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<br />Jclly27,1982 <br /> <br />Page 3 <br /> <br />Mr. Al Gabiola, Area Manager <br />Western Area Power Administration <br />Department of Energy <br />P. 0, Box 11606 <br />Salt Lake City, Utah 84147 <br /> <br />Re: Post 1989 CRSP Marketing Criteria <br /> <br />Firming Energy <br /> <br />It is our thinking that firming energy required in an emergency to <br />meet contract commitments might be ,priced at the contract rate. How- <br />ever, if the hydro facility rate o~ delivery is contracted to where <br />the energy demand consistently can~ot be met, it seems only reasonable <br />that the average procurement cost should be passed to the customer. <br /> <br />It is our further thinking that where WAPA can purchase off peak <br />energy at reasonable rates, the process should b.e continued to the <br />fullest degree possible that the hydro facility can accommodate. <br />Energy so attained should be priced at the average procurement cost. <br /> <br />It would appear by so doing everyone would attain the maximum use of <br />their generating facilities and tha preference customer would obtain <br />the best unit cost for the resulting energy besides the fact that more <br />energy could be made available. . <br /> <br />Proiect Generated Surplus <br /> <br />Surplus energy from the hydro project should be continued to be sold <br />at the CRSP firm energy rate. <br /> <br />Basis for Marketable. Power <br /> <br />The most logical approach to market~ng the hydro resource would be <br />to adjust energy sales to the resource that is actually produced. <br /> <br />This could be supplemented by agreement with each contractor, if they <br />so chose, to purchase off peak energy at favorable prices when avail- <br />able as noted above. <br /> <br />Capacity and Energy obligations - Factors to consider <br /> <br />If the energy was delivered on the basis of that which is actually <br />produced, there should be no surplus above that which is scheduled. <br />The question of whose reserve the remainder was would tend to <br />disappear. <br /> <br />Capacity and Energy Obligation - Maximum Rate of Delivery <br /> <br />We agree with the current method of 'scheduling the maximum rate 0: <br />delivery. <br /> <br />62 <br />