and ethylene glycol as heat exchange medium has a high static pressure, and the plate heat exchanger is used as a blocker to decompose the high static pressure. For a small part of the pressure, this reduces the system's pressure requirements for pumps, valves, hot and cold water units, etc., which can reduce equipment investment costs and later operating costs.
- Due to the good performance of the plate heat exchanger and its high overall cost performance, it is widely used in the heat exchange of chilled water in air conditioning systems. Installing a plate heat exchanger between the cooling tower and the condenser near the condenser can play the role of a condenser, prevent the equipment from being corroded or blocked, and save the normal operation time of the chiller in the transition season.
- The plate heat exchanger is compact and easy to operate, and its cleaning is also very simple. Just open the compression bolt to clean, which is unmatched by the tube heat exchanger. And its heat transfer coefficient is very high, so it has become a heat exchange product in most urban central heating projects, suitable for water-water heat exchange system, steam-water heat exchange system and daily residential hot water. The supply system plays a very important role in improving the management level and rationally distributing heat energy.
