power-fail recovery system

The paper generally discusses technical measures of electrical design on building energy saving, which includes the automatic control of HVAC, energy saving designs of lighting system and power supply system, and the application of solar energy stove of the recovery generate electricity system.

全面论述了建筑节能电气设计的技术措施，包括暖通空调系统的自动控制、照明系统和供配电系统的节能设计以及太阳能光伏发电系统的应用。

Optimizing the boiling temperature of the waste heat exchanger in the low temperature waste heat power recovery system

低温余热动力回收系统余热流换热器蒸发温度的优化

The concept of layered information management reduces the fault processing time and speeds up the system recovery, which brings comprehensive benefit to the safe, stable and economic operation of power system.

故障信息系统建设的信息分层管理概念，有助于缩短事故处理时间、加速系统的恢复，为电网安全、稳定、经济运行产生良好的综合效益。

The Thermodynamic Principle and Formula for Determining the Optimal Boiling Temperature in Low Temperature Waste Heat Power Recovery System

低温余热动力回收系统中确定最佳蒸发温度的热力学原则和计算式

It reduces the temperature of the exhaust and coal consumption, recycle heat back into the boiler heat system to improve the operation of the economy, so it is widely used in power plant waste heat recovery.

它在降低锅炉机组排烟温度的同时降低了煤耗，回收的热量重新引入热力系统从而提高了锅炉的运行经济性，因此被广泛应用于电厂余热回收。