Our Solar Services

We provide clean and efficient energy solutions tailored to your needs.

Home Solar

Home

Power your home with solar energy, reduce electricity bills, and take control of your energy future with smart monitoring systems.

Commercial Solar

Commercial

Boost your business efficiency with custom solar installations for offices, factories, and commercial buildings.

Society Solar

Housing Societies

Reliable rooftop solar setups for apartments and housing societies. Reduce shared electricity costs with sustainable energy.

Types of Solar Services

Off-Grid Solar System

An off-grid solar system, also known as a standalone system, operates independently from
the electricity grid. It stores energy in batteries to be used during night or outages.

  • Solar Panels: Convert sunlight into DC power (mono/polycrystalline).
  • Solar Inverter: Converts DC to AC for appliances.
  • Batteries: Store daytime excess energy for nighttime use.
  • Charge Controller: Ensures safe charging of batteries.
  • Mounting Structures: Positioned at tilt for max sunlight exposure.
  • Solar Accessories: Cables, MC4 connectors, combiner boxes, earthing, etc.

On-Grid Solar System

An on-grid solar system is connected to the main electricity grid. It's ideal for areas
with reliable electricity and allows net metering to save on energy bills.

  • Solar Panels: Capture sunlight and generate power.
  • Solar Inverter: Converts DC to AC power.
  • Mounting Structures: Secure and position panels correctly.
  • Bi-directional Meter: Measures both import and export of electricity.
  • Solar Accessories: Wiring, protection devices, and earthing equipment.
  • Government Subsidies: Available for home systems up to ₹78,000.

Working Principle

Working of an Off-Grid Solar System

  • Solar panels absorb sunlight and convert it into Direct Current (DC).
  • The DC current flows into a combiner box.
  • Then, it goes into the charge controller.
  • The charge controller charges the batteries with extra solar energy.
  • It also transfers power to the solar inverter.
  • The inverter converts DC into AC for home usage.
  • Most inverters have built-in battery management systems.
  • Finally, the AC power runs household appliances.

Off-Grid System Capacities

Capacity Units/Day Units/Year
1 kW41,440
2 kW82,880
3 kW124,320
4 kW165,760
5 kW207,200
10 kW4014,400

Working of an On-Grid Solar System

  • Solar panels absorb sunlight and convert it into DC.
  • The DC is fed into a solar inverter.
  • The inverter converts it into AC (usable power).
  • The AC is sent to a bi-directional meter.
  • The meter powers your home appliances.
  • Extra electricity is exported to the grid.
  • During night or low sunlight, electricity is imported back from the grid.
  • This exchange is called net metering.

On-Grid System Capacities

The capacity of the solar system Cost of the solar system
(Estimated Charges)
2 kW₹1.52L to ₹2.30L (without subsidy)
₹0.95L to ₹1.70L (with ₹62,000 subsidy)
3 kW₹1.98L to ₹2.65L (without subsidy)
₹1.14L to ₹1.85L (with ₹78,000 subsidy)
4 kW₹2.6L to ₹3.20L (without subsidy)
₹1.65L to ₹2.45L (with ₹78,000 subsidy)
5 kW₹2.90L to ₹4.15L (without subsidy)
₹2.10L to ₹3.40L (with ₹78,000 subsidy)
7 kW₹4.20L to ₹5.40L (without subsidy)
₹3.45L to ₹4.62L (with ₹78,000 subsidy)
10 kW₹5.60L to ₹7.8L (without subsidy)
₹4.81L to ₹6.30L (with ₹78,000 subsidy)

Off-Grid vs On-Grid Systems


Aspect Off-Grid Solar System On-Grid Solar System
(Most Used in Homes)
1. Grid Dependency Works independently, no grid required Connected to the electricity grid
2. Battery Requirement ✅ Required to store electricity ❌ Not required (grid acts as backup)
3. Cost 💰 Slightly more expensive due to batteries 💰 Most affordable among all types
4. Maintenance Higher – Batteries require maintenance Low – No battery = No replacement cost
5. Electricity Bills No bill – complete independence from DISCOM Significantly reduced; net metering available
6. ROI (Return on Investment) Slower ROI, but still economical long-term Break-even in 3–5 years; free power for 20+ years
7. Government Subsidy ❌ No subsidy available ✅ Subsidy available for residential use (with DCR panels)
8. Usage Suitability ✅ Remote/rural areas without grid access ✅ Urban homes, societies, commercial properties