Solis S6-EH3P40K-H 40 kW

The Solis S6-EH3P40K-H 40 kW is a cutting-edge three-phase high voltage hybrid inverter designed to meet the demands of modern commercial PV energy storage systems. Manufactured by Solis, a trusted name in the solar industry since 2005, this 6th generation inverter combines reliability with advanced features to maximize energy efficiency and grid stability.

• High AC Output Power: Rated at 40 kW, with a max apparent power of 80000 VA.
• Maximum PV Input: Supports up to 80 kW of DC input power.
• Multiple MPPTs: Equipped with 4 MPPTs to optimize energy harvesting from solar panels.
• Wide MPPT Voltage Range: Operates within a 150 - 850 V range, enhancing flexibility in PV array design.
• High Input Current: Supports 20A per string, making it suitable for high-power PV modules.
• Battery Compatibility: Designed for high-voltage lithium batteries with a voltage range of 150 - 800 V.
• Charge/Discharge Current: Max charge/discharge current of 140 A across two independently controlled ports.
• Overload Capacity: Offers 2 seconds of 160% overload capacity on the backup port.
• Parallel Operation: Supports parallel operation of up to six units for both on-grid and off-grid applications.
• Advanced Protection: Features anti-islanding, overcurrent, and short-circuit protection, as well as integrated AFCI.
• Communication Interfaces: Includes CAN, RS485, Ethernet, Wi-Fi/LAN, and Bluetooth for comprehensive connectivity.
• High Efficiency: Boasts a maximum efficiency of 97.8% and a European efficiency of 97.4%.
• Integrated Features: Comes with an integrated DC switch, energy meter, and 3xCTs for enhanced control and monitoring.

With its robust design and advanced functionalities, the Solis S6-EH3P40K-H ensures optimal performance and longevity for commercial solar installations. It supports a 200% DC/AC ratio, maximizing photovoltaic charging and providing extended backup power. This inverter is an ideal solution for businesses looking to enhance energy independence and reduce electricity costs, while maintaining grid stability and reliability.