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The 30KVA 50KVA On-grid Connected Inverter series delivers commercial-grade performance for medium-scale solar installations, bridging the gap between residential and utility-scale systems. With conversion efficiencies reaching 98.7% and advanced grid support capabilities, these inverters optimize energy harvest while ensuring seamless integration with utility networks. Compliant with the latest IEC 62891:2020 standards and part of the Ministry of Power’s Standards and Labeling Program, they meet strict efficiency criteria for grid-connected systems without storage . The 30KVA model handles up to 36kW of PV input, while the 50KVA variant accommodates 60kW arrays, making them ideal for schools, hospitals, and commercial complexes seeking to reduce carbon footprints and energy expenses.
Equipped with Low Voltage Ride Through (LVRT) capability, the inverters maintain grid connection during voltage dips, supporting grid stability as required by major utility codes in Europe, North America, and Asia . Active and reactive power control allows system operators to adjust power factors between 0.9 leading and lagging, responding to grid operator requirements.
Featuring dual MPPT trackers with 99.9% tracking accuracy, the inverters maximize energy capture from unevenly shaded or oriented solar arrays . The IP65-rated enclosure provides robust protection against dust and water ingress, ensuring reliable operation in outdoor installations across diverse climates, from arid regions to coastal areas .
A built-in PLC with real-time monitoring capabilities tracks key performance indicators, including input/output power, temperature, and fault status . Cloud-based connectivity enables remote access via web portals or mobile apps, allowing for proactive maintenance and performance optimization.
Certified to CE, TUV, and UL 1741 standards, the inverters incorporate comprehensive safety features including overvoltage protection, ground fault detection, and anti-islanding systems that comply with IEEE 1547 requirements . Each unit undergoes rigorous factory testing to ensure reliable anti-islanding performance.
Office buildings, shopping centers, and hotels utilize these inverters to convert rooftop solar energy into usable power, offsetting peak demand charges and reducing reliance on grid electricity.
Schools, universities, and hospitals benefit from the stable power output and grid support features, ensuring uninterrupted operation of critical systems while demonstrating commitment to sustainability.
Greenhouses, farms, and irrigation facilities leverage the 30KVA 50KVA inverters to power operations, reducing energy costs associated with pumping, climate control, and equipment operation.
The 30KVA model is designed for smaller commercial arrays up to 36kW, suitable for schools or small offices. The 50KVA variant handles larger 60kW systems typical for hospitals, industrial facilities, or multi-building campuses.
Annual inspections are recommended to check connections, clean cooling systems, and verify safety functions. Anti-islanding protection tests should be conducted every five years as required by most utility regulations .
Yes, the inverters support parallel operation with built-in synchronization features, allowing scaling of solar installations beyond 50KVA while maintaining grid compatibility and system efficiency.
