A rooftop solar system uses solar panels installed on your roof to generate electricity from sunlight, which can be used to power your home or business.

Yes, many regions offer net metering, where you earn credits for the electricity your system feeds into the grid.

Reduced electricity bills, environmental impact, energy independence, and potential for government incentives.

It generates power from solar panels and sends excess energy to the grid. In return, you receive credits or compensation for the electricity sent back.

No, you don’t need batteries for an On-Grid system, as the grid serves as the backup power source.

While On-Grid systems don’t require batteries, some utility companies may allow you to store excess power or offer net metering credits.

The system automatically shuts off for safety reasons when there is a grid failure, to prevent back-feeding power and harming utility workers.

Yes, you will still receive a bill, but it will be lower due to the energy your system produces. You only pay for the net consumption from the grid.

 Yes, many regions offer net metering, where you earn credits for the electricity your system feeds into the grid.

Yes, On-Grid systems can be installed on smaller roofs, but the energy generation will depend on the number and efficiency of panels installed.

An Off-Grid system is independent of the utility grid and stores power in batteries for use when the sun isn’t shining.

Yes, a battery is essential to store the energy generated during the day for use at night or during cloudy days.

The battery size depends on your daily energy consumption and the number of sun hours available in your area.

Off-Grid systems require regular maintenance, particularly the batteries. They should be checked periodically for efficiency and wear.

Yes, but it depends on your energy needs and storage capacity. You’ll need enough panels and battery storage to handle your electricity requirements.

If your batteries run out of charge, you may not have power until they are recharged, either from the sun or a backup generator.

Depending on the type and usage, Off-Grid batteries typically last at present to 3 to 5 years.

Yes, Off-Grid systems are ideal for remote locations without reliable access to the utility grid.

A Hybrid solar system combines both an On-Grid and Off-Grid system, allowing you to store excess power in batteries and also send power to the grid.

A Hybrid system provides the benefits of both, offering grid backup when needed and battery storage for autonomy.

Yes, if you have a battery system integrated with your Hybrid system, you can continue using stored power during grid outages.

Battery storage stores excess solar power during the day, which can be used when needed, especially during grid failures or high energy demand periods.

A Hybrid system includes a battery storage component, while a regular On-Grid system does not, relying solely on the grid for backup power.

On average, you need about 100-150 square feet of roof space per kilowatt (kW) of solar panels.

The cost depends on the system size, location, and type (On-Grid, Off-Grid, or Hybrid).Depending on the capacity required, quotation can be submitted. 

Solar projects can be financed through bank loans, government certified organization, or leasing options. Some states offer incentives and rebates that help reduce the upfront cost.

Savings vary based on your energy consumption, system size, and local utility rates. On average, residential systems can save 70-80% on monthly electricity bills, with full ROI within 3 to 5 years.

Solar power reduces electricity bills, minimizes carbon footprint, enhances energy independence, and adds value to your property. It’s a long-term investment that supports sustainability.

A modern earthing system must be:

• 🔧 Designed based on soil resistivity and fault level
• 🧪 Installed with certified, inert, and tested conductive material
• 📉 Able to maintain stable resistance over decades
• 🛑 Corrosion-free, chemical-free, and maintenance-free
• 🧾 Documented with test results and compliance certificate

Solar systems require minimal maintenance but regular cleaning of panels and occasional checks on inverters and batteries (if applicable) to ensure optimal performance. 

Advanced technologies like TOPCon panels, microinverters, and smart monitoring systems boost solar efficiency, ensuring higher energy output, even under partial shading or low-light conditions.

For On-Grid systems, power is not available during outages unless paired with a battery. Off-Grid and Hybrid systems provide backup power during grid failures, depending on battery capacity.

We provide end-to-end solar solutions including site assessment, system design, financing guidance, installation, and long-term maintenance—tailored for residential, commercial, and industrial needs. 

We combine high-quality products from top solar brands with unmatched last-mile service, transparent pricing, and personalized support to ensure real long-term value.

Yes. We help customers access bank loans, EMI options, and government-backed financing schemes for residential and commercial solar projects.

Yes. We handle all necessary approvals, including net metering applications and local DISCOM permissions, on your behalf.

Shubhra Solar does not process or offer government subsidies. We focus on delivering high-quality, cost-effective solar solutions with transparent pricing and excellent last-mile service, regardless of subsidies.

Since we use Non-DCR modules, our systems do not qualify under MNRE subsidy schemes.

• DCR (Domestic Content Requirement): Solar modules made with cells and panels manufactured in India. Required for subsidy eligibility.
• Non-DCR: Modules made using imported solar cells (panels may be assembled in India or abroad). Not eligible for subsidies.

Lower Cost:
Non-DCR modules can be 10–20% cheaper, which directly reduces your project cost.

✅ Higher Efficiency:
Imported (Non-DCR) panels often have better conversion efficiency (20–21%) than many domestic options.

✅ Wider Availability:
Non-DCR panels have better stock availability and faster delivery timelines.

✅ Quicker Payback:
Because of lower upfront cost and similar performance, payback period is shorter even without subsidy.

We focus on:

• Faster execution
• Competitive pricing
• Premium service
• Honest, transparent delivery

We don’t want delays due to approvals, and unpredictable disbursements. We choose to provide value through service, not paperwork.

Yes,as Non DCR panel are cheaper than DCR,
With smart design, quality components, and reliable service, you still achieve 4–5 year payback on capital investment and more than 20+ years of savings, even without subsidy.