Power Base Max15080D is a new high voltage lithium-iron-phosphate battery storage system under the self-research and development procedure of ZRGP, consisting of high efficient photovoltaic controller (100kW), long-life cycle lithium iron phosphate battery pack (150kWh), and EMU (80kWmax). It can be applied to match with any arbitrary PCS. The battery pack can be able to be expanded anytime and anywhere so that the availability of either old or new batteries can be improved. And it can match the photovoltaic inverter to achieve power
FEATURES & BENEFITS OF COMMERCIAL BATTERY STORAGE BACKUP SYSTEM
Automotive Battery
Bring the safest, optimized performance standard to residential and commercial battery solutions
Modular design
All Battery-Box systems feature a modular design to provide maximum flexibility.
Long life span
Reliability and long life span is verified by multiple aging tests
Optimized Performance
Optimized performance and efficiency
3 Years Warranty
3 years manufacturer's defect warranty
Certifications
All products have been certified by international standards including CE and RCM
APPLICATIONS OF COMMERCIAL BATTERY STORAGE BACKUP SYSTEM
OFF-GRID OR ON-GRID
Power Base Max can be integrated into stand-alone grids and connected to the utility grid. They can be flexibly combined with any sort of energy generator, including photovoltaics, bio energy, wind power and diesel generators. In the case of a power failure, This storage system is ready to supply power in a split second
Emergency power
In the case of a power failure, This storage system is ready to supply power in a split second
Increase self consumption
increase the utilization of the power
Peak load shifting
Cut your consumption peak and save money by reducing loads
Off-grid power supply
Cut your consumption peak and save money by reducing loads
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POWERBASE MAX15080 D
Non-Fictionhttps://zruipower.com/products-item/power-base-max-15080-d/ Power Base Max15080D is a new high voltage lithium-iron-phosphate battery storage system under the self-research and development procedure of ZRGP, consisting of high efficient photovoltaic...