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SCE GENERATING FACILITY INTERCONNECTION APPLICATION If the answer to question B was option 1, please indicate the option that will be used to prevent energy from being exported to SCE’s Distribution System. If option 3 to this question C is selected, please provide the continuous current rating of the host Customer facility’s service entrance equipment (service panel size): If option 4 to this question C is selected, please provide the minimum load of the host Customer facility: 3 (Choose one) ____1200____ Amps ____________ KW C Instructions and Notes Refer to SCE’s Rule 21, Section I. 4. for additional information as to how to answer this question. If the Generating Facility will never export power to SCE’s Distribution System, a simpler, lower cost, protection scheme may be used to control the interface between the Generating Facility and SCE’s Distribution System. Choose from the following four options: 1. A reverse-power protection device will be installed at the Point of Common Coupling (PCC) to measure any outflow of power and trip the Generating Facility or open an intertie breaker to isolate the Generating Facility if limits are exceeded. 2. An under-power protection device will be installed at the PCC to measure the inflow of power and trip or reduce the output of the Generating Facility if limits are not maintained. 3. The Generating Facility’s interface equipment has been certified as Non-Islanding and the incidental export of power will be limited by the design of the interconnection. If this option is to be used, the continuous ampere rating of the service entrance equipment (Main Panel size) that is used by the host Customer facility must be stated in the space provided above. 4. The nameplate rating of the Generating Facility will not exceed 50% of the host Customer facility’s minimum electrical load. If this option is to be used, the minimum load of the host Customer facility must be stated in the space provided above. Note: With the approval of SCE, a Producer that wishes to retain the option to export power from a Generating Facility to SCE’s Distribution System may use a different protection scheme that provides for the detection of faults and other abnormal operating conditions. D Instructions and Notes Refer to SCE’s Rule 21, Section D. 3. a. (2) and Section I. 9. for significance and additional information. To determine this value, any transformers and/or significant lengths of interconnecting conductor used between the each of the Generators (if there are more than one) that make up the Generating Facility and the PCC must be taken into account. The details, impedance, and arrangement of such transformers and cable runs should be shown on the single-line diagram that is provided. Consult an electrical engineer or the equipment supplier if assistance is needed in answering this question. It is expected that most Applicants will want to reserve the flexibility to operate any or all of their Generators in parallel. However, if the design of the proposed installation will limit the amount of generation that may be interconnected at any time to SCE’s Distribution System, please describe the assumptions used in calculating the maximum fault current contribution value. What is the maximum 3-phase fault current that will be contributed by the Generating Facility to a 3-phase fault at the Point of Common Coupling (PCC)? (If the Generating Facility is single phase in design, please provide the contribution for a line-to-line fault.) Please indicate the short circuit interrupting rating of the host Customer facility’s service entrance (“main”) panel: _____600________ _ Amps ____65,000_____ Amps IC_APPLICATION_School 4 of 11PDF Image | Application Guide Interconnection for Capstone MicroTurbines
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