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1.电能转化输送技术:采用超导电电缆,可解决远距离电力输送中的电能损耗问题。 2.燃烧技术:把燃烧控制在最佳状态,可提高燃烧效率和降低公害。 3.热流计测技术:采用量热器测量热流,掌握热损耗情况,有利于采取节能措施。 4.玻璃熔窑的节能:采用液中燃烧器,可减少重油的消耗。 5、6.电力储存装置:使用电力储存装置,可根据需电量的多少进行充电和放电。 7.低温染色加工技术:降低染色加工的处理温度、缩短热处理时间,并将热能综合利用,可达到节能效果。
1. Power conversion transmission technology: the use of superconducting cables, power transmission can solve the problem of long-distance power loss. 2. Combustion technology: the combustion control in the best condition, can improve combustion efficiency and reduce pollution. 3. Heat flow measurement technology: The use of calorimeters to measure heat flow, to grasp the heat loss, is conducive to take energy-saving measures. 4. Glass furnace energy-saving: The use of liquid burners, can reduce heavy oil consumption. 5,6. Power Storage Device: The use of power storage device, according to the amount of power required for charging and discharging. 7. Low temperature dyeing processing technology: Reduce the dyeing processing temperature, shorten the heat treatment time, and the comprehensive utilization of heat, energy saving can be achieved.