Description of Large Generating Facility including Point of Interconnection Clause Samples
Description of Large Generating Facility including Point of Interconnection. The Large Generating Facility is a 74 MW wind power facility that will employ thirty-seven Gamesa 2 MW wind-turbine induction generators. Each of the thirty-seven units has a reactive power capability corresponding to a power factor range of 0.95 lagging to 0.95 leading (at the generator terminals) giving a gross plant reactive capability of +24 MVAR to -24 MVAR (sum of unit capabilities). Each generator operates at 0.69 kV and is connected to a generator step-up transformer (GSU) to increase voltage to the 34.5 kV collection system voltage. Each GSU is a three-phase grounded-wye / delta transformer rated 0.690/34.5 kV, 2350 kVA. Each GSU is connected to a collection system that has a total of three (3) 34.5 kV collector circuits. Two collector circuits each have twelve (12) wind turbines connected, while the third collector circuit has thirteen (13) wind turbines connected. The Large Generating Facility will interconnect to Transmission Owner’s Valley-Inghams #3 115 kV transmission line. The Point of Interconnection will be approximately 5.38 miles from the Valley Station and 7.01 miles from the Inghams Station. The Large Generating Facility will be located in the Towns of Fairfield, Norway and Little Falls in Herkimer County, New York. The Point of Interconnection is identified on Figure 1, in Appendix A.
Description of Large Generating Facility including Point of Interconnection. Developer’s Existing Facility is a 30 MW (nameplate at 0.8 power factor) hydro facility located at the Stewarts Bridge Reservoir, near the Town of Hadley, in Saratoga County, New York. Developer is expanding the Existing Facility with the addition of a 2.7 MW (nameplate at 0.9 power factor) generator. The maximum summer output of the New Facility will be 40.5 MW (3.0 MW incremental) at 95ºF and unity power factor. As depicted in Appendix A, Figure 1, the Large Generating Facility’s Point of Interconnection (“POI”) is at Tower 25 on Connecting Transmission Owner’s 115 ▇▇ ▇▇▇▇▇-▇▇▇▇ Line #9 (“Line #9”) – approximately 8.28 miles from ▇▇▇▇▇ Substation and 5.8 miles from ▇▇ ▇▇▇▇ Substation. The Point of Change of Ownership (“PCO”) is at the insulators on the jaw side of the circuit switcher 988, approximately 600 feet from Tower 25.
Description of Large Generating Facility including Point of Interconnection. The Developer owns an existing Large Generating Facility, located in the city of Astoria, in Queens County, New York (“Existing Facility”). The Developer proposes to replace twelve
Description of Large Generating Facility including Point of Interconnection. Con Edison owns an existing 172MW natural gas fired combustion turbine electricity generation facility known as East River 2 (“Existing Facility”), which Large Generating Facility is part of the East River Generating Station located in the city of New York, New York. Con Edison installed GE Advanced Gas-Path (“AGP”) hardware and controls on the Existing Facility. The modification included the removal of the existing combustion and gas-path hardware, replacing them with AGP specific hardware, installing flow sensors on the gas control valves, and performing controls modification. The modification was completed in the fall of 2014. This modification increased the output of the Existing Facility by approximately 12 MW to a total of 184 MW (“New Facility”). The New Facility is temperature sensitive and has a maximum summer capability and a maximum winter capability, as specified below, and as depicted in the temperature output curve set forth below in Figure C-1. Psummer_max_gross @ T (0F) = 160.1 MW @ _91_ 0F Paux_load = _4.9_MW Psummer_max_net @ T (0F) = Psummer_max_gross - Paux_load = 155.2 Pwinter_max_gross @ T (0F) = _201.6 MW @ _21_ 0F Paux_load = _5.8_MW Pwinter_max_net @ T (0F) = Pwinter_max_gross - Paux_load = 195.8 220 215 210 205 200 195 190 185 180 175 170 165 160 155 150 145 140 10 20 30 40 50 60 70 80 90
Description of Large Generating Facility including Point of Interconnection. The Large Generating Facility will be a wind farm located in Broome, NY. The Large Generating Facility will consist of twenty-six (26) Vestas wind turbine generators, rated 4.3 MW each, with a maximum injection 108.5111.8 MW at the Point of Interconnection. Each of the units has a reactive power range of 1.313 MVAR leading to 1.860 MVAR lagging at 1.0 p.u. LV terminal voltage and 4.3 MW output. The generators will be arranged in four (4) feeders with eight (8) turbines on Feeder #1 and six (6) turbines on each of Feeder #2, Feeder #3 and Feeder #4. The twenty-six (26) units will be joined via the four (4) feeders to two (2) 34.5 kV busses that will connect to the 115 kV system through two, three-winding transformers. The two (2) transformers will not be operated in parallel. The Large Generating Facility will interconnect to Connecting Transmission Owner’s new Bluestone Substation in the new bay between new 145 kV Breakers B2 and B3. The Point of Interconnection is identified on the one-line diagram attached to Appendix A. The Point of Change of Ownership shall be the strain insulators at the A-frame dead end structure inside the Connecting Transmission Owner’s new Bluestone Substation. The Point of Change of Ownership is identified on the one-line diagram attached to Appendix A.
Description of Large Generating Facility including Point of Interconnection. The Generating Facility is a 122.6 MW (nameplate at rated power factor) gas-fired combustion turbines/combined cycle facility located in the City of East Syracuse, Onondaga County, New York. Developer is extending the operational term of the Existing Facility beyond its initial 20 years. The Generating Facility is composed of two 57.412 MW nameplate rated synchronous generators at 0.85 power factor each powered by two 40MW Gas Turbines and one 27.778 MW nameplate rated synchronous generator at 0.9 power factor powered by one 25MW Steam Turbine. The two gas turbines feed into one 3-winding step up transformer and the Steam Turbine feeds into its own 2-winding step up transformer. The step up transformers interconnect the Generating Facility to the Connecting Transmission Owner’s system at 115 kV. For the avoidance of doubt, the Parties acknowledge and agree that (i) the Generating Facility injects power only into the Transmission Owner’s transmission system and injects no power into the Transmission Owner’s Distribution System; and (ii) the Developer shall not be responsible for any Distribution Upgrades. Depending on atmospheric conditions for temperature and humidity, SUMMER DMNC has ranged between 87 and 88 MW net at 88°F while the units are at unity power factor. Winter DMNC numbers range between 104 and 105 MW net output at unity power factor.
Description of Large Generating Facility including Point of Interconnection. The Large Generating Facility is a 150 MW, 600MWh battery storage project located in Manorville in Suffolk County, NY. The Large Generating Facility will consist of fifty (50) battery set arrays and seventy-two (72) 2.2 MVA ▇▇▇▇▇▇ 890 GTB inverters. The Large Generating Facility has an expected maximum potential generating capacity of 150.0 MW during summer and winter. The Large Generating Facility has a reactive power capability corresponding to a power factor of 0.95 lagging to 0.95 leading. The Large Generating Facility is arranged in thirty-six (36) sets of 2 inverters each. The power from each set of 2 inverters is collected through a 0.48/34.5 kV, 4.4 MVA generator step- up (“GSU”) transformer, each of which step up power from each inverter from 0.48kV to 34.5kV. The power from these transformers is then routed to 34.5kV collector bus at the Peconic River Collector Substation via feeder breakers. There are two 34.5kV collector buses, which in turn are connected to a 138/34.5/13.8kV transformer via underground cables. The 34.5kV system will be stepped up to 138kV through the 138/34.5/13.8kV (Wye-GND, Wye- GND, Delta), 100/130/168 MVA regulated transformer. The Large Generating Facility will interconnect to Connecting Transmission Owner’s 138kV Brookhaven - Sills line 138-874 via the new 3-breaker North Street Substation. As depicted in Figure 1 to Appendix A, the Large Generating Facility’s Point of Interconnection (“POI”) will be located at approximately 0.3 miles from the Brookhaven Substation and approximately 5.5 miles from the ▇▇▇▇▇ Substation. The Point of Interconnection shall be at the point where the Interconnection Customer’s 138 kV lead line connects to the Connecting Transmission Owner’s new three-breaker bus located adjacent to the Peconic River Collector Substation. As depicted in Figure 1 to Appendix A, the Point of Change of Ownership (“PCO”) shall be located at the 138kV vertical break group operated disconnect (“GOD”) for the interconnection beaker of the new bus at the new North Street Substation.
Description of Large Generating Facility including Point of Interconnection. The Large Generating Facility will be located in the Towns of West Union and Greenwood in Steuben County, New York. The Large Generating Facility will consist of (10) 6.44MVA/5.5 MW (derated from 5.8 MW) GE Wind Turbine Generators (WTGs), (8) 6.44MVA/5.449 MW (derated from 5.8 MW) GE WTGs, and (7) 2.78 MVA/2.086 MW (derated from 2.5 MW) GE WTGs, for a total ERIS 111.2 MW and ▇▇▇▇ of 101.2 MW. Each of the units has a reactive power range of 0.9 leading to 0.9 lagging. The output from each wind turbine will be stepped up from (18) 6.288 MVA, 0.690 / 34.5 kV plus (7) 2.5 MVA, 0.690/34.5 kV two winding pad mount transformers. The step-up padmount transformers terminate together before connecting to one of the 34.5 KV feeders through four (4) sub-branches at the Eight Point Wind Energy Center Collector Substation. A 14 MVAR capacitor bank connects to the 34.5 kV bus. The main bus then feeds the main power transformer where the voltage is stepped up from 34.5 kV to 115 kV through the 117/34.5/13.8 kV OLTC, wye ground/wye grounded/delta, 75/100/125 MVA transformer. The Large Generating Facility will interconnect to the Connecting Transmission Owner’s ▇▇▇▇▇▇▇ Substation off the main 115 kV bus via a 16.47 mile generator lead 115 kV. The Point of Interconnection is identified on the one-line diagram attached to Appendix A. The Point of Change of Ownership shall be at the transmission line attachment point to the new H-frame dead-end structure on the west side of the ▇▇▇▇▇▇▇ Substation. The Point of Change of Ownership is identified on the one-line diagram attached to Appendix A.
Description of Large Generating Facility including Point of Interconnection. Developer is constructing a solar project located in the Town of Copake, Columbia County, New York (“Large Generating Facility”). The Large Generating Facility has an expected maximum summer and winter generating capacity of 60 MW with a reactive power capability corresponding to a power factor of 0.95 lagging to 0.95 leading at nominal voltage and nominal active power output as measured at the POI. The Large Generating Facility includes the following major electrical and physical equipment: • twenty-four (24) TMEIC PVH-L2700GR (2.5 MW each) solar units consisting of PV modules on single axis trackers; • power electronic, 2.7 MVA, 600V inverters; • a medium voltage collection system; and • 0.600-34.5 kV, 2.7 MVA transformers with an impedance of 5.75%. The Large Generating Facility’s POI is at the Connecting Transmission Owner’s 115kV Craryville Substation. The Large Generating Facility will tie into the existing 115kV bus between disconnect switch B3-04 and disconnect switch 98409. The PCO is at the east end of the 115kV bus inside the 115kV Craryville Substation. The POI and PCO are depicted in Figure A-1 in Appendix A.
Description of Large Generating Facility including Point of Interconnection. Developer now owns and operates the Energy-from-Waste electric generating plant formerly owned and operated by Occidental Chemical Corporation in the Town of Niagara Falls, County of Niagara, State of New York, with a nominal installed capacity not to exceed 42,400 kilowatts and associated electric energy, which is approximately 335,000,000 kilowatt-hours per year.