The 500kW Microgrid Hybrid Inverter is a powerful and versatile energy system designed for large-scale off-grid and hybrid applications. Combining solar PV input, battery storage, and grid connectivity, this inverter delivers reliable, high-efficiency power for industrial, commercial, and remote installations. With advanced MPPT technology, flexible parallel operation, and robust construction, it ensures seamless energy management even in harsh environments.
Rated Power: 500kW (550kW max) for heavy-duty energy demands.
Parallel Operation: Supports multi-unit connection for expanded capacity.
100% Load Unbalance: Handles uneven phase loads without performance loss.
Max PV Input: Up to 720kW with 10-12 MPPT trackers for optimal efficiency.
Wide Voltage Range: 250V–850V MPPT range, compatible with high-voltage PV arrays.
Smart Configuration: Adjusts to boost/buck modes for optimal PV-battery matching.
Battery Compatibility: Works with 500V–850V battery systems for versatile storage options.
Dual-Mode Operation: Seamless switching between on-grid and off-grid modes.
Grid Support: 400V three-phase output with adjustable power factor.
Wide Temperature Range: Operates in -30°C to 55°C environments.
High Protection Rating: IP20 enclosure for dust and moisture resistance.
Low Noise: <70 dB for minimal disturbance in sensitive areas.
Touch-Screen LCD: User-friendly interface for real-time monitoring.
Remote Communication: RS485, CAN, and TCP/IP for BMS/EMS integration.
DG Optimization: Reduces fuel consumption with intelligent generator control.
This hybrid inverter intelligently manages solar power, battery storage, and grid/generator input to ensure uninterrupted electricity. Its MPPT technology maximizes solar harvest, while the bidirectional converter efficiently charges/discharges batteries. In off-grid mode, it stabilizes voltage and frequency, and in on-grid mode, it supports feed-in or backup power.
? Industrial Sites – Mines, factories, and large facilities needing reliable off-grid power.
? Remote Communities – Villages and islands without stable grid access.
? Agricultural & Farming – Irrigation systems, livestock operations, and processing plants.
? Commercial Microgrids – Hotels, resorts, and data centers requiring energy independence.
? Emergency Backup – Hospitals, telecom towers, and critical infrastructure.
? High Efficiency – Optimizes solar and battery usage for cost savings.
? Modular Expansion – Add more units as energy demand grows.
? Fuel Savings – Smart generator control reduces diesel consumption.
? Durability – Built for extreme climates and long-term reliability.
? Easy Maintenance – Integrated bypass and user-friendly diagnostics.
Q: What solar panel configurations are supported?
A: Compatible with high-voltage strings (250V–850V), supporting up to 720kW PV input.
Q: Can it work without a battery?
A: Yes, it can operate in grid-tied or PV-direct mode, but a battery is recommended for backup.
Q: Is remote monitoring possible?
A: Yes, via RS485, CAN, or TCP/IP for integration with energy management systems.
Q: What certifications does it have?
A: Complies with IEC, EN, and regional standards for safety and grid compatibility.
? Professional installation required – Due to high voltage and complexity, only certified technicians should handle setup.
? Follow PV/battery voltage guidelines – Ensure compatibility to avoid damage.
? Adequate ventilation needed – Air cooling requires proper airflow for optimal performance.
