UPS efficiency solar inverter
The purpose is to provide safe isolation and power grid at night and fault isolation in the event. The second structure is non-isolated solutions. Wherein, DC voltage of AC voltage output from the boost stage directly. The third innovation topology structure of the high frequency online ups switch and the power diode, and AC to boost production section of functional integration in a special topology, although the conversion efficiency of solar panels is very low, so that the efficiency of the inverter as possible close to 100% is very important. In Germany, mounted on a south-facing roof of 3kW series module with an estimated annual generation 2550 kWh. If the inverter efficiency from 95% to 96% more than a year will be able to generate electricity 25kWh. The use of additional solar module generates this 25kWh costs associated with increased quite an inverter. Because efficiency from 95% to 96% so that the inverter will not double the cost, so the more efficient inverter investment is the inevitable choice. Emerging designs in the most cost-effective way to improve the efficiency of the inverter is a critical design criteria. As for the reliability and cost of the inverter are two other design criteria. Higher efficiency can reduce the temperature fluctuation on the duty cycle, thereby improving reliability, and therefore, these criteria are actually associated with. Use module will improve reliability.
The purpose is to provide safe isolation and power grid at night and fault isolation in the event. The second structure is non-isolated solutions. Wherein, DC voltage of AC voltage output from the boost stage directly. The third innovation topology structure of the high frequency online ups switch and the power diode, and AC to boost production section of functional integration in a special topology, although the conversion efficiency of solar panels is very low, so that the efficiency of the inverter as possible close to 100% is very important. In Germany, mounted on a south-facing roof of 3kW series module with an estimated annual generation 2550 kWh. If the inverter efficiency from 95% to 96% more than a year will be able to generate electricity 25kWh. The use of additional solar module generates this 25kWh costs associated with increased quite an inverter. Because efficiency from 95% to 96% so that the inverter will not double the cost, so the more efficient inverter investment is the inevitable choice. Emerging designs in the most cost-effective way to improve the efficiency of the inverter is a critical design criteria. As for the reliability and cost of the inverter are two other design criteria. Higher efficiency can reduce the temperature fluctuation on the duty cycle, thereby improving reliability, and therefore, these criteria are actually associated with. Use module will improve reliability.
thanks for sharing, really enjoyed this article, look forward to coming back and reading more
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