Off-Grid Inverters
Grid-Tied Inverters
Off-Grid Inverters
Use Case: For remote areas without access to a grid.
Key Feature:
Capable of converting DC power from solar panels to AC for local use, often combined with battery storage
Hybrid Inverters
Grid-Tied Inverters
Off-Grid Inverters
Use Case: Suitable for areas with unreliable grid connections or for homes with battery backup.
Key Feature:
Allows for the integration of solar, grid, and battery power.
Provides backup power during outages.
Grid-Tied Inverters
Grid-Tied Inverters
Use Case: For urban and peri-urban areas connected to the national grid.
Key Feature:
Designed to feed excess solar power back to the grid.
Usually used in regions with net metering policies.
Central Inverters
Central Inverters
Use Case: Utility-scale solar farms and large commercial projects.
Key Features:
o High capacity (hundreds of kW or MW).
o Efficient for centralized solar power systems.
Micro-Inverters
Central Inverters
Micro-Inverters
Use Case: Small residential systems or installations.
Key Features:
o Installed at the panel level for optimized performance.
Improved reliability as each panel operates independently
