What are the key energy-saving measures for the central oxygen supply system? There are many key points for energy-saving measures. Then we should learn these parts to make our central oxygen supply system applicable. We are familiar with the central oxygen supply system. So, we know very little about the key points of energy-saving measures. Therefore, it is necessary to understand the key points of energy-saving measures for the central oxygen supply system.
1. Discussing Energy Conservation from the Perspective of Electrical Control Systems
The characteristics of the central oxygen supply system are high air volume and energy consumption. Reasonable design and management can create a good indoor environment, while also greatly reducing operating costs. Previously, air valves in ventilation ducts controlled the volume and pressure of air, but this was a significant waste of air volume. From an energy-saving perspective, it is very impressive. At present, frequency conversion control systems are mostly used for energy conservation. A fan is a variable load device, and the speed of the fan directly affects the size of the load. By reducing the air volume and pressure of the fan, energy-saving can be achieved. After adding a speed control system, this load can save 20 to 30% of power. The energy-saving effect is very significant, and the general speed regulation performance can meet the requirements of the fan for speed range and dynamic performance.
Selection of frequency converter
Generally speaking, energy conservation of production equipment is achieved by reducing input power or operating time. According to the torque and power characteristics of the fan, when the required air volume decreases, the fan speed can be reduced, and the corresponding input power will also decrease. Therefore, it can greatly save electricity. Meanwhile, under the premise of production needs, intermittent operation can shorten the running time and save electricity. A fan is a type of load that reduces torque, and the load torque is proportional to the square of the rotational speed. As the rotational speed decreases, the torque also decreases; Secondly, the fan load does not need to be frequently started and stopped, and there is basically no instantaneous overload. Technically, ordinary functional frequency converters can be selected according to actual needs.
The energy saving of the central oxygen supply system is highly necessary because only through energy saving can the central oxygen supply system be effectively utilized. The key energy-saving measures for the central oxygen supply system mentioned above are provided by us. If you want to learn more about the central oxygen supply system.
