- Contact：Mr. Song
- Phone：0086-13705113637
- Tell：0086-0515-88809180
- Fax：0086-0515-88809181
- E-mail：jsjckt@126.com
- Address：No. 18, Rongguang Road, National High-tech Park, Yancheng City, Jiangsu Province
The textile workshop has strict requirements for temperature and humidity, and during the production process, it is prone to generating flying sparks and dust. The energy consumption of traditional air conditioning systems remains high. Nowadays, through multi-dimensional technological innovation, the textile industry air conditioning energy-saving system has realized efficient operation, which not only meets the production demand, but also greatly reduces energy consumption.
In the cold and heat source link, the energy-saving system focuses on optimizing the energy structure. Ground source or air source heat pumps have become the mainstream choice. Their energy efficiency ratio is significantly higher than that of traditional electric refrigeration equipment, and they can efficiently convert natural heat energy. Meanwhile, the waste heat resources of the textile factory are fully utilized. The high-temperature wastewater from the printing and dyeing workshop and the heat dissipation of equipment are converted into usable energy for the air conditioning system through heat exchangers, reducing the reliance on traditional energy sources.
The energy-saving renovation of the ventilation system focuses on air volume regulation and energy recovery. The application of total heat exchangers enables the exhaust air and fresh air in workshops to exchange heat and cold. In summer, it can reduce the temperature of fresh air by 5-8 ℃, achieving a significant energy-saving effect. The variable frequency fan dynamically adjusts the air volume according to the actual situation of the workshop. The zonal air supply design precisely supplies air to meet the humidity requirements of different processes, avoiding energy waste.
The temperature and humidity control adopts an intelligent zoning strategy. Control areas are divided according to processes such as flower cleaning, fine spinning and weaving, and independent sensors and regulating devices are set up in each area. By integrating PLC and AI algorithms, the system can automatically adjust the operation of the equipment based on real-time data, such as reducing the humidification amount when the outdoor humidity rises sharply, achieving precise temperature control and avoiding excessive energy consumption.
Efficient equipment selection and intelligent management systems are the guarantee of energy conservation. High-performance and cost-effective fans, low-resistance water pumps and other equipment enhance operational efficiency. The intelligent platform monitors energy consumption in real time and formulates optimization strategies based on production plans, such as reducing operating loads at night to further explore energy-saving potential.
Through these technical means, the energy-saving air conditioning system for the textile industry has achieved a 30% to 50% reduction in comprehensive energy consumption. While ensuring stable production, it has provided strong support for the green development of the industry.
Industrial air conditioning, chemical fiber industrial air conditioning, chemical fiber industry refrigeration ,textile industrial air conditioning , dust-free workshop cooling, ventilation pipeline, cooling tower, freezer and other air conditioning units and accessories.
Jiangsu Jincheng Air Conditioning Engineering Co., Ltd. is a comprehensive manufacturer of special air-conditioning equipment design, production, installation, and commissioning of clean room, electricity, tobacco, civil air defense engineering, medical clean room, clean room, electricity, tobacco, civil air defense engineering, medical clean room. Mainly produce JCZK combined air conditioning unit, cooling tower, glass steel ventilated galvanized sheet pipe, stainless steel pipe, polyurethane ventilation pipe and air conditioning accessories, Jincheng air conditioner is wide, the type, the unique model, superior performance, and user Favused.
