When mismatching of voltage which are created by shadow, dust, and secular change, occurs in many solar modules connected in series and parallel, this system optimizes efficiency of the generation of electricity by compensating electricity which change variably, for series of under-voltage dropped in strings. As the result of it, economical efficiency was raised and the operating life of equipments was extended.
Maximization of generation efficiency
- Economical efficiency was actualized by maximizing power generation efficiency through Variable Series Compensation of under voltage
- Optimizing MPPT by using Compensation Algorithm regardless of any types of inverter
Protection of generation system
- Preventing over current and reverse current by using Solar Module Collision Avoidance Circuit
- Organizing Surge Protective Circuit in each String
Optimization of maintenance
- Extending the operating life of equipments through fault detection system of Strings
- Reducing cost of facilities through small amount of initial investment
Safety & Stabilization
- Simplification of facilities by designing compensation controller which integrates Compensatory Function and Prevention Of Reverse Current
- Secure control safety by loading Spike Protection Circuit in compensation controller
