Off-Grid Solar System

Complete Energy Independence with Off-Grid Solar.

Generate your own electricity and store it in high-performance batteries for 24/7 reliable power, completely independent of the utility grid.

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25-Yr Panel Warranty

Advanced Battery Backup

100% Independent

24/7 Power

Why Go Off-Grid?

Energy Independence

Total freedom from grid failures and power cuts.

Battery Backup

Store excess daytime power for use during the night.

Works Without Grid

Perfect for locations where grid power is unavailable.

Reliable Power

Uninterrupted power supply for critical loads.

Lower Diesel Costs

Reduce or eliminate expensive diesel generator usage.

Clean Energy

100% renewable energy with zero carbon emissions.

What is an Off-Grid Solar System?

An Off-Grid Solar System operates independently of the traditional power grid. It relies on solar panels to generate electricity during the day and stores excess power in a high-capacity battery bank for use at night or during cloudy days.

These systems are essential for remote locations, farmhouses, and areas experiencing frequent or extended power outages. By generating and storing your own power, you achieve complete energy self-sufficiency.

Unlike On-Grid systems that shut down during a blackout, an Off-Grid system ensures your critical appliances remain powered 24/7 without needing noisy, expensive diesel generators.

Suitable For

Ideal applications for battery-based solar systems.

Remote Homes

Farmhouses

Agriculture

Rural Areas

Clinics

Schools

Warehouses

Construction Sites

How It Works

The journey of solar energy from panels to your appliances.

1. Solar Panels

Sunlight hits the panels, generating DC electricity.

2. Charge Controller

Regulates voltage and current to safely charge the battery.

3. Battery Storage

Stores the DC energy for use when the sun isn't shining.

4. Solar Inverter

Converts DC power from batteries into usable AC power.

5. Continuous Supply

Reliable AC power is supplied to your home appliances 24/7.

Main Components

Premium quality equipment for maximum reliability.

Solar Panels

High-efficiency monocrystalline panels to capture maximum sunlight.

Battery Bank

Deep-cycle solar batteries (Lithium/Tubular) for long-lasting backup.

Solar Inverter

Heavy-duty off-grid inverter to handle surge loads efficiently.

Charge Controller

MPPT charge controllers to optimize battery charging.

Mounting Structure

Galvanized steel structures engineered for high wind resistance.

Electrical Protection

AC/DC Distribution Boards, surge arresters, and proper earthing.

Key Features

Grid Independence

Operate completely free from the utility power grid.

Battery Storage

Scalable storage options to match your backup needs.

Reliable Backup

Instant switch-over ensures appliances never turn off.

Flexible Design

Can be upgraded with more panels or batteries later.

Eco Friendly

Zero emissions and noiseless operation compared to generators.

Low Operating Cost

Virtually free power after the initial investment.

Why Invest in Off-Grid Solar?

An Off-Grid system is the ultimate investment for energy security. It eliminates the ongoing costs of diesel fuel and provides peace of mind with continuous power.

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Energy Security

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Backup Power

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Fuel Savings

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+ Yrs

Performance

Why Choose Sravanthi Solar?

Telangana's most trusted solar installation company.

Experienced Engineers

Expert team with years of off-grid installation experience.

Customized Design

Systems engineered specifically for your load profile.

Quality Components

We only use Tier-1 solar panels and premium solar batteries.

Professional Installation

Safe, neat, and code-compliant electrical work.

Transparent Pricing

No hidden costs, clear quotations upfront.

After Sales Support

Quick response maintenance and troubleshooting.

Warranty

Comprehensive system warranties for peace of mind.

Frequently Asked Questions

Can I run ACs and motors on an Off-Grid system?

Yes, but the system must be properly sized. High surge appliances like ACs and motors require a higher capacity inverter and a larger battery bank to handle the starting current.

How long do solar batteries last?

Tubular lead-acid batteries typically last 4-5 years, while advanced Lithium-ion (LiFePO4) batteries can last 10-15 years depending on depth of discharge and maintenance.

What happens during cloudy or rainy days?

Solar panels still produce power on cloudy days, though at a reduced rate. We design battery banks to provide autonomy (backup) for days without sufficient sunlight.

Is net-metering applicable for Off-Grid systems?

No, net-metering is only for On-Grid systems. Off-grid systems store their excess energy in batteries rather than sending it to the utility grid.