Description :
Growatt ARK XH BMS Li-ion battery pack is an advanced and reliable energy storage solution specially designed for Growatt MIN-XH inverters. Thanks to the latest technology, this battery offers outstanding performance and efficiency, making it an ideal choice for civil and commercial applications. This battery has a powerful lithium-ion composition & offers excellent storage capacity to use surplus energy to ensure a stable power supply.
The integrated battery management system and BMS play a key role in optimizing battery performance, ensuring safety, and extending battery life.
BMS actively monitors key parameters such as voltage, current & temperature to ensure batteries are operating within safe limits, prevent overcharging, and prevent short circuits. Growatt ARK has a compact & space-saving design that further enhances practicality and supports various installation environments.
The battery’s intelligent software features allow users to efficiently monitor and manage energy consumption, providing real-time insight and control over power consumption. This energy storage solution promotes sustainable lifestyles by facilitating self-consumption of renewable energy and reducing dependence on the power grid. With superior specifications and smart features, the Growatt ARK XH BMS Li-ion battery represents an important step towards a greener and energy-conscious future.
Growatt ARK XH BMS Key Features :
- Specifically designed for use with MIN-XH inverters
- Advanced battery management system for optimal charging and discharging
- Compact design for easy installation and integration
- Overcharge and over-discharge protection for safety
- Reliable performance and long lifespan
- Suitable for residential and commercial energy storage applications
- Compatible with existing energy storage systems
- Efficient energy utilization
- Seamless integration with MIN-XH inverters
Applications:
- Residential energy storage
- Commercial energy storage
- Backup power systems
- Off-grid power solutions
- Solar self-consumption optimization
- Time-of-use optimization
- Demand charge reduction
- Peak shaving
- Load shifting
- Microgrid systems
- Renewable energy integration
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