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Solar Products
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- Solar
Jinko Solar Tiger 460w – 475w
- JinkoSolar is always focusing on creating value added for its customers. Tiger series, with the high energy density advantage and lower LCOE benefits, has been developed based on market's and customer's demands.
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- Solar
Jinko Cheetah 315w – 400w
- Half-Cell Design Minimizing LCOE and Maximizing IRR Double the Protection High Performance Under Extreme Environmental Conditions
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- Solar
Quattro Inverter/Charger
- 3kVA - 15kVA Lithium Ion battery compatible
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- Solar
Solis-80K-5G
- Model: 400V: Solis-80K-5G
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- Solar
Canadian Solar KuDymond
- High efficiency poly module CS3U-355|360|365|370P-AG (1000 V / 1500 V)
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- Solar
Canadian Solar BiHiKu
- Super high power bifacial poly perc module. 415 W ~ 435 W Up to 30% more power from the back side CS3W-415|420|425|430|435PB-AG
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JinkoSolar is always focusing on creating value added for its...
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Half-Cell Design Minimizing LCOE and Maximizing IRR Double the Protection...
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High efficiency poly module CS3U-355|360|365|370P-AG (1000 V / 1500 V)
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We also supply the following Solar Systems:
Grid-tied Solar PV System
A grid-tied system is a solar PV system that is connected to the existing electrical infrastructure of a facility in parallel to the local electricity grid supply. Therefore, there are two options of electricity supply to the load. One is the solar PV system; the other is the local grid electricity provider.
Backup System
A backup system is a renewable energy system that can function on its own during no-grid supply scenarios. When the grid supply goes down, it disconnects itself from the grid and creates its own micro-grid that has two supplementals supplies, typically being a battery bank and the solar PV system.
Off-grid System
Off-grid systems are independent of the electricity grid. Without a grid connection, the system works in isolation as a form of micro-grid. This process entails solar PV modules harnessing solar energy to power loads, and charge batteries. Batteries are used to store energy for periods when the solar PV modules are not producing the required amount of energy for the loads. An example of this can be periods of prolonged cloud cover that result in low energy yield, or during nighttime periods after the sun has set.
