本文对由锂离子电池和铅酸电池并联组成的复合电源系统进行了研究，并对其应用于微混合动力汽车启停系统进行了探索。
In this paper, we studied the paralleled hybrid power system of lead-acid battery and lithium battery, then explored it applied for the start-stop system of micro-hybrid vehicles.
利用安全函数的概率性分析方法并针对机组启停问题对系统的旋转备用需求进行评估。
In this paper the probabilistic technique of security function method is used to evaluate the spinning reserve requirements of power system.
由于FGD装置的启停对锅炉运行工况有较高要求，其安全性和经济性制约着在建项目FGD工艺系统初期的定型工作。
While the FGD equipment has a high requirement to the operation of boiler, its safety function and economy function restrict the choice of FGD system.
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