At design point, net power supplied the MCFC stackis 80 % and % the gas turbine.

在设计点工况下, MCFC电堆的80%的电量由燃气轮机提供.

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Gas turbine power steam power and system net power all decline as atmosphere temperature increasing.

随大气温度增加,燃气轮机功率、汽轮机功率和系统净功率均下降.

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Traditional approach separates loss allocation from flow tracing and needs to approximate the net power flow.

潮流跟踪算法是输电成本分摊的重要方法.

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At design point, about 80 % net power coming from stack and 20 % from the gas turbine.

在设计点工况下, 混合系统的功率约有80%来自燃料电池电堆,20%由燃气轮机提供.

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