4000W Single Phase Grid Tie Solar Inverter

LCD Display

LCD display in a grid-tied PV inverter provides real-time data monitoring, is user-friendly and easy to read, and presents complex information. This transparency helps identify any potential issues and optimize system efficiency. LCD also enhances user interaction and ensures efficient grid-tied inverter system management.

Multiple Port

This diversification optimizes energy capture and storage by accommodating different energy sources. The on-grid tie inverter system can optimize energy harvesting throughout the day, leading to better efficiency and output. With multiple ports, one energy source can act as a backup if another fails, ensuring continuous power supply.

IP65 Protection

It ensures complete protection against dust ingress, preventing any harm to the internal components, making the 4kW on grid solar inverter safe for outdoor installation and resilient to rain, humidity, and other moisture sources. This durability can extend the lifespan of the inverter, reducing maintenance costs and ensuring reliable performance.

Features

• LCD is convenient for the user to monitor the main parameters of grid tie inverter.
• On grid solar inverter with over-voltage, short circuit, overload, overheating, anti-islanding protection, etc.
• Strong IP65 protection, completely sealed cover suitable for harsh environments.
• On grid inverter adopts with no isolation transformer H6 full-bridge configuration, highest efficiency reaches 97%.
• Multiple inverters can be operated in parallel and support various communication modes.
• Advanced MPPT tracking technology and a wide MPPT voltage range optimize the power output from solar panels by adjusting the voltage and current for maximum efficiency.

Applications

Rural Electrification

Remote Location

Commercial Use

Solar Farm

Single-phase Grid Tie Inverter Installation Guide

Single-phase Grid Tie Inverter User Manual

How does the on-grid inverter work?

Simply the inverter has a computer module that senses the grid AC voltage waveform and continuously measures all its parameters instantly like the voltage, frequency…etc. and then starts to inject the AC current, so that the solar inverter keeps its output voltage to be slightly higher than grid voltage all the time. At the same time, the inverter must have anti islanding feature which quickly disconnects it if the grid power system shuts down for any reason, to protect itself from feeding uncontrollable loads "may be higher capacity" and protect personnel who were sent to troubleshot the power grid.