PV field design, engineering and construction services.
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
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Turi 1-2, 2MWp c-Si PV system, Puglia, Italy
- Total installed power capacity: 1,8MWp (1848 kWp)
- Comprising of: 8558 c-Si PV modules
- PV modules: Yuraku A-P. 216, multicrystalline, 216Wp
- Inverters: Power One, nr. 36 units, each 55kVA
- MV transformers: 2 transformers take system voltage to 20,000 V for connection to Enel's MV line
- Hot zinc coated metal structures are designed for a virtually maintenance-free life of 30-years
- PV field layout: 417 strings of 22 PV modules each connected in series
- Each string is connected to the inverters through parallel junction boxes with Hall sensors, switching capability to selectively maintain strings in the PV field
- Care has been taken to accurately size cables and all wiring to minimize losses and optimize performance over a 20 year expected lifetime
- PV modules have been selected for each string so as to maximize efficiency
- Total system losses are expected to amount to some 10%
- Annual energy production is expected to be: 2,370,000 kWh
- A total solution surveillance system allows our client to monitor in real time the performance of the PV field to maximize security and reduce maintenance to on-demand basis, substantially reducing costs