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Follow on Google News | Drivers of Power Plant Cycling Revealed and RankedTwelve key drivers of power plant cycling are identified and ranked by new cycling causality reports prepared by Renewable Impacts LLC
“We can now specifically report which of 12 system drivers including wind, solar, system load, large and small hydro, thermal, nuclear, imports, biomass, biogas, geothermal and the movements of specifically reported power plants are most responsible for wear and tear impacts.” said James R. Schetter, President of Renewable Impacts LLC. Mr. Schetter added, “This type of analytical information, which may change over time, should certainly help in any attempt to understand and gain full recovery of wear and tear costs from the responsible parties.” The following is included in each of the 130 power plant cycling causality reports: · executive summary · tabular monthly and annual cycling causality impact data · description of the eRECC cycling causality framework · CAISO eRECC cycling causality procedures chart · alphabetical listing of all 130 cycling causality reports in the 2011 eRECC CAISO report series Each reported power plant is also identified by a sub-category type, i.e. combustion turbines, steam turbines, combined cycles or cogenerators, to allow for the creation of a peer group for power plant comparisons. The new Renewable Impacts cycling causality reports can be purchased and downloaded at the Renewable Impacts website: www.renewableimpacts.com. A free downloadable sample report is also available at this site. About Renewable Impacts LLC Renewable Impacts is a leading energy analysis information and publishing company in Littleton, Colorado. The company’s standard and custom cycling causality impact reports provide customers with analytic electric system analysis and competitive intelligence. Renewable Impacts was founded by James R. Schetter, an accomplished and published energy professional with a 40 year history of utilizing strong analytic and interpersonal skills to evaluate energy impacts in the utility sector. End
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