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Introducing ZRGP PowerBase X1 – Wall Mounted Home Battery System

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PowerBase X1 provides an ultra-thin wall hanging and flexible solution to limited installation space, and restricted load-bearing customers.

The battery is a lithium iron phosphate battery system, which can be used to provide safe, reliable, and stable energy for various equipment. And it can be widely used in household energy storage, industrial and commercial energy storage, and other fields.

The flexibility of ZRGP PowerBase X1 can power homes for longer periods, granting access to a greater amount of on-site, clean energy available day and night. Multiple batteries are allowed to be connected in parallel to expand capacity and power to meet the requirements of longer power supporting duration and higher power consumption.

PowerBase X1 features ZRGP’s industry-leading warranty of 8000 times cycle life/10 years as well as compatibility with 16 world-famous inverter brands. The built-in battery management system manages and monitors battery voltage, current, temperature, and other information. In addition, the BMS can help extend cycle life by balancing the battery during charging and discharging.

 

By communicating with the battery management system, PowerBase X1 with Smart Cloud monitoring and control system enables users to customize system behavior or implement remote firmware updates for easy day-to-day use and maintenance. And equipped with a monitoring LED display, can provide essential data visualization, more convenient for users to observe the operation of the system.

To learn more about PowerBase X1, visit https://zruipower.com/products-item/power-base-x1/

Production of ZRGP PowerBase Mate

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​A big day for ZRGP as our PowerBase Mate Energy Storage System was ready to leave the warehouse.

 

ZRGP PowerBase Mate

As a ZRGP UL9540A – certified BESS home energy storage system, Mate is our most classic product, featuring a modular LV design, LFP cells, 8000 cycle life, and scalability to meet the needs of businesses and homes of all sizes.

• Between 2 to 8 battery modules can be used in a single stack to give 10.24 to 40.96kWh usable capacity;

• Up to 15 stacks can be connected in parallel to give a maximum 614.4kWh usable capacity;

• Additional modules or parallel stacks can be added at any time to increase capacity.

 

Battery Cell

ZRGP energy storage systems adopt A-Grade LFP Cells featuring high energy density, highest-level safety, longest service life. And the standardized square batteries are easy to stack and splice.

 

  • Service life: After 8000 times of charge and discharge, it can maintain no less than 80% of the battery capacity
  • High energy density: Can reach more than 135kWh/kg
  • Long service life: The service life of a single cell is up to 8000 charge-discharge cycles
  • Charge and discharge rate: Up to 2c strength
  • Safety: Even if it is forced to cause an internal short circuit or the possibility of rupture or fire is extremely low, the battery has passed the needle penetration test

The laser welding process ensures the battery connection is reliable and the module has high reliability and long service life.

 

Battery Module

Each module of PowerBase Mate system built-in BMS, and ZRGP energy storage systems are designed as a three-layer energy management system. Your battery system will get strong protection, high reliability, and long cycle life.

 

Professional BMS:

  • Temperature management: Single-cell temperature control, temperature difference control between cells balance management: maintain the consistency of related parameters between cells
  • Protection function: Overcurrent/overvoltage/undervoltage/overtemperature/communication fault protection
  • Troubleshooting: Determine the type of battery fault and handle it accordingly
  • Communication function: CAN bus, RS485

 

Aging test on lithium battery pack

The first role is conducive to the stability of the performance of the lithium battery pack. The second is to select the consistency of the lithium battery pack after aging for a period of time.