Design Principles and Technical Information
Design Planning
When you want to invest in a solar power station, you need to consider how many solar panels to install and which types of converters to install, and how many strings of modules a converter should correspond to and how many modules a group of strings contains, etc. Maximize power generation efficiency and accelerate the return on your investment.
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General Rules
- 1 kilowatt of solar modules can be installed per 7 square meters.
- On average, each solar module has 295 watts, 9.2 amps, 32 volts, and is composed of 60 small batteries.
- Different inverters have different The best DC voltage input.
- Each solar module is 1.8 meters long and 1 meter wide.
- Each SolarEdge power optimizer (P650) can be installed corresponding to two solar modules Design principles and technical data
Steps to Install and Design a Solar Power Plant
| Power Optimizer | S440 | S500 | S1000 | S1200 |
|---|---|---|---|---|
| Rated DC Input Power(1) | 440W | 500W | 1000W | 1200W |
| Maximum Input Voltage (Voc at Minimum Ambient Temperature) | 60Vdc | 60Vdc | 125Vdc | 125Vdc |
| Maximum Power Point Tracking Range | 8-60Vdc | 8-60Vdc | 12.5-105Vdc | 12.5-105Vdc |
| Maximum Short Circuit Current | 14.5Adc | 14.5Adc | 15Adc | 15Adc |
| Maximum Output Current | 15Adc | 15Adc | 18Adc | 20Adc |
| Maximum Output Voltage | 60Vdc | 60Vdc | 80Vdc | 80Vdc |
(1) The rated power of the module at the nominal power does not exceed the "rated DC output power" of the power optimizer. The maximum allowable deviation of the power module is +5%.
