MWac Sample Clauses
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MWac. 2 Type of Plant/Technology Mixed Ground Mounted and Rooftop Solar power Plant with Silicon Solar Modules 3 Solar PV Module Manufacturer Model No. Country of Origin Year of Manufacture Number of PV Module Output of each PV Module 4 Grid Tied Inverter (GTI) Manufacturer Model No. Country of Origin Year of Manufacture Number of GTI Capacity of each GTI Operating voltage range Frequency range Total Harmonic Distortion 5 Power Transformer Manufacturer Model No. Vector Group Country of Origin Year of Manufacture Number of Power Transformer Voltage Rating Transformer of each Capacity of each Transformer 6 Solar Irradiation Measurement Device Manufacturer Model No. Type Country of Origin Year of Manufacture Spectral Range Sensitivity Direction Error Field of View Response Time 7 132kV Switchgear 8 Minimum level of irradiance at which the plant is capable of operation (W/m2)
MWac. The electric generating units utilized as generation assets as part of the Project are described below: The project will utilize photovoltaic modules to convert the energy from sunlight directly into electricity. Photovoltaic modules will be wired together to form photovoltaic arrays. The direct current generated by the arrays will be collected at an inverter where the direct current will be converted to alternating current consistent with the electrical grid. The output from the inverter or group of inverters will then flow through a step-up transformer to increase the voltage for collection. The medium voltage collection system will gather all of the electricity at a common location where the voltage will be stepped up again before final interconnection with the electrical grid.
MWac. The electric generating units utilized as generation assets as part of the Project are described below: The project will utilize concentrating photovoltaic modules mounted on dual-axis trackers to convert the energy from sunlight directly into electricity. Concentrating photovoltaic modules will be wired together to form photovoltaic arrays. The direct current generated by the arrays will be collected at an inverter where the direct current will be converted to alternating current consistent with the electrical grid. The output from the inverter or group of inverters will then flow through a step-up transformer to increase the voltage for collection. The medium voltage collection system will gather all of the electricity at a common location where the voltage will be stepped up again before final interconnection with the electrical grid.