dispatch, and 3) with the addition of PV with SIS units programmed for customer dispatch. For each of these deployment scenarios, both a penetration and penetration case was modeled. “low” “high” Summary of results Table 49. Summary of Operational Impacts on the Waterman-Grantline Circuit in Each Scenario. Low Penetration High Penetration Baseline PV Only SIS SIS PV Only SIS SIS (Utility (Customer (Utility (Customer dispatch) dispatch) dispatch) dispatch) ENERGY LOSSES Annual Energy 343.0 341.4 341.0 341.2 339.6 338.9 339.2 Losses (MWh) Change in Total Annual - -1.6 -2.0 -1.8 -3.4 -4.1 -3.8 Energy Losses (MWh) EQUIPMENT MECHANICAL STRESS Total Annual Capacitor 116 134 134 134 134 134 134 Switching Operations Change in Total Annual - 18 18 18 18 18 18 Capacitor Switching Operations EQUIPMENT LOADING Total Annual Hours of 14,126 6,279 6,279 6,279 6,279 6,279 6,279 Capacitor Operation Change in Total Annual - -7,847 -7,847 -7,847 -7,847 -7,847 -7,847 Hours of Capacitor Operation
dispatch, and 3) with the addition of PV with SIS units programmed for customer dispatch. For each of these deployment scenarios, both a “low” penetration and “high” penetration case was modeled. Summary of results Table 49. Summary of Operational Impacts on the Waterman-Grantline Circuit in Each Scenario. Low Penetration High Penetration Baseline PV Only SIS (Utility dispatch) SIS (Customer dispatch) PV Only SIS (Utility dispatch) SIS (Customer dispatch) ENERGY LOSSES Annual Energy Losses (MWh) 343.0 341.4 341.0 341.2 339.6 338.9 339.2 Change in Total Annual Energy Losses (MWh) - -1.6 -2.0 -1.8 -3.4 -4.1 -3.8 EQUIPMENT MECHANICAL STRESS Total Annual Capacitor Switching Operations 116 134 134 134 134 134 134 Change in Total Annual Capacitor Switching Operations - 18 18 18 18 18 18 EQUIPMENT LOADING Total Annual Hours of Capacitor Operation 14,126 6,279 6,279 6,279 6,279 6,279 6,279 Change in Total Annual Hours of Capacitor Operation - -7,847 -7,847 -7,847 -7,847 -7,847 -7,847
CSIRDD_Sol4_E3_DRAFT_final_report_Aug2016.docx