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<br />. <br /> <br />Table 2.--Benefit-cost analysis <br />Narrows powerplaht addition <br /> <br />Construction cost <br />Interest during construction (7.375 percent) <br />Net project investment <br /> <br />Annua 1 costs: <br />Equivalent of investment (100 years) <br />Annual OM&R <br />Total annual costs <br /> <br />Annual benefits <br />Firm energy (4,710,000 kWh x $0.054/kWh) <br />Nonfirm energy (7,350,000 kWh x $0,029/kWh) <br />Oependable capacity (2310 kW x S5/~W/month x <br />Total annual benefits <br /> <br />Benefit-cost ratio <br /> <br />. <br /> <br />",., . <br /> <br />.. <br /> <br /> u,06o <br /> $6,241 <br /> 691 <br /> $6,932 <br /> $ 512 <br /> 35 <br /> $ 547 <br /> $ 254 <br /> 213 <br />3 months) 35 <br />$ 502 <br /> 0.92 <br /> <br />As displayed in table 3, a financial analysis was conducted for the <br />potential Narrows Unit powerplant to . estimate the annual amount of <br />required repayment. A repayment periOd of 50 years and an interest <br />rate of 8.5 percent are assumed. <br /> <br />Table 3.--Financi~1 analysis <br />Narrows powerp 1 ant add it ion <br /> <br />Construction cost <br />Interest during construction (8.5 percent) <br />Net project investment ($3,046/kH) : <br /> <br />Annual costs: <br />Equivalent of investment (50 years)' <br />Annu a 1 OM&R <br />Total annual repayment obligation <br /> <br />(per kW) <br />(per kWh) <br /> <br />8 <br /> <br />~l' ,000 <br /> <br />$6,241 <br />796 <br />$7,037 <br /> <br />$ 608 <br />35 <br />$ 643 <br /> <br />($278) <br />(53.3 mills) <br />