首页> 外国专利> ENERGY MANAGING METHOD BY CONTROLLING TEMPERATURE DIFFERENCE BETWEEN PRIMARY COLD WATER AND RETURNING COLD WATER AND ENERGY MANAGING DEVICE FOR SAME

ENERGY MANAGING METHOD BY CONTROLLING TEMPERATURE DIFFERENCE BETWEEN PRIMARY COLD WATER AND RETURNING COLD WATER AND ENERGY MANAGING DEVICE FOR SAME

机译:用于控制同一冷水和回冷水之间的温差的能量管理方法

摘要

Save power water supply pump the present invention relates to a kind of method of energy management for building and cold water and returned at cold water of temperature mutual deviation by control, change the water supply pump of flow velocity, keep pleasant indoor environment and thermal management device and. The building energy consumption system data on heat resource equipment that the present invention is effectively worked by the energy consumption of the water supply pump adjusts the flow velocity of water supply pump, when the main cold water of the temperature difference and Returning water are lower than predetermined temperature or the water supply pump and have excessive rate; And optimize energy-saving effect, by periodically or seasonally monitoring the main cold water of the temperature difference and returning to the energy management system of cold water based service condition, the water supply pump for changing flow velocity, obtains safety coefficient as heat source facility and pleasant indoor environment user to meet condition. ;The 2014 of copyright KIPO submissions;[Reference numerals] (11) block water pump; (12) cooling tower; (13) soil water coil; (14) refrigeration machine; (AA) Coolants return temperature; (BB) Coolants supplying temperature; (CC) Coolants return flux; (DD) Coolants pump; (EE) soil water supplying temperature; (FF) soil water return temperature; (GG) soil water return flux; (HH) air supply fan; Region (II) air-conditioning
机译:节能型给水泵,本发明涉及一种通过控制使建筑物与冷水以及在温度互不相同的冷水处返回的能量管理方法,改变给水泵的流速,保持宜人的室内环境和热量管理设备和。当温差和回水的主冷水低于水温时,本发明通过给水泵的能耗有效地工作的热源设备的建筑能耗系统数据调节给水泵的流速。预定温度或给水泵速度过大;并通过定期或季节性监测主冷水的温差并返回到基于冷水工况的能源管理系统,并通过改变流速的供水泵,获得安全系数作为热源设施,并优化节能效果和愉快的室内环境用户满足条件。 ; 2014年KIPO提交的版权作品; [参考数字](11)方块水泵; (12)冷却塔; (13)土壤水卷; (14)制冷机; (AA)冷却液回流温度; (BB)冷却液供应温度; (CC)冷却液回流流量; (DD)冷却液泵; (EE)土壤供水温度; (FF)土壤回水温度; (GG)土壤回水通量; (HH)送风风扇;区域(II)空调

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