1. Off-Grid Hybrid Inverter

• Function: Operates independently of the public electricity grid. Energy is stored in batteries for use when sunlight is not available.
• Features:
  • No connection to the grid required.
  • Full energy storage for use during the night or when there is a power outage.
  • Ideal for remote areas.

2. Grid-Tied Hybrid Inverter

• Function: Works with the public electricity grid, converting excess energy to the grid. Energy can also be stored in batteries for later use.
• Features:
  • Utilizes the grid as a backup energy source.
  • Excess electricity can be sold back to the grid or credited.
  • Ability to store energy in batteries for later use.

3. Bidirectional Hybrid Inverter

• Function: Allows energy to flow in both directions: from the solar panels to the grid or from the batteries to the household appliances. It can also retrieve energy from the grid when the batteries are low.
• Features:
  • Ideal for systems that include battery storage.
  • Can draw energy from the grid during periods of low demand.

4. Smart Hybrid Inverter

• Function: Equipped with smart control for managing energy flow, integrating battery storage with the solar panels and the grid.
• Features:
  • Remote monitoring and performance analytics.
  • AI-driven energy optimization.
  • Better energy management between batteries, the grid, and solar panels.

5. Energy Management System Hybrid Inverter

• • Function: Combines energy management systems that control the distribution of energy between the solar panels, batteries, and the grid.
  • Features:
    • Smart management of energy flow across different sources.
    • Increased efficiency and reduced energy loss.
    • Optimized performance for both storage and usage.