The Water Cooled Screw Chiller Machine rate is usually controlled by the pressure drop of the cooling water entering and leaving the condenser. Since the cooling water valve cannot be excessively opened excessively, if it is desired to increase the cooling water amount and reduce the condensing pressure, the screw type cold water is reached and lowered. The method of energy consumption of the machine is difficult to complete. To reduce the power consumption of the screw chiller, it is necessary to reduce the condensing temperature of the screw chiller as much as possible. There are two measures that can be taken:
1. Reduce the inlet water temperature of the Water Cooled Screw Chiller condenser: However, the inlet water temperature of the screw chiller condenser depends on the atmospheric temperature and relative humidity, which is affected and limited by changes in natural conditions.
2. Increase the cooling water volume of the screw chiller: Although this method is simple and easy, the flow rate can not be increased arbitrarily. It is mainly limited by the capacity of the cooling water pump. If the arbitrarily over-fires increase the cooling water flow, it will directly cause The power consumption of the cooling water pump has risen sharply, and the ideal result will not be obtained.
3. The measures for reducing the power consumption of the screw chiller will be shared here. The selection of the cooling water volume of the screw chiller is suitable for the cooling water inlet and outlet condenser pressure of 0.07 MPa under nominal conditions. To increase the amount of cooling water, it must be increased to the appropriate flow rate after the technicians have calculated, and should not be overheated.