Professional Solar Power Inverters

Product Overview

A New Type of Power Inverter

This Solar Power Inverter can be classified under a new special division in the total market of power inverters. It is just like normal inverters for main DC-AC conversion; however, the design is aimed at the application in solar energy systems and has been enhanced to provide better performance and efficiency.

Basic Power Inverter Functions

This kind of inverter performs the primary function of any other power inverter, namely converting DC to AC. This means that electricity from the solar panels can be used for running electrical appliances, fed into the grid, or saved for later use.

Features Specific to Solar Systems

There are some novel features of the Solar Power Inverter that are dedicated to solar applications:

• Maximum Power Point Tracking (MPPT): Maximum Power Point Tracking (MPPT) will optimize energy output from solar panels.
• Island Protection: Disconnects the inverter from the grid and ensures safety during power grid outages.

Technical Specifications

Core Importance of Power Inverter

These are the basic power functions of any power inverter:

• Inverters from DC to AC
• Operating on a wide input voltage range from a variety of sources of DC
• Diverse power outputs for various types of AC equipment
• Capability to survive harsh environmental conditions (vibration, temperature extremes, etc.)

Functions for Solar-Specific Purposes:

The solar inverter has the following high-end advanced features for solar energy applications:

• MPPT Maximum Power Point Tracking: Optimize the energy drawn from solar panels.
• Island Protection: Prevent backfeeding into the grid during power outages.
• High adaptability to diverse environmental conditions, working well in extreme temperatures, high humidity, and sunlight levels.

Applications

General Applications of Power Inverter

The main application of such Solar Power Inverters can be:

• Always Available Power: This would involve providing electricity to the home, office, etc., from backup batteries after conversion to AC.
• Mobile: Used to convert DC supply from batteries in vehicles or boats into AC and drive electrical appliances such as refrigerators, lighting, or amusements.
• Off-grid Systems: These find their application at places where grid access is unavailable or not provided.

Solar Specific Applications

The Solar Power Inverter is particularly developed for solar energy systems, which include the following:

• Residential Solar Systems: It means converting the DC output from solar panels into AC power for household appliances while serving as an excess sellback to the grid.

• Commercial and Industrial Solar Systems: This involves saving energy and reducing costs by powering large facilities.

• Grid-Tied Solar Systems: They connect with the electrical grid and allow the selling back of solar energy to a utility company.

• Hybrid Solar Systems: It enables maximum use of solar energy and energy independence with battery storage.

Example Applications:

1. Residential Solar: A family generates power from a rooftop solar array that reduces monthly energy costs while benefitting the power supply of the community's excess energy fed back to the grid via a Solar Power Inverter.
2. Commercial Solar: A factory is equipped with a solar system with solar power inverters, mainly to lower operating energy costs. The factory then feeds this excess energy back into the grid.
3. Remote Location: Utilized in a remote farm, not connected to the grid, which converts solar power into usable AC electricity for lighting and farm equipment.

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