Distributed PV system
1.Introduction
The system is composed of solar cell module, photovoltaic inverter, DC combiner box, monitoring devices, mounting brackets, cables and other components. AC power generated by the system will input into the public grid, undertaking the task of power supplying to public buildings with the grid. The system adopt the full range modular design, best angle optimization of PV array, and intelligent electrical network-connected technology to achieve maximum utilization of energy resources. The system is an effective complement to the electrical network.
2.Technical characteristics Ø Use fully optimized design and technology, with easy maintenance Ø Use various specifications of the solar cell module and various combinations of the PV array Ø Equipped with protection function, as well as high reliability Ø Achieve optimum configuration of economy and reliability 3.Main purpose
The system can be used in schools, banks, shopping malls, hospitals, offices and other public buildings integrated PV projects, particularly suitable for distributed generation systems.
4.Typical Configuration
NO. | Name | Models and Specifications | Quantity |
1 | Battery components | 230W | 478 |
2 | Inverter | APC-100K | 1 unit |
3 | Combiner Box | 30 | |
4 | Distribution Cabinet | 1 | |
5 | Monitoring device | 1 | |
6 | Support brakets | Aluminum | 1 |
7 | Cables | 1 |
5.Products
Rated power |
100KW |
Output Voltage |
380Vac |
Output frequency |
50/60Hz |
Current waveform distortion rate |
<4% |
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