Both the coupling tank and the inverter pump have the effect of saving energy and gas in the heating system, but which is more energy-saving depends on the design and operating conditions of the system.
The coupling tank eliminates noise and vibration in the water flow through decoupling technology, and the control valve automatically adjusts the speed and direction of the water flow according to demand, optimizing the flow mode of water flow and reducing energy consumption. At the same time, the coupling tank can also balance the water power of the system, solve the problem of uneven flow distribution, and make the system run more stably.
The inverter pump changes the speed of the pump by changing the power supply frequency of the motor, so as to adjust the water supply and pressure. The inverter pump can adjust the speed of the pump according to the actual demand, so as to save energy. At the same time, the inverter water pump can also reduce the noise and vibration of the motor and improve the stability of the system.
Therefore, both the coupling tank and the inverter pump have the effect of energy saving and gas saving, and which one is more energy-saving and gas-saving needs to be evaluated according to the design and operating conditions of the system. When selecting, it is necessary to consider factors such as the scale of the system, operating conditions, energy consumption requirements, etc., and conduct a comprehensive evaluation.