Solis Inverter 5G, 3-phase, 9 MPPT, DC, PID, 80kW

Solis Three Phase Inverters

The 80 kW three-phase series string inverter is designed to efficiently convert DC power from solar panels into AC power. It features nine Maximum Power Point Tracking (MPPT) units for precise energy optimization, ensuring consistent performance under varying conditions. Each string of solar panels can handle up to 13A, promoting safety and reliability. The inverter's 150% DC overloading capability allows it to handle temporary power surges effectively. It also offers an intelligent IV scan function, accessible remotely and locally, for real-time monitoring and diagnostics. Additionally, the inverter prioritizes environmental sustainability, reducing its impact on the environment. While these features are essential for an effective solar energy system, it's important to consider your specific needs and preferences when selecting an inverter.

Power Rating: The inverter has a power rating of 80 kW, which indicates it can convert the DC power generated by solar panels into AC power at a rate of 80,000 watts.

Three-Phase: It operates as a three-phase inverter, which means it can handle three different AC output lines, providing a more balanced and stable power supply.

MPPT Design: The inverter employs a 9 Maximum Power Point Tracking (MPPT) design. MPPT technology optimizes the power output of each string of solar panels to maximize energy production under different weather and shading conditions. Having 9 MPPTs allows for greater flexibility in configuring your solar array.

String Configuration: It supports a maximum current of 13A per string. This means that each string of solar panels connected to the inverter should not exceed 13 amps to ensure safe and efficient operation.

DC Overloading Capability: The inverter can handle up to 150% DC overloading. This means it can temporarily handle a DC input power that is 1.5 times its rated capacity, which can be useful in situations with intermittent overproduction.

Intelligent IV Scan Function: The inverter has both remote and local intelligent IV (Current-Voltage) scan functions. This feature likely allows you to monitor and analyze the performance of the solar panels and the inverter in real-time to optimize energy production and diagnose any issues.

Environmental Impact: The mention of a smaller environmental impact rate suggests that this inverter may be designed with energy efficiency and environmental considerations in mind, which is important in reducing the carbon footprint of solar energy systems.

Higher Generation Efficiency: The inverter is likely designed to maximize the efficiency of energy conversion from DC to AC, resulting in higher energy generation efficiency and increased overall system performance.