| Quantity: | |
|---|---|
The 200KVA 500KVA On-grid Connected Inverter series delivers utility-grade performance for large-scale solar power plants, industrial facilities, and commercial complexes requiring high-capacity renewable energy conversion. These inverters transform DC power from massive solar arrays into stable AC electricity synchronized with utility grids, achieving maximum conversion efficiencies of 98.9% to minimize energy loss. Compliant with global grid codes including EN 50530 and IEEE 1547, they feature advanced grid support functions essential for utility-scale integration . As participants in the Ministry of Power’s Standards and Labeling Program, these inverters meet strict minimum energy performance standards for systems above 20kW, representing the 24% market segment of grid-connected inverters in this capacity range .
Equipped with multiple MPPT trackers (4 for 200KVA, 6 for 500KVA) each with 99.9% tracking accuracy, the inverters maximize energy harvest across large solar arrays with varying orientations . Three-level topology ensures low harmonic distortion (<2%) and high efficiency even at partial loads, critical for large-scale energy projects.
Advanced LVRT (Low Voltage Ride Through) functionality allows the inverters to remain connected during grid voltage dips, supporting grid stability as required by modern utility regulations . Reactive power control enables voltage regulation, while frequency response capabilities help balance grid load during fluctuations.
The liquid-cooled system maintains optimal operating temperatures even in high ambient conditions, ensuring continuous operation at full load up to 50°C. The IP65-rated enclosure provides complete protection against dust and water ingress, suitable for outdoor installation in diverse climates .
Integrated SCADA compatibility and industry-standard communication protocols (Modbus, DNP3, IEC 61850) enable seamless integration with power plant management systems. Real-time monitoring of key parameters including DC input, AC output, efficiency, and temperature supports proactive maintenance and performance optimization.
Solar developers deploy these inverters in multi-megawatt solar plants, where their high efficiency and grid compliance maximize project ROI and meet utility interconnection requirements.
Manufacturing facilities, data centers, and industrial parks utilize the 200KVA 500KVA inverters to offset large electricity consumption, reducing carbon footprints and energy costs through on-site solar generation.
Universities, hospital complexes, and corporate campuses with extensive rooftop or ground-mounted solar arrays benefit from the inverters’ ability to manage distributed generation while supporting campus microgrid stability.
The series meets IEEE 1547 (US), EN 50530 (EU), GB/T 19964 (China), and AS 4777 (Australia) grid standards, ensuring compatibility with major utility networks worldwide .
A closed-loop liquid cooling system efficiently dissipates heat, enabling continuous operation at full load in ambient temperatures up to 50°C. This eliminates the need for large air-cooled heat sinks, reducing footprint and installation costs.
With proper maintenance, the inverters are designed for 15-20 years of operation, matching the typical lifespan of solar panels. Key components including capacitors and cooling systems are rated for 100,000+ hours of operation.
While primarily grid-tied, these inverters can be paired with compatible battery inverters to create hybrid systems, allowing for peak shaving, demand response, and backup capabilities when integrated with storage systems.
