Enquiry Now
Get A Free Quote

Power Your Home 24/7 – Even When the Sun Sets

Combine solar with advanced battery storage for uninterrupted electricity, complete energy independence, and protection against power cuts.
Schedule For Battery Options
Cost Comparison

Why Add Battery Storage?

While rooftop solar systems reduce your dependence on grid electricity, adding battery storage takes you a step further—providing round-the-clock power, complete independence from grid fluctuations, and ultimate protection during power outages.

24/7 Power Supply

Store daytime solar energy and use it at night. Never worry about grid power again.

No Blackout Worries

Automatic backup during power cuts ensures continuous power for critical appliances.

Peak Load Management

Use stored energy during peak tariff hours, reducing electricity bills further.

Grid Independence

Achieve true energy independence with hybrid solar + battery systems.

Types of Battery Storage Systems

Choose the Right Battery Type for Your Needs

Feature Technology Lifespan Cycles Efficiency Cost Maintenance Space Required Best For
Lead-Acid Batteries
Traditional, proven
3-5 years
1,000-2,000 cycles
85-90%
₹60,000-80,000 (4kWh)
High (water refilling)
High
Budget-conscious, backup
Lithium-Ion (LiFePO4)
Advanced, modern
10-15 years
5,000-8,000 cycles
95%+
₹2,50,000-3,50,000 (4kWh)
Low/None
Compact
Long-term, 24/7 use
Gel Batteries
Sealed variant
5-7 years
1,500-3,000 cycles
90%
₹80,000-1,20,000
Low
Medium
Balanced option

System Configurations

Hybrid Solar + Battery Systems

Solar + Batteries (Off-Grid)

  • Complete independence from electricity grid
  • 100% solar energy with battery backup
  • Ideal for: Rural areas, vacation homes, completely self-sufficient homeowners
  • Capacity: 5-10 kWh storage
  • Cost: ₹3,50,000-6,00,000

Solar + Grid + Batteries (Hybrid)

  • Maximizes savings with solar generation
  • Battery backup during blackouts
  • Grid acts as extended backup
  • Ideal for: Urban homes with frequent power cuts
  • Capacity: 3-5 kWh storage
  • Cost: ₹2,50,000-4,00,000

Grid + Batteries (With Grid Integration)

  • No solar, only battery + grid
  • Shift peak load to off-peak hours
  • Ideal for: Net metering not available, limited roof space
  • Capacity: 5-10 kWh storage
  • Cost: ₹2,00,000-3,50,000

Take Control of Your Power Costs

Install rooftop solar and protect your home from unpredictable utility bills — start saving from day one.
Request a Savings Estimate

How Battery Storage Works

The Complete Energy Cycle

Solar Generation

(6 AM - 6 PM)

Solar panels generate electricity throughout the day.

Daytime Use & Battery Charging

Home appliances draw power from solar first. Excess energy charges batteries.

Evening Transition

(6 PM - 8 PM)

Solar production decreases. Battery discharge begins to power home.

Night Time

(8 PM - 6 AM)

Batteries power all home appliances. If battery depletes, grid automatically provides backup.

Battery Recharge Cycle Completes

System repeats daily. Batteries recharge during next day’s solar generation.

Battery Capacity Planning

How Much Battery Capacity Do You Need?

Calculate Daily Energy Consumption

  • Review your electricity bill (units consumed per month)
  • Divide by 30 to get daily average consumption

Determine Night-Time Requirement

  • Night duration: ~12 hours (roughly 50% of daily consumption)
  • Add 20% buffer for safety
Battery Capacity 2 kWh 4 kWh 6 kWh 8+ kWh
Night Duration Support
4-6 hours
8-10 hours
12-14 hours
16+ hours
Suitable For
1 BHK, minimal night use
2-3 BHK, average night use
3-4 BHK, heavy night consumption
Large homes, complete independence
Cost (Lithium)
₹1,50,000-1,80,000
₹2,50,000-3,00,000
₹3,50,000-4,00,000
₹4,50,000-6,00,000+

Battery Management System

Intelligent Battery Monitoring & Protection

What is BMS?

Battery Management System is an intelligent controller that:

  • Monitors battery health, voltage, temperature, and charge status
  • Protects against overcharge, over-discharge, and short circuits
  • Optimizes charging/discharging cycles for maximum lifespan
  • Alerts users and technicians of any issues

Features of Our BMS:

  • Real-time mobile app monitoring
  • Remote system diagnostics
  • Automatic load shedding during low battery
  • Temperature regulation
  • Predictive maintenance alerts

Maintenance & Lifespan

Long-Term Performance & Care

Battery Type Lead-Acid Lead-Acid Lithium All Types
Maintenance Task
Water level check
Terminal cleaning
System check
Professional servicing
Frequency
Monthly
Quarterly
Annually
Annually
Cost
₹500/visit
₹1,000
₹2,000
₹2,000-3,000

Expected Lifespan:

  • Lead-Acid: 3-5 years, 1,000-2,000 charge cycles
  • Lithium (LiFePO4): 10-15 years, 5,000-8,000 charge cycles
  • Gel: 5-7 years, 1,500-3,000 charge cycles

Warranty Provided:

  • 5-10 year battery warranty (depends on type)
  • Capacity degradation guarantee (typically 80% after warranty period)

Installation & Integration

Seamless Integration with Your Solar System

Battery Selection & Sizing

(1-2 days)

Detailed energy audit and capacity calculation

System Design Review

(1 days)

Engineers design hybrid system with existing/new solar setup

Electrical Modifications

(1-2 days)

Safety disconnects, cable sizing, breaker installation

Battery Installation

(1 days)

Battery placement, BMS connection, monitoring setup

System Testing & Commissioning

(1 days)

Full functionality test, solar-battery-grid integration check

User Training

(1-2 hours)

How to use battery, app monitoring, safety protocols
Total Installation Time: 4-7 days

Cost Comparison Over 10 Years

Return on Investment Analysis

3 kWh Lithium Battery + 5 kW Solar

Cost Category Amount
Initial Investment
₹4,50,000
Government Subsidy (if applicable)
-(₹1,00,000)
Net Cost
₹3,50,000
Annual Electricity Savings
₹40,000
10-Year Savings
₹4,00,000
Net Benefit
₹50,000
ROI
14%

Frequently Asked Questions

How long can a 4 kWh battery power my home?
It depends on consumption. A typical 2-3 BHK home consumes 3-4 units at night, so a 4 kWh battery lasts approximately 10-12 hours.
Absolutely! Retrofitting batteries is straightforward if your inverter supports hybrid mode. We can upgrade your system anytime.
Lithium batteries have minimal self-discharge (0.1-0.2% monthly). However, we recommend regular charging cycles for optimal health.
Excess solar energy goes to the grid (if net metering enabled), and you earn credits. No energy is wasted.
Yes, you can use batteries for load shifting or backup. However, combining with solar maximizes savings.
Very safe. Modern LiFePO4 batteries are non-flammable and include multiple safety features. Lead-acid is also safe if properly maintained.
No, batteries ARE the backup. They store energy and supply it when needed—no external power required.
Yes, most systems allow modular expansion. However, inverter capacity may need upgrade for larger systems.

Transform Your Solar System into 24/7 Power!

Lithium Batteries (10-15 years)

Lead-Acid Options (Budget-friendly)

Hybrid System Design

10+ Year Warranty

FREE Battery Capacity Assessment

Flexible Payment Plans (EMI Available)

Real-time Monitoring App

  • Call Now: +91 [Your Number]
  • WhatsApp: [Link]
  • Email: [Your Email]
Schedule Battery Consultation
  • TRUSTED PROVIDER
Switch to clean energy and save up to 40% on bills.

Schedule a Consultation

  • TRUSTED PROVIDER
Switch to clean energy and save up to 40% on bills.

Enquiry Now