6000 Watt Off Grid Solar Inverter Charger, 48V

Battery Terminal

The battery positive terminal serves as the power input, receiving direct current (DC) from the battery bank. This connection enables efficient energy transfer from the battery to the inverter, supporting uninterrupted power supply. Conversely, the negative terminal completes the circuit, facilitating the flow of electrons from the battery to the solar inverter off-grid.

LCD Display

LCD enhances user convenience by displaying clear, detailed information, reducing the need for external meters, and helping users diagnose and resolve issues quickly. In addition, its low power consumption ensures minimal impact on the efficiency of 6kw grid off inverter, making it ideal for off-grid applications.

Cooling Fan

It prevents overheating, ensuring the inverter operates efficiently and extends its lifespan. By maintaining an optimal temperature, it reduces the risk of component failure and enhances reliability. The cooling fan also improves energy efficiency by allowing the off-grid solar power inverter to handle higher loads. Efficient cooling minimizes power loss and protects sensitive electronic components.

Features

• Pure sine wave output for compatibility with loads of different types.
• The inverter charger has a mode for charging the battery from the AC supply with a charging capability of 0-30A.
• Visualization of the operation status of the equipment through a digital LCD.
• Automatically transfers between battery and line modes. It enhances system performance, reliability, and user experience in off-grid applications.
• Pure sine wave output (THD < 3%) for a wide range of applications and harsh environments.
• A wide range of input voltages, accurate output, and automatic voltage stabilization, maximizing flexibility and efficiency.
• Overall protection functions: battery overvoltage protection, battery undervoltage protection, overload protection, short-circuit protection, and overtemperature protection.

Off-Grid Inverter for Solar Panel System:

• Off Grid Solar Inverter User Manual
• Off Grid Solar Inverter Wifi Plug Pro

What function should the off grid inverter have?

In the selection of a off grid solar inverter, first of all, sufficient rated capacity should be considered to meet the power requirements of equipment under maximum load. For the inverters loaded on a single device, the selection of rated capacity is relatively simple. When the electrical equipment is a pure resistive load or the power factor is greater than 0.9, the rated capacity of the inverter is 1.1-1.15 times of the capacity of the electrical equipment. At the same time, the off grid solar inverter should also have the ability to resist the impact of capacitive and inductive loads. For general inductive loads, such as motors, refrigerators, air conditioners, washing machines, high-power pumps, etc., the instantaneous power may be 5-6 times of its rated power when starting. At this time, the inverters will bear a great instantaneous surge. For such systems, the rated capacity of the solar inverters should have sufficient margin to ensure that the load can start reliably. High-performance off grid soalr inverters can start at full load for many times without damaging power devices. For its own safety, small inverters sometimes need to adopt soft start or current limiting start mode.

The main load of the photovoltaic system is a 150W refrigerator. The DC to AC inverter with rated capacity of 180W can work reliably when it works normally. However, because the refrigerator is an inductive load, its power consumption can reach 5-6 times of the rated power at the moment of starting, so the output power of the inverter can reach 800W when the load starts. Considering the overload capacity of the inverters, 500W power inverters can work reliably.