In the production management costs of enterprises, the proportion of energy consumption of electronic clean workshop is very important, but its impact has not been paid attention to and ignored for a long time. Today, we propose solutions for this problem, and hope to help you!

1, the problem of electronic clean workshop space and cleanliness, electronic clean no workshop area is too large, ventilation and ventilation times are too many, its corresponding air supply volume is large, power consumption is also large. Therefore, if there are local cleanliness requirements, we can design a local 100-level work area, and set other places to ordinary cleanliness, which will play a very important role in the future operating costs. The air supply volume in the electronic clean workshop is large, and compared with the air supply volume of the air conditioner in the same area, the air supply volume of the clean site with different purification levels is 1.5 to 55 times, and the wind pressure is 25 times. Three times, so the temperature rise of the fan consumes large cooling capacity.

2. The air conditioning purification system in the electronic clean workshop has large fresh air volume. The total amount of fresh air required by the staff in the clean and dust-free workshop workshop, the amount of fresh air required to maintain the positive pressure in the room, the amount of exhaust air of the system, the amount of air leakage of the system and the electronic clean and non-workshop is called the sum of the new air volume. In the production process, the exhaust volume is large and the fresh air volume is large. Therefore, the heat and humidity treatment of fresh air is very energy consuming. Because the air supply volume of the electronic clean workshop is much larger than that of the general air conditioning system, the fan used is large, and the pressure head of the fan is 500~700Pa more to overcome the air resistance of the system, accounting for about half of the pressure head of the general system.

3, the process equipment and process heat in the electronic clean workshop, many plants and equipment to consume a lot of energy to heat, but also consume more energy to remove the "waste" heat from the process, but did not combine the two processes. The recovered heat can be used to preheat fresh air, supply air reheat, and other uses. AHU preheat coils can preheat external air with waste water (or precool in hot weather), and reheat coils can recover waste heat from the air compressor or refrigerator condenser back water, while saving freezer energy and boiler fuel. Heat exchangers can exchange heat between different media that cannot be mixed or in direct contact. Because the amount of air sent (returned) in the air conditioning system is relatively large, the electric energy consumed by the fan in operation will be partly changed into the kinetic energy of the air, and the other part is converted into heat and distributed in the air.

Due to the space problem, only for reference, I hope to help you, the specific detailed program can visit our website for further understanding, we will continue to explain the clean engineering construction process for you, introduce the requirements of clean engineering and interpret all kinds of electronic clean workshop standards.