Deye GB-S6K

The Deye GB-S6K is a cutting-edge all-in-one energy solution that seamlessly integrates optical storage and charging capabilities. This innovative system offers a comprehensive approach to power management, combining high-performance battery storage with advanced charging technology in a single, efficient package.

• Advanced LiFePO4 Battery System: Featuring a 8.18 kWh total capacity with 7.36 kWh usable energy
• High-Voltage Design: Operating voltage range of 179.2-691.2 V for improved system efficiency
• Impressive Cycle Life: ≥6000 cycles at 25°C, ensuring long-term reliability
• Versatile Charging Capabilities: 20 kW rated power with output voltage range of 50-750 V
• CCS2 Type Charging Standard: Compatible with widely-used charging protocols
• Flexible Output: 100% unbalanced output for each phase, with maximum output up to 50% rated power
• Scalable Solution: Support for up to 10 units in parallel for both on-grid and off-grid operations
• Generator Compatibility: Ability to store energy from diesel generators
• Intelligent Thermal Management: Temperature detection for key components ensuring optimal performance
• Wide Operating Temperature Range: Charge from -20°C to 55°C, discharge from -20°C to 60°C
• Optional Heating Function: Available for low-temperature applications
• Robust Design: IP65-rated enclosure for durability in various environments
• Quiet Operation: Noise levels below 45 dB for residential compatibility
• Comprehensive Warranty: 10-year warranty for the battery system, 5-year warranty for the charger module

The Deye GB-S6K represents a significant leap forward in integrated energy management solutions. Its combination of high-capacity storage, flexible charging options, and intelligent features make it an ideal choice for both residential and commercial applications seeking to optimize their energy usage and reduce reliance on the grid. With its robust construction, long cycle life, and comprehensive warranty, the GB-S6K offers a reliable and future-proof investment in sustainable energy technology.