Solar Bracket
When sunlight shines on silicon-based semiconductor panels, photons excite electrons to generate direct current (DC). The inverter converts DC into alternating current (AC) for household consumption or grid connection. The conversion efficiency of mainstream monocrystalline silicon modules ranges from 18% to 24%, polycrystalline silicon modules 15%~20%, while thin-film solar cells feature low cost yet relatively low efficiency.
Description
When sunlight shines on silicon-based semiconductor panels, photons excite electrons to generate direct current (DC). The inverter converts DC into alternating current (AC) for household consumption or grid connection. The conversion efficiency of mainstream monocrystalline silicon modules ranges from 18% to 24%, polycrystalline silicon modules 15%~20%, while thin-film solar cells feature low cost yet relatively low efficiency.
PV modules (core power-generating part) + inverter (DC-AC conversion) + mounting brackets (fixed type / solar tracking type) + energy storage devices (optional, for standby power supply) + monitoring system (real-time operating condition monitoring)
Application
FAQ
Q1. Can your solar system work during a power outage?
Systems with battery backup can support essential loads during outages when configured correctly. Hybrid and off-grid systems with batteries are suitable for backup power.
Q2. What documents do you provide for solar systems?
We provide datasheets, installation manuals, wiring diagrams and relevant certificates for panels, inverters and batteries to support your project.
Q3. Do you provide monitoring for your inverters and batteries?
Many of our inverters support monitoring via app or display, allowing you to track generation, consumption and battery status. Check the model's monitoring features.
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