Energy storage battery and energy storage system manufacturer, REPT BATTERO leads the energy future

REPT BATTERO's energy storage battery products primarily focus on lithium iron phosphate (LFP) batteries, widely applied across various energy storage scenarios, including residential storage (home storage), large-scale industrial storage (power plants, grids), and commercial storage, covering all scenarios. The product range spans from 50Ah to 625Ah models, meeting diverse user needs. According to public data from InfoLink Consulting, REPT BATTERO ranked third globally in energy storage cell shipments and second globally in small energy storage cell shipments in the first half of 2024, achieving outstanding results in the energy storage market.

Our Advantages

High Safety & Superior Durability

Large Capacity & Long Lifespan

High Safety & Superior Durability

We ensure safety across the entire lifecycle, from materials, cells, and components to the complete system, meeting the industry's strictest testing standards. Critical materials can quickly stop thermal propagation during thermal failure, and components exhibit exceptional durability, enhancing overall product safety.

Large Capacity & Long Lifespan

Specially designed for energy storage, the new generation 625Ah ultra-large capacity battery cell has a standard cycle life of up to 10,000+ times and a continuous operation of up to 25-30 years, significantly reducing energy usage costs. Excellent battery consistency ensures that the battery pack can work evenly during use, extending the life of the battery pack and improving overall performance and safety.

625Ah

New-generation ultra-large capacity cells

10000+ Cycles

Standard cycle life

25-30Years

Maximum continuous operation lifespan

Energy Storage Solutions

Utility Energy Storage Solutions

Our power system energy storage solution can effectively solve the frequent power grid outages, unstable frequency and the need for renewable energy access, and support the capacity expansion of the power system. Through peak-shaving energy storage, frequency regulation energy storage and backup power storage, we help users cope with power supply pressure, improve the quality of power generation, and ensure the stable operation of the power system. At the same time, distributed energy storage, power trading and demand response energy storage provide a more flexible energy management method, reduce electricity costs, improve energy efficiency, and maximize economic benefits for users.

Commercial and Industrial Energy Storage Solutions

Tailored for factories, businesses, and industrial facilities, our solutions tackle challenges such as high electricity bills, grid strain, and energy waste. By leveraging peak shaving, backup power storage, and distributed energy storage, we help clients reduce electricity costs, balance grid loads, and enhance energy efficiency to achieve maximum economic benefits.

Residential Energy Storage Solutions

Designed for home solar PV or wind power systems, our residential energy storage solutions address high energy costs, concerns about energy dependency, and insufficient power during outages. By providing reliable storage support, we help homeowners achieve energy self-sufficiency, reduce utility bills, and ensure backup power during outages, improving household energy efficiency.

UPS Energy Storage Solutions

Our UPS energy storage solutions are designed for critical facilities such as data centers, communication stations, hospitals, and transportation hubs, addressing issues like power outages and voltage fluctuations. By providing reliable backup power, our solutions ensure continuous operation of essential equipment, safeguard data, and maintain uninterrupted services, enhancing business continuity and reliability.

Microgrid and Island Grid Energy Storage Solutions

Our microgrid and island grid energy storage solutions are designed for remote areas, isolated islands, and locations requiring independent power supply. These solutions address challenges such as unstable power supply and energy shortages, ensuring grid stability, enhancing energy self-sufficiency, and improving supply reliability, thereby achieving sustainable energy supply and green development goals.