Description :
Growatt ARK HV BMS Lithium Ion Battery System is an advanced energy storage solution specifically designed for use in SPH/SPA BH-UP inverters. This battery system provides exceptional performance and efficiency thanks to its modern hardware and high-quality components.
ARK HV BMS features a lithium-ion battery configuration that ensures long-lasting and reliable power storage for residential & commercial applications. An intelligent battery management system and BMS ensure optimal charging and discharging processes, maximizing battery life and overall system efficiency.
The system’s high-voltage capabilities enable faster charging and discharging, ensuring fast response times and seamless integration with compatible Growatt SPH/SPA BH-UP inverters. Safety is a top priority in the Growatt ARK HV BMS Lithium Ion battery system. BMS has extensive protection mechanisms to prevent overcharge, deep discharge & short circuits. Additionally, the system is equipped with a temperature sensor to monitor battery health and prevent possible heat issues.
The ARK HV BMS also supports remote monitoring & control, allowing users to track energy storage performance and easily adjust settings through her Growatt monitoring platform. Whether for on-grid or off-grid applications, this battery system provides a reliable and sustainable energy storage solution, enabling users to optimize energy consumption and reduce grid dependency.
Growatt ARK HV BMS li-ion battery system Key Features :
- High voltage compatibility
- Warranty period 10years
- Advanced lithium-ion battery technology
- Intelligent cell balancing
- Temperature monitoring
- Multiple protection mechanisms
- Seamless integration with Growatt inverters
- Remote monitoring and control capability
- Reliable and long-lasting power storage
- Suitable for residential and commercial applications
- Efficient energy storage solution
Applications:
- Residential energy storage systems
- Commercial energy storage systems
- Off-grid power systems
- Backup power systems
- Solar self-consumption optimization
- Peak shaving and load shifting
- Microgrid applications
- Remote power supply
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