由於設計時，工業循環水系統必須按天氣最熱、負荷最大的工況設計，而實際上工況是隨各種因素變化。目前大多數工業循環水系統，由於沒有先進的技術手段支持，基本上都採用傳統的定流量控制方式，或簡單的閥門調節，這種運行方式造成很大的浪費。本公司的EAST-3系統更好的解決了這一問題，使系統提供的能量隨時跟隨實際負荷的變化，節省多餘的能量，平均節電率達到40%-50%，本系統可在鋼鐵廠、化工廠、製藥廠應用。
1 .採用更加先進的控制思想，控制參數合理的反映系統負荷情況，使循環系統更能適合負荷變化。
2. 全面跟蹤設備或工藝流程的要求，隨時監控。
3. 控制過程智能化，可實現遠程監控，集中控制。
4. 軟件獨家開發，功能強大。
5. 操作簡便，能源利用率效果顯著提高。
本公司在三明鋼鐵煤化工公司的工業循環水節能控制系統，
投入運行之前，水泵平均每小時消耗電能是：
1. 兩台額定率135kw，兩台水泵每小時消耗電能為250度；
2. 系統投入運行之後，兩台水泵每小時耗電135度；
3. 系統節電率為46%
4. 投資可在2至3年內收回成本。
鋼鐵廠、電廠、造紙廠、化工廠，及一般工業用水循環系統。
Most industrial water circulation systems are designed to operate under the warmest possible climate and maximum workload. In practice, their workload is affected by various changing factors. Due to the lack of advanced technology available, most industrial water circulation systems used in China employ a traditional fixed-flow control or a basic valve control method. These operating methods create tremendous waste in energy. Our company's EAST-3 system has the best solution for this problem. It changes the fuel supply consumption in accordance to the actual workload for the achievement of energy saving. With an average power reduction rate of 40-50%, the system has wide applications in the steel, chemical and pharmaceutical industries.
- Employs advanced control processes to better control the system's parametric response to load variations, enabling the system to adjust to changes accordingly.
- Comprehensive monitoring and control to facilitate maintenance of equipment and technical process requirements.
- Intelligent control process achieves long-distance monitoring and centralized control.
- Tailor-make software with enhanced applications.
- Ready for operation, apparent increase in fuel efficiency rate.
Our company installed an Industrial Water Circulation Energy Saving Control System at the San Ming Steel, Coal & Chemical Plant Co.
- Before the installation, the water pump's average hourly power consumption was 250KwH for 2 units.
- After the installation, the hourly consumption was reduced to 135KwH for 2 units.
- Achieved a power reduction rate of 46%.
- The payback period was 2-3 years.
Industrial water cooling systems of steel plants, power plants, paper mills, and chemical factories.
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