24. For a fuel cell with 2 MWAC, the HHV thermal input is 4.899 MWt, the electric, if we use cogeneration cycle and if the cycle produce 3 ton/hr steam, with enthalpy of 1100 Btu/lb and the enthalpy of the feed water is 30 Btu/lb, the overall efficiency

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24. For a fuel cell with 2 MWAC, the HHV thermal input is 4.899 MWt, the electric, if
we use cogeneration cycle and if the cycle produce 3 ton/hr steam, with enthalpy of 1100
Btu/lb and the enthalpy of the feed water is 30 Btu/lh, the overall efficiency
Transcribed Image Text:24. For a fuel cell with 2 MWAC, the HHV thermal input is 4.899 MWt, the electric, if we use cogeneration cycle and if the cycle produce 3 ton/hr steam, with enthalpy of 1100 Btu/lb and the enthalpy of the feed water is 30 Btu/lh, the overall efficiency
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