Modern Aijin Air Conditioning Textile Air Conditioner It has been gradually established along with the development of the new textile industry. Its primary task is to create and maintain air conditions that meet specific requirements in the production workshops—ensuring that the temperature, humidity, air velocity, dust concentration, and freshness of the workshop air satisfy both the demands of the production process and human comfort levels, without being affected by fluctuations in outdoor air parameters or various indoor factors. Below, we’ll briefly introduce some energy-saving methods.
1. Upgrading and replacing air conditioning equipment
The fan is the core component of an air-conditioning system. Aijin Air Conditioning Textile Air Conditioner The fans previously used were mostly Y-series axial-flow fans modeled after Soviet designs. These fans are characterized by small air volume, high power consumption, low efficiency, belt-driven operation, and high running costs. Moreover, they sometimes generate coal dust and fiber particles that can adversely affect product quality. If these fans are retrofitted with variable-frequency speed-control systems—whether equipped with a frequency converter or a stepless speed-regulating system—the air volume can be freely adjusted by the controller according to operational needs. Alternatively, by leveraging programmable controller technology, we can achieve unified control and automated operation of air-conditioning equipment such as fans and pumps, ensuring that each device’s operation and running conditions fully meet production requirements. Under centralized command from a central control center, these devices can even adjust themselves autonomously, thereby eliminating the need for manual intervention.
2. Properly utilize return air and temperature/humidity readings.
Proper utilization of return air not only helps stabilize the temperature and humidity in the workshop, reduces production fluctuations, and improves product quality, but also significantly lowers air-conditioning energy consumption. Even during transitional seasons—spring, summer, autumn, and winter—by carefully controlling the proportion of return air and using circulating water to spray and wash the air, we can enhance the quality of the supply air and conserve energy. Particularly in summer, as the outdoor wet-bulb temperature rises, the volume of return air must be increased accordingly; otherwise, cooling capacity will be wasted. The fresh-air load accounts for a substantial portion of the total air-conditioning load. While meeting hygiene requirements, it is essential to maintain positive pressure within the workshop. Under normal circumstances, the amount of fresh air required amounts to only 10% of the system’s total supply air volume.
That’s all above. Aijin Air Conditioning Textile Air Conditioner Here’s a brief introduction to some simple ways to save energy—hope you can learn more about them.