Common use of Project Description Clause in Contracts

Project Description. The Interconnection Customer is constructing a 20MW solar generation farm to be located in Easton, New York (the “Small Generating Facility”). The Small Generating Facility will consist of a collector system comprised of: • eight (8) Sungrow SG3150U 3.15MVA solar inverters; and • eight (8) 3.15MVA 34.5kV/630V pad mount step-up transformers with integral disconnect and fuses. Each of the eight (8) step-up transformers are daisy chained together using 34.5kV direct buried solid dielectric cable (“Collection Feeder Line”), which is stepped-up to 115kV via a 25MVA 34.5/115kV transformer in a collector substation (“Xxxxx Solar Collector Substation”). The Point of Interconnection (“POI”) for the Small Generating Facility is Connecting Transmission Owner’s 115 kV Mohican-Schaghticoke Line 309 between structures 272 and 273. The POI will be approximately 4.74 miles from Connecting Transmission Owner’s Schaghticoke Substation and 23.39 miles from Connecting Transmission Owner’s Mohican Substation. The Point of Change of Ownership (“PCO”) will be at the line side connection of the Interconnection Customer’s disconnect switch located on the Interconnection Customer’s termination structure inside the Xxxxx Solar Collector Substation. Connecting Transmission Owner will own the insulators, whips and hardware connections to the Interconnection Customer’s disconnect switch. The POI and PCO are detailed on Figure 1 in Attachment 3.

Project Description. The Interconnection Customer is constructing a 20MW solar generation farm to be located in Easton, New York powered generating facility (the “Small Generating Facility”)) to be located in Troy, New York. The Small Generating Facility will consist of five (5) TMEIC 4.2MVA solar inverters and one (1) TMEIC 3.36MVA inverter. Five of the six inverters are coupled with a collector system comprised of: • eight (8) Sungrow SG3150U 3.15MVA solar inverters; and • eight (8) 3.15MVA 34.5kV/630V pad mount 630V/34.5kV 4.2MVA step-up transformers transformer and the sixth is coupled with integral disconnect and fusesa 630V/34.5kV 3.36MVA transformer. Each The output of the eight (8) step-six step- up transformers are daisy chained together using 34.5kV direct buried solid dielectric cable aggregated into a medium voltage collection circuit (“Collection Feeder Line”), which . The home run of the feeder ties to the Interconnection Customer’s Collector Station (“Hilltop Solar Collector Station”) where it is stepped-stepped up to 115kV via a 25MVA 34.5/115kV transformer in a collector substation (“Xxxxx Solar Collector Substation”)transformer. The Point of Interconnection (“POI”) for the Small Generating Facility is located on the Connecting Transmission Owner’s 115 kV Mohican-115kV Eastover Schaghticoke Line 309 10 between existing structures 272 348 and 273349. The POI will be approximately 4.74 7.52 miles from the Connecting Transmission Owner’s Schaghticoke Substation and 23.39 2.14 miles from the Connecting Transmission Owner’s Mohican Eastover Substation. The interconnection to the New York State Transmission System will be via a tap. The Point of Change of Ownership (“PCO”) will shall be at the line side connection of the Interconnection Customer’s disconnect switch located on the Interconnection Customer’s termination structure inside the Xxxxx Hilltop Solar Collector Substation. The Connecting Transmission Owner will shall own the insulators, whips whips, and hardware connections to the Interconnection Customer’s disconnect switch. The POI and PCO are detailed on in Figure 1 in Attachment 3.

Project Description. The Interconnection Customer is constructing a 20MW solar generation farm to be located in Easton, New York (the “Small Generating Facility”). The Small Generating Facility will consist of a collector system comprised of: • eight (8) Sungrow SG3150U 3.15MVA solar inverters; and • eight (8) 3.15MVA 34.5kV/630V pad mount step-up transformers with integral disconnect and fuses. Each of the eight (8) step-up transformers are daisy chained together using 34.5kV direct buried solid dielectric cable (“Collection Feeder Line”), which is stepped-up to 115kV via a 25MVA 34.5/115kV transformer in a collector substation (“Xxxxx Xxxxxxxxx Solar Collector Substation”). The Point of Interconnection (“POI”) for the Small Generating Facility is Connecting Transmission Owner’s 115 kV Mohican-115kV Battenkill - Schaghticoke Line 309 310 between structures 272 273 and 273274. The POI will be approximately 4.74 4.9 miles from Connecting Transmission Owner’s Schaghticoke Substation and 23.39 9.42 miles from Connecting Transmission Owner’s Mohican Battenkill Substation. The Point of Change of Ownership (“PCO”) will be at the line side connection of the Interconnection Customer’s disconnect switch located on the Interconnection Customer’s termination structure inside the Xxxxx Xxxxxxxxx Solar Collector Substation. Connecting Transmission Owner will own the insulators, whips whips, and hardware connections to the Interconnection Customer’s disconnect switch. The POI and PCO are detailed on Figure 1 in Attachment 3.

Project Description. The Interconnection Customer is constructing a 20MW solar generation farm to be located in Easton, New York (the “Small Generating Facility”). The Small Generating Facility will consist of a collector system comprised of: • eight seven (8) Sungrow SG3150U 3.15MVA 7) Power Electronics FS3350M 3.465MVA solar inverters; and • eight seven (8) 3.15MVA 7) 3.465 MVA 34.5kV/630V pad mount step-up transformers with integral disconnect and fuses. Each of the eight seven (8) 7) step-up transformers are daisy chained together using 34.5kV direct buried solid dielectric cable (“Collection Feeder Line”), which is stepped-up to 115kV via a 25MVA 34.5/115kV transformer in a collector substation (“Xxxxx Xxxxxxxxx Solar Collector Substation”). The Point of Interconnection (“POI”) for the Small Generating Facility is Connecting Transmission Owner’s 115 kV Mohican-115kV Battenkill - Schaghticoke Line 309 310 between structures 272 273 and 273274. The POI will be approximately 4.74 4.9 miles from Connecting Transmission Owner’s Schaghticoke Substation and 23.39 9.42 miles from Connecting Transmission Owner’s Mohican Battenkill Substation. The Point of Change of Ownership (“PCO”) will be at the line side connection of the Interconnection Customer’s disconnect switch located on the Interconnection Customer’s termination structure inside the Xxxxx Xxxxxxxxx Solar Collector Substation. Connecting Transmission Owner will own the insulators, whips whips, and hardware connections to the Interconnection Customer’s disconnect switch. The POI and PCO are detailed on Figure 1 in Attachment 3.

Project Description. The Interconnection Customer is constructing a 20MW solar generation farm to be located in Easton, New York (the “Small Generating Facility”). The Small Generating Facility will consist of a collector system comprised of: • eight seven (8) Sungrow SG3150U 3.15MVA 7) Power Electronics FS3350M 3.465MVA solar inverters; and • eight seven (8) 3.15MVA 7) 3.465 MVA 34.5kV/630V pad mount step-up transformers with integral disconnect and fuses. Each of the eight seven (8) 7) step-up transformers are daisy chained together using 34.5kV direct buried solid dielectric cable (“Collection Feeder Line”), which is stepped-up to 115kV via a 25MVA 34.5/115kV transformer in a collector substation (“Xxxxx Solar Collector Substation”). The Point of Interconnection (“POI”) for the Small Generating Facility is Connecting Transmission Owner’s 115 kV Mohican-Schaghticoke Line 309 between structures 272 and 273. The POI will be approximately 4.74 miles from Connecting Transmission Owner’s Schaghticoke Substation and 23.39 miles from Connecting Transmission Owner’s Mohican Substation. The Point of Change of Ownership (“PCO”) will be at the line side connection of the Interconnection Customer’s disconnect switch located on the Interconnection Customer’s termination structure inside the Xxxxx Solar Collector Substation. Connecting Transmission Owner will own the insulators, whips and hardware connections to the Interconnection Customer’s disconnect switch. The POI and PCO are detailed on Figure 1 in Attachment 3.

Project Description. The Interconnection Customer is constructing a 20MW 20 MW solar generation farm to be located in Easton, New York generating facility (the “Small Generating Facility”)) in the town of Ticonderoga, New York. The Small Generating Facility will consist of a collector system comprised of: • eight five (8) Sungrow SG3150U 3.15MVA 5) SMA SC 4600 UP solar inverters; and • eight inverters (8) 3.15MVA 34.5kV/630V pad mount nameplate rating of 4.6MVA) close coupled with dedicated 690V/34.5kV 4.6MVA step-up transformers with integral disconnect and fusestransformers, respectively. Each of the eight (8) step-up transformers are The inverters will be daisy chained together using 34.5kV 34.5 kV direct buried solid dielectric cable (“Collection Feeder Line”), which . The home run of the feeder will tie to the Interconnection Customer’s Collector Station (“Ticonderoga Solar Collector Station”) where it is stepped-stepped up to 115kV via a 25MVA 34.5/115kV transformer in a collector substation (“Xxxxx Solar Collector Substation”)transformer. The Point of Interconnection (“POI”) for the Small Generating Facility is Connecting Transmission Owner’s 115 kV Mohican115kV Ticonderoga-Schaghticoke Republic Line 309 between structures 272 and 2732. The POI will be between structures 24 and 25 on Line 2, approximately 4.74 2.68 miles from the Connecting Transmission Owner’s Schaghticoke Substation and 23.39 miles from Connecting Ticonderoga Substation. The interconnection to the New York State Transmission Owner’s Mohican SubstationSystem will be via a tap. The Point of Change of Ownership (“PCO”) will shall be at the line side connection of the Interconnection Customer’s disconnect switch located on the Interconnection Customer’s termination structure inside the Xxxxx Ticonderoga Solar Collector SubstationStation. The Connecting Transmission Owner will shall own the insulators, whips and hardware connections to the Interconnection Customer’s disconnect switch. The POI and PCO are detailed on in Figure 1 in Attachment 3.