Solar On-Grid Inverter

Range Summary

• Available capacity range: 2 kW to 125 kW
• Available in single-phase and three-phase configurations
• Multiple MPPT configurations are available across the product families

Key Features

• Smart grid-tie integration supports improved use of generated solar energy.
• Durable design helps reduce routine maintenance requirements.
• App-based monitoring provides real-time visibility of solar generation and voltage.
• Fast grid synchronization supports stable and reliable operation.
• Precise voltage control helps protect connected electrical loads.

Verified Product Range

Single Phase String Inverter Range

Three Phase String Inverter Range

What Is an On Grid Inverter

An on-grid or grid-tied inverter changes the DC electricity produced by solar panels into AC electricity for equipment and electrical systems. It stays connected to the utility grid, allowing the site to use grid power when solar generation is insufficient and, where permitted, export surplus energy through net metering.

How It Works

1. Solar panels generate DC electricity from sunlight.
2. The inverter converts DC electricity into usable AC electricity.
3. The converted power supplies the site’s electrical loads.
4. Surplus generation can be exported to the utility grid.
5. Grid electricity is used automatically when solar production is insufficient.

Business Benefits

• Lower electricity costs by using self-generated solar energy.
• Potentially faster payback because battery storage is not essential for standard on-grid operation.
• Net-metering benefits where local regulations and utility policies permit export credits.
• Efficient energy conversion supported by MPPT technology and monitoring.
• Reduced dependence on conventional electricity and a lower operational carbon footprint.
• Real-time monitoring of system performance, energy generation, and savings.

Ideal Applications

• Manufacturing units and industrial plants
• Warehouses and logistics centres
• Shopping malls, hotels, and resorts
• Hospitals and healthcare facilities
• Educational institutions and corporate offices
• Commercial buildings and government infrastructure projects

Core Technology Features

Advanced MPPT Technology: Helps extract maximum available power from solar panels under changing sunlight and weather conditions.

High Conversion Efficiency: Supports effective conversion of solar generation into usable AC power.

Smart Monitoring: Allows remote visibility through supported mobile or web-based monitoring platforms.

Safety Protection: Helps protect the inverter and connected equipment against common electrical faults.

Durable Industrial Design: Designed for long-term operation in demanding environmental conditions.

Grid Synchronization: Maintains coordinated interaction with the utility grid for stable energy management.

Service and Project Support

• Project-specific inverter selection and consultation
• Professional installation support
• Ongoing technical assistance
• Efficient and reliable solar conversion solutions
• Scalable options for new projects and system upgrades