TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Solar photovoltaic (PV) Wind turbine Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure System 1 Project Detail a. Renewable Energy System Description of where equipment will be installed on the property (For example: northeast corner by barn): The solar system will be installed on the east side of the equipment yard on the south side of parcel 414-011-012-000. For Solar PV, please identify the surface of installation: Rooftop If so, is the rooftop on an existing building? Yes No Parking lot (can be unpaved). If so, is it an existing parking lot? Yes No Ground-mounted or Floating (Solar Panels mounted on pontoons and floating on irrigation pond). Other: Electricity produced will be used to serve (For example: greenhouse; irrigation pumps; electric vehicle charging): Irrigation pumps and electric vehicle charging station. Rated Capacity of system: [170.4] kW General Description of Equipment (please include information such as number of arrays or turbines): Six ground-mounted solar arrays configured 2 panels high in portrait will support 480 solar panels and 3 inverters. The solar system’s footprint is approximately 145’ x 135’. Expected Make and Model of Equipment to be Installed (include modules and inverter): Seraphim, SRP-355-6MA-HV (355W) modules; Solectria PVI 50TL inverter Expected Contractor(s), if known (include CSLB license number): ▇▇▇▇▇▇▇▇’▇ Energy, Inc. CSLB # 999665 b. Electric Vehicle Charger Description of where equipment will be installed on the property and the renewable energy source serving the charger (For example: located with solar system installed at northeast corner by greenhouse): The charging station will be installed in the employee parking lot on the north side of the solar array. The charging station will be served by the 170.4 KW DC solar system. Charger will be used to serve (For example small car, off-road vehicles forklift, etc.): Employee owned small cars. Is/are the vehicle(s) referenced above used for the agricultural operation specified in the application? Yes No PowerCharge Pro Series, Level 2, 3.3 KW, 16 Amp, Dual Port Wall-mount (P10DW) Expected Contractor(s), if known (include CSLB license number): ▇▇▇▇▇▇▇▇’▇ Energy, Inc. CSLB # 999665
Appears in 1 contract
Sources: Grant Agreement
TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Solar photovoltaic (PV) Wind turbine Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure System 1 Project Detail a. Renewable Energy System Description of where equipment will be installed on the property (For example: northeast corner by barn): The solar system Solar array will be a ground mount system installed in an open area and on bare ground on APN ▇▇▇- ▇▇▇-▇▇▇ near the east side of the equipment yard on the south side of parcel 414-011-012-000farm’s Red Barn Maintenance Facility, located adjacent to existing electric meters. For Solar PV, please identify the surface of installation: Rooftop If so, is the rooftop on an existing building? Yes No b. Parking lot (can be unpaved). If so, is it an existing parking lot? Yes No Ground-mounted or Floating (Solar Panels mounted on pontoons and floating on irrigation pond). Other: Electricity produced will be used to serve power (For example: greenhouse; irrigation pumps; electric vehicle charging): Irrigation pumps Electricity produced will be used to charge two zero-emission off-road equipment and electric vehicle charging stationmobile storage used for crop spraying from February through November and for year-round mowing for the farm’s almond tree crop. Rated Capacity of system: [170.4[ 67.2 ] kW General Description of Equipment (please include information such as number of arrays or turbines): Six ground-mounted solar arrays configured 2 panels high in portrait will support 480 solar panels and 3 inverters. The solar system’s footprint is approximately 145’ x 135’. array will consist of 192 350-watt solar modules mounted in a ground field for a total nameplate capacity of 67.2 kW. Expected Make and Model of Equipment to be Installed (include modules and inverter): SeraphimThe brand of solar modules will be either Hanwha Q.cells or LG, SRP-355purchased from a California vendor, and will be standard 72-6MAcell, 350-HV (355W) watt modules; Solectria PVI 50TL . As an off-grid facility, it will not require an inverter or grid connection. The mounting system will be a commercial ground mount racking system from either Unirac or RBI Solar and will be determined at the start of the Project. Expected Contractor(s), if known (include CSLB Contractor State License Board (CSLB) license number): ▇▇▇▇▇▇▇▇’▇ EnergyCorporation, CSLB #941211, will provide the license for the initial building permit application and will subcontract a licensed California solar installer for construction of the equipment prior to installation. Paired Power, Inc. CSLB # 999665 b. Electric Vehicle Charger Battery Energy Storage Description of where equipment will be installed on the property and the renewable energy source serving the charger (For example: located with solar system installed at northeast corner by greenhouse): The charging station battery energy storage will be installed contained in a 297kWh Mobile Power Station (MPS) located at the employee parking lot on the north side of the solar array▇▇▇▇▇▇ ▇▇▇▇▇ Farms Red Barn Facility, as described above. The charging station battery energy storage will be served by a mobile system on wheels that requires no ground-based installation. Battery will be used for (For example, provide back up for grid outages; to regularly shift or extend hours of use for the 170.4 KW DC installed solar energy system. Charger ): The battery storage will be used to serve power a 252kWh MPS; the MPS will be used primarily for spraying and mowing of the 3,600 acres of almond trees at ▇▇▇▇▇▇ ▇▇▇▇▇ Farms; it may also be used as back-up power, as needed. ▇▇▇▇▇▇ Mobile Power Station (For example small car, offMPS) with BMW second-road vehicles forklift, etc.): Employee owned small carslife lithium-ion battery modules with a total rated capacity of 297kWh. Is/are the vehicle(s) referenced above used for the agricultural operation specified in the application? Yes No PowerCharge Pro Series, Level 2, 3.3 KW, 16 Amp, Dual Port Wall-mount (P10DW) Expected Contractor(s), if known (include CSLB license number): ▇▇▇▇▇▇▇▇’▇ EnergyCorporation, Inc. CSLB # 999665#941211. The MPS used for energy storage will be provided by ▇▇ ▇▇▇▇▇▇, LLC.
Appears in 1 contract
Sources: Renewable Energy Agreement
TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Solar photovoltaic (PV) Wind turbine Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure System 1 Project Detail Task 1: Diesel to Solar Plus Storage a. Renewable Energy System Description of where equipment will be installed on the property (For example: northeast corner by barn): The solar system will be installed diesel conversion is located on the east side of the equipment yard on the south northeast side of parcel 414▇▇▇-011▇▇▇-012-000▇▇▇. For Solar PV, please identify the surface of installation: Rooftop If so, is the rooftop on an existing building? Yes No Parking lot (can be unpaved). If so, is it an existing parking lot? Yes No Ground-mounted or Floating (Solar Panels mounted on pontoons and floating on irrigation pond). Other: Electricity produced will be used to serve (For example: greenhouse; irrigation pumps; electric vehicle charging): Irrigation pumps and electric vehicle charging station7.5 HP submersible irrigation pump. Rated Capacity of system: [170.419.8] kW General Description of Equipment (please include information such as number of arrays or turbines): Six Two ground-mounted solar arrays configured 2 panels high in portrait will support 480 56 solar panels and 3 inverters1 inverter. The footprint of the solar system’s footprint system is approximately 14539’ x 13548’. Expected Make and Model of Equipment to be Installed (include modules and inverter): Seraphim, SRP-355-6MA-HV (355W) modules; Solectria PVI 50TL inverter SE20K-USR48NNU 3-PH GRID TIED INVERTER 20KW 480VAC Expected Contractor(s), if known (include CSLB license number): ▇▇▇▇▇▇▇▇’▇ Energy, Inc. CSLB # 999665 b. Electric Vehicle Charger Battery Energy Storage Description of where equipment will be installed on the property and the renewable energy source serving the charger (For example: located with solar system installed at northeast corner by greenhouse): The charging station diesel to solar plus storage system will be located with solar system installed in next to the employee parking lot well on the north side northeast corner of the solar arrayparcel ▇▇▇-▇▇▇-▇▇▇. The charging station Battery will be served by used for (For example, provide back up for grid outages; to regularly shift or extend hours of use for the 170.4 KW DC installed solar energy system. Charger ): The battery will be used to serve (provide back-up energy for pumping when the solar system is not producing enough energy for on-demand pumping. For example small carexample, offwhen pumping is needed on cloudy days or at night. Princeton Power PEMS 30-road vehicles forklift60 Lithium Ion , etc.): Employee owned small cars. Is30 kW 60 kwh AC/30 kVA AC , 480 VAC +10%, -12%, 3- phase 3/4 wire- Heating/are the vehicle(s) referenced above used for the agricultural operation specified in the application? Yes No PowerCharge Pro Series, Level 2, 3.3 KW, 16 Amp, Dual Port Wall-mount (P10DW) Cooling Package Expected Contractor(s), if known (include CSLB license number): ▇▇▇▇▇▇▇▇’▇ Energy, Inc. CSLB # 999665
Appears in 1 contract
Sources: Grant Agreement
TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Solar photovoltaic (PV) Wind turbine Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure System 1 Project Detail a. Renewable Energy System Description of where equipment will be installed on the property (For example: northeast corner by barn): The solar system will be installed on the east Project APN: ▇▇▇-▇▇▇-▇▇▇. Northwest side of the equipment yard property on the south side of parcel 414-011-012-000Roundabout made by the access roads. For Solar PV, please identify the surface of installation: Rooftop If so, is the rooftop on an existing building? Yes No Parking lot (can be unpaved). If so, is it an existing parking lot? Yes No Ground-mounted or Floating (Solar Panels mounted on pontoons and floating on irrigation pond). Other: Electricity produced will be used to serve power (For example: greenhouse; irrigation pumps; electric vehicle charging): 25 HP Well Irrigation pumps pump and electric vehicle charging stationEV 48VDC charger. Rated Capacity of system: [170.4_27_] kW General Description of Equipment (please include information such as number of arrays or turbines): Six ground-mounted solar arrays configured 2 panels high in portrait will support 480 solar panels and 3 invertersVariSun 27 kW Solar Pumping Ballasted Ground Mount Direct Solar Pumping System. The solar system’s footprint is approximately 145’ x 135’Ballasted ground mount system will be composed of two 56 FT long arrays. There will be 9 strings of 10 panels, each individually fused going into the VariSun 25 HP Pump Inverter Control Panel. Additionally, the arrays will be connected to the ▇▇▇▇▇▇▇▇▇ 48 VDC charge controller for EV charging. Expected Make and Model of Equipment to be Installed (include modules and inverter): SeraphimVariSun by Sustainable Technologies - VS-P25-GM ▇▇▇▇://▇▇▇▇▇▇▇.▇▇/?product=vs-p25-gm-25-hp-varisun-solar-pumping-system The 27 KW VariSun Pumping System component list follows: 300 watt – 60 cell Mission Solar or Seraphim Modules, SRP-355-6MA-HV (355W) modules; Solectria PVI 50TL inverter US made. 90 Each 25 HP VariSun Solar pumping Inverter control panel 1 Each DC disconnects switchgear 9 Each NEMA 4 control panel with charging system for control power and irrigation controller 1 Each MPPT Solar controller 1 Each Brittmore Solway II Ground mount racking 1 Set Expected Contractor(s), if known (include CSLB Contractor State License Board (CSLB) license number): ▇▇▇▇▇▇▇▇’▇ Energy, Inc. CSLB # 999665 Sustainable Technologies 772329 b. Electric Vehicle Charger Description of where equipment will be installed on the property and the renewable energy source serving the charger (For example: located with solar system installed at northeast corner by greenhouse): The charging station will be installed in the employee parking lot on the north side of 48VDC utility car charger connected to the solar array. The charging station will be served by the 170.4 KW DC solar pump system. Charger will be used to serve (For example small car, off-road vehicles forklift, etc.): Employee owned small cars. Is/are the vehicle(s) referenced above used for the agricultural operation specified in the application? Yes No PowerCharge Pro Series, Level 2, 3.3 KW, 16 Amp, Dual Port Wall-mount (P10DW) Expected Contractor(s), if known (include CSLB license number): ▇▇▇▇▇▇▇▇’▇ Energy, Inc. CSLB # 999665Sustainable Technologies 772329
Appears in 1 contract
Sources: Grant Agreement