Solar Battery

What Are Solar Batteries?

Solar batteries ensure a continuous power supply in any solar setup. Although solar panels generate electricity throughout the day, batteries store the excess so it can be used later whenever needed. This makes the system highly reliable and efficient, especially in areas with inconsistent electricity. With the right battery, your solar system can power essential appliances at night or during cloudy weather for complete energy independence.

How Solar Batteries Work

• Solar panels generate DC power in daylight.
• Appliances use electricity directly from the solar inverter.
• The extra energy generated during the day is stored in the battery.
• When solar production decreases (night or power cut), the battery releases stored power.

🔧 Solar Installation Process

1. Site Survey & Roof Inspection
   A team checks roof strength, direction, shading, area, and power usage needs.
2. System Designing & Capacity Planning
   System size (1kW, 2kW, 3kW+) and inverter/battery type are finalized.
3. Quotation & Approval
   Quotation shared, customer approval taken, and subsidy/net-metering documents prepared.
4. Material Delivery
   Panels, inverter, batteries, wiring, MCB, SPD, earthing kit, and structure delivered on-site.
5. Structure Mounting on Roof
   Mounting stands installed with proper tilt for maximum sunlight.
6. Panel Installation
   Solar panels are fixed and aligned safely.
7. Wiring & Cabling Work
   DC cables connected to inverter, safety breakers, earthing, and grounding installed.
8. Inverter & Battery Setup
   Inverter connected with grid, panels, and battery (for hybrid/off-grid systems).
9. Grid/Meter Connection
   Net meter installed for on-grid systems to enable energy export.
10. Testing & Final Inspection
    System output, wiring, safety, and performance inspected.
11. Documentation & Handover
    Warranty papers, user guide, and do’s & don’ts provided.