#Germany #Munich #Energy Storage #REPT BATTERO #Powtrix

REPT BATTERO Introduces New Energy Storage Solutions

On May 7, 2025, REPT BATTERO unveiled its latest advancements in energy storage technology during the Intersolar Europe 2025 exhibition in Munich. This event marks the third participation for the company in this renowned series, where they introduced the 392Ah high-performance battery and the cutting-edge Powtrix™ energy storage system with a capacity of 6.26MWh.

Innovative Energy Solutions

The newly launched Powtrix™ energy storage system serves to deliver not just safety but also operational efficiency at reduced costs. Built on the foundation of the next-generation 392Ah battery, the Powtrix™ system promises remarkable performance benefits over traditional 300Ah cells. The specifications highlight improved energy capacity and efficiency, indicating a robust potential for large-scale production.

During rigorous testing, including penetration tests conforming to GB 44240 - 2024 standards, the 392Ah cells maintained stability, showcasing their resilience and eliminating risks of fire or explosion. Powtrix™ preserves the iconic 20-foot container design, achieving a 20% enhancement in energy density and can realize over 95% efficiency, thereby ensuring significant ROI for customers. The design also optimizes space utilization, with a 16% reduction in footprint and 18% less installation time on-site, making it a viable choice for cost-conscious buyers.

Advanced Safety Features

Equipping the Powtrix™ system is a state-of-the-art heat regulation technology, enabling it to operate safely in both extreme cold and high-temperature desert conditions. Meeting seismic requirements under LEE693, the system’s IP55-rated housing resists corrosion per C4/C5 standards, while its high-voltage module meets IP67 ratings. This comprehensive safety design enables the Powtrix™ system to handle various operational hazards seamlessly.

In addition to robust structural design, REPT BATTERO has tailored modifications to address potential risks in demanding shipping scenarios. A novel safety risk assessment model, based on operational cycle data analysis, examines battery body integrity, BMS failures, and heat management disruptions to deliver overarching solutions for risk mitigation.

With the rapid surge in energy storage solutions worldwide amid frequent fire incidents in energy projects, developing multi-dimensional safety systems poses significant challenges for major manufacturers. Recently, a fire test conducted in collaboration with the CSA Group demonstrated that the Powtrix™ system could successfully contain any flame outbreak from adjacent cell modules.

Fostering Global Partnerships

To ensure superior user experiences, REPT BATTERO has established multiple customer service centers across key regions, including Germany, the USA, Australia, Indonesia, and China. Sales manager Francisco highlighted the importance of tailoring solutions to meet specific energy needs and infrastructure requirements during the Powtrix™ system launch event.

"By partnering closely with our clients to identify their energy needs, site conditions, and grid requirements, we tailor solutions aligned with their operational goals," said Francisco. The company also invests in comprehensive technical training and after-sales support to ensure reliability and sustainability in system operations. Beyond individual partnerships, REPT BATTERO collaborates actively with local utilities and grid operators to develop flexible business models—ranging from peak load shifting to ancillary services—that generate greater value for clients.

As indicated by CNESA and InfoLink, REPT BATTERO's energy storage battery deliveries are anticipated to rank among the top five globally by 2024, with household storage solutions clinching the second spot worldwide. The company's outstanding market performance reflects widespread recognition and robust control over technological innovations and product development.

Looking ahead, REPT BATTERO remains committed to refining its global energy transition strategy, promoting green initiatives and carbon reduction from multiple fronts, including technological advancements, R&D contributions, and product innovations.