DC Voltage Operating Range 580-1000V High Capacity Solar Inverter
The power conversion inverter serves as the critical control center within energy storage systems, functioning as the system's intelligent brain. This essential component manages electrical energy flow and transformation to ensure optimal system efficiency and performance.
Its primary function involves converting electrical power between alternating current (AC) and direct current (DC), enabling effective energy control and distribution throughout the system for commercial solar projects.
Key Features
- EMS Smart Energy Management System: Optimizes energy usage through intelligent controls and efficient management with support for various configurations
- Flexible Operating Modes: Multiple configurable modes including off-grid, grid-tied, and grid charging options for diverse energy environments
- User-Friendly Interface: LCD smart touch screen display for easy navigation and real-time energy status monitoring
- Reliable Power Backup: Dual backup power supply through AC and DC sources ensuring continuous auxiliary power availability
- Advanced Load Control: Specialized technology for managing unbalanced electrical loads to improve stability and performance
- Communication Protocol: Standard RS-485 Modbus RTU protocol for seamless device integration and network communication
- Remote Monitoring and Control: Optional WiFi or LAN connectivity for remote access via dedicated application
- Static Transfer Switch Support: Optional STS compatibility for both grid-tie and off-grid applications
Technical Specifications
| Parameter |
Specification |
| Rated Charging/Discharging Power |
100kW / 110kW / 125kW |
| Rated Grid Voltage |
400V |
| Short Circuit Protection |
Yes |
| Display |
LED / LCD Display |
| Power Factor |
> 0.99 |
| Rated Charge and Discharge Current |
145A / 160A / 182A |
| Topology |
Without Transformer |
| Working Altitude |
≤ 4000m |
| Maximum Efficiency |
98.9% |
| Rated Input Voltage |
400V |
Applications
The Greef Mars Off Grid Power Inverter is an advanced independent energy inverter designed for comprehensive power conversion in off-grid and renewable energy applications. Certified with CE and manufactured in China, this renewable energy inverter delivers high reliability and efficiency for both residential and commercial use.
With a DC voltage operating range of 580-1000V and rated charge/discharge currents of 145A/160A/182A, the Mars model provides stable, robust performance across diverse environments. Ideal for remote locations without reliable grid access, it's commonly deployed in off-grid solar systems, wind power installations, and other renewable energy setups.
Featuring Level 2 Surge Protection and operational capability up to 4000 meters altitude, this inverter performs reliably in harsh environments including mountainous regions, rural communities, and isolated industrial sites. The compact design supports production of 400 sets monthly with 15-25 day delivery and flexible payment options including T/T, PayPal, D/P, and Money Gram.
With a minimum order quantity of just 1 set, the Greef Mars Renewable Energy Inverter enables individual users and small businesses to adopt clean energy solutions without significant upfront investment. Applications include off-grid homes, remote telecommunications stations, agricultural operations, and emergency backup systems.
Support and Services
For optimal performance, install the inverter according to the user manual with proper ventilation and secure electrical connections. Regular maintenance includes cleaning the exterior and ensuring cooling fans and vents remain free from dust and debris to prevent overheating.
Our technical support team provides installation guidance, product configuration, and advanced troubleshooting to ensure your off-grid power system operates efficiently. We offer extended warranty services and replacement parts to maintain peak performance—refer to your warranty documentation for coverage details and claim procedures.
Troubleshooting Tip: If the inverter doesn't power on, verify battery voltage is within the recommended range and check all wiring connections. Inspect fuses and circuit breakers for any faults or interruptions.
