TUV Hybrid Solar Power System 220V Monocrystalline Solar Panel Independent

Product Description

Hybrid Solar Power System Cost Effective Independent Electricity Rooftop

Description

Hybrid Solar Power System are widely used in factories and commercial premises with large peak-to-valley price differences, or where there are frequent power outages. Hybrid Solar Power System consists of a pv array made up of solar modules, a combiner box, an integrated solar grid-connected inverter, a battery bank, a load and a power grid. The pv panel array converts solar energy into electricity when there is light and supplies the load through the solar control inverter, which also charges the battery bank and sends the excess electricity to the grid; when there is no light, the grid supplies the load; when there is a grid blackout, the battery supplies the load through the inverter.

Solar Panels

• System Type: Hybrid Solar Power System
• Highest quality with full certificates
• PID Free PV Module
• Highly light-transmissive tempered glass
• High protection connector

Hybrid Solar Inverter

• System Type: Hybrid Solar Power System
• Support working in parallel
• Max. efficiency 99.6%
• Public PV inverters
• Commercial high power inverter

Mounting Bracket

• System Type: Hybrid Solar Power System
• Customized design with CAD drawing
• Aluminum brackets

Solar Battery

• System Type: Hybrid Solar Power System
• Optional: 2V/12V/48V
• Gel/AGM battery
• Lithium battery

PV Combiner Box

• System Type: Hybrid Solar Power System
• Smooth bottom outlet, no damage to cables
• Cross section: 4mm2, 6mm2 available
• Eaves type structure with thickened panels

Accessories

• System Type: Hybrid Solar Power System
• PV Cable: 4mm²/6mm²
• AC Cable
• DC Switch
• AC Breaker

Main advantages:

• System Type: Hybrid Solar Power System
• Factory direct sales at affordable prices
• Wide range of system application
• Full installation technical guidance

Application

• System Type: Hybrid Solar Power System
• Solar architecture combines solar power generation with building materials, making the future of large buildings to achieve power self-sufficiency, is a major future development direction.
• Oil, marine, meteorological field: solar power system for cathodic protection of oil pipelines and reservoir gates, living and emergency power supply for oil drilling platforms, marine detection equipment, meteorological/hydrological observation equipment, etc.