On-Grid Solar System
Best for customers focused on reducing electricity bills with lower investment and faster ROI.

Ideal When:

• Power supply is stable with minimal outages
• Your priority is maximum savings on electricity bills
• Net metering is available
• Backup power is not essential

Benefits:

• No batteries required, reducing cost
• Higher efficiency and low maintenance
• Best for high daytime electricity use
  

Suitable For: Homes, apartments, offices, schools, and commercial spaces.

What is an On-Grid Solar PV System?

An On-Grid Solar PV System (also known as a grid-tied system) is a solar power installation that operates in direct coordination with the utility electricity grid. It generates electricity from solar energy during daylight hours and prioritizes supplying this power to connected loads.
When solar generation is insufficient, electricity is automatically drawn from the grid. Any excess solar energy produced is exported back to the grid, typically through net metering, helping reduce electricity bills.

How It Works

Solar Panels (PV Modules) capture sunlight and convert it into DC (Direct Current) electricity.
Solar Inverter converts DC power into AC (Alternating Current), which is usable by appliances.
Power Distribution supplies electricity to the connected loads in real time.
Bi-directional Meter (Net Meter) measures both imported and exported energy.
Grid Interaction:
Excess power → exported to grid
Power deficit → imported from grid

Key Features
Grid-Synchronized Operation for seamless power supply
No Battery Requirement, reducing complexity
Net Metering Support for energy credits
High Conversion Efficiency due to fewer energy losses
Scalability—system capacity can be increased easily

Advantages
Cost-Effective Solution due to absence of batteries
Faster Return on Investment (ROI) from energy savings
Low Maintenance Requirements
Efficient Use of Available Roof Space
Environment-Friendly, reducing carbon footprint
Stable Energy Supply when grid is available

Limitations
No Backup During Grid Failure (anti-islanding protection shuts system down for safety)
Dependency on Grid Availability
Limited Energy Independence

Hybrid Solar System
Best for customers who need both electricity savings and reliable backup power.

Ideal When:

• Your area faces frequent power cuts
• You need uninterrupted power for essential loads
• You want energy storage and reduced grid dependence

Benefits:

• Backup during outages
• Stores excess solar energy in batteries
• Greater energy security and independence
  

Suitable For: Villas, hospitals, industries, IT offices, and areas with unstable power supply.

What is a Hybrid Solar System?

A Hybrid Solar PV System integrates solar panels, battery storage, and the utility grid to provide a reliable and flexible energy solution. It intelligently manages energy from multiple sources, ensuring optimal utilization of solar power while maintaining backup during power outages. This system offers enhanced energy independence and reliability compared to traditional on-grid systems.

How It Works
Solar Panels generate DC electricity from sunlight.
Hybrid Inverter converts DC to AC and manages multiple power sources.
Load Supply Priority:
Solar power is used first
Then battery storage
Finally grid power
Battery Storage System stores excess solar energy
Grid Interaction: Excess beyond battery → exported to grid
During Power Outage: System automatically switches to solar + battery mode

Key Features
Integrated Battery Backup System
Advanced Energy Management System (EMS)
Seamless Switching Between Sources
Peak Shaving & Load Management Capability
Supports Critical Loads During Outages

Advantages
Uninterrupted Power Supply even during outages
Higher Energy Independence
Maximized Self-Consumption of Solar Energy
Reduced Electricity Bills & Peak Demand Charges
Improved Reliability for Critical Operations
Flexible Operation Modes (Grid, Battery, Solar)

Limitations
Higher Initial Capital Cost (battery + hybrid inverter)
Battery Lifecycle & Replacement Cost
Slightly Higher Maintenance than On-Grid Systems
More Complex Design and Installation

Ideal Applications
Areas with frequent power cuts or unreliable grid supply
Hospitals, IT infrastructure, and data centres
Commercial establishments requiring uninterrupted power
High-end residential properties
Remote or semi-urban locations