Solis 350KW Three Phase Grid-Tied Inverters with 16 MPPT

The Solis 350KW inverter sets a new standard for utility-scale and large commercial solar installations, combining high power with granular string-level optimization.

• Unmatched Design Flexibility with 16 MPPTs: The core innovation of this inverter is its 16 independent Maximum Power Point Trackers. This allows installers to connect a vast number of strings from various directions, tilt angles, or even using different solar panel models, virtually eliminating power losses due to mismatch or partial shading. This is a game-changer for projects with complex terrain or multi-plane commercial rooftops.

• Superior Efficiency and Energy Harvest: With a peak efficiency of 99.0%, the inverter ensures that a maximum amount of harvested DC power is converted to usable AC power, directly boosting the project's overall revenue. The wide MPPT voltage range further enhances energy capture during low-light conditions and across different climates.

• Utility-Grade Durability and Reliability: Designed for harsh outdoor conditions, it features a robust design with an IP66 protection rating for dust and water resistance, and a C5-level anti-corrosion coating to withstand corrosive environments. This ensures long-term, reliable performance with minimal maintenance needs.

• Advanced Grid Support and Compliance: Equipped with sophisticated grid management software, it fully complies with the most stringent international grid codes (e.g., G99, VDE-AR-N 4105). It provides reactive power support, voltage, and frequency regulation to maintain grid stability and facilitate the high penetration of renewable energy.

• Intelligent Monitoring and O&M: The integrated Solis Cloud platform provides real-time data monitoring, detailed performance analytics, and remote firmware upgrades. This enables proactive fault detection, rapid troubleshooting, and streamlined operational management, significantly reducing downtime and operational costs.

• Optimized for Low LCOE: The combination of maximized energy production through multiple MPPTs, high conversion efficiency, outstanding reliability, and low maintenance requirements results in the lowest possible Levelized Cost of Energy (LCOE), maximizing the return on investment for large-scale solar power plants.