As battery energy storage systems continue to play a critical role in residential, commercial, and industrial applications, users are demanding solutions that are not only powerful, but also smarter, safer, and easier to scale. The V5° battery system responds to these needs with comprehensive improvements in performance, monitoring, and system flexibility—delivering a future-ready storage solution designed for modern energy demands.
At the core of the V5° battery system is advanced LFP (Lithium Iron Phosphate) chemistry, known for its safety, thermal stability, and long service life. With a nominal voltage of 51.2V, a wide voltage range, and strong current capabilities, the system supports higher charge and discharge rates, ensuring stable power delivery even during peak load conditions.This makes the V5° well-suited for applications requiring fast response, high power output, and consistent performance.
Environmental adaptability is another key strength of the V5° system. With a wide operating temperature range from -10°C to 50°C (14°F to 122°F), the battery can perform reliably in diverse climates. The integrated heating pad further enhances cold-weather performance, enabling faster temperature rise and ensuring stable operation in low-temperature environments. This feature is particularly valuable for outdoor installations or regions with harsh winters.
Despite its powerful performance, the V5° battery achieves higher energy density with a smaller size and lighter weight. The compact design simplifies transportation, installation, and system layout, especially in space-constrained environments. The reduced weight also lowers structural requirements, making wall or ground mounting more flexible.
This balance of compact form and high capacity makes the V5° an ideal choice for users seeking efficient energy storage without sacrificing valuable space.
Intelligent energy management is a defining feature of the V5° upgrade. The system supports remote monitoring and upgrading, allowing users to manage battery performance in real time. A more precise SOC (State of Charge) display provides accurate insights into remaining energy, helping optimize usage and improve system reliability.
With an IoT interface for remote monitoring devices, operators can track performance, diagnose issues, and perform updates without on-site intervention—reducing maintenance costs and improving operational efficiency.
Scalability is essential for long-term energy planning. The V5° battery system supports up to 16 units (81.92kWh) in a single group and 6 groups (491.52kWh) in one system via a hub, enabling seamless capacity expansion as energy demands grow. This modular approach makes the system suitable for everything from residential backup power to large commercial and industrial energy storage projects.
To support advanced system integration, the V5° includes CAN and RS485 communication protocols, ensuring compatibility with a wide range of inverters and energy management systems. Additionally, dry contact interfaces enable function expansion, allowing integration with external devices such as generators, alarms, or building management systems.
Optional CCS support and refined connection options further enhance system flexibility and future-proof the installation.
Beyond performance upgrades, the V5° features a more refined and modern appearance, reflecting its advanced internal design. Installation is simplified with wall or ground mounting options, and optional battery trays provide additional flexibility for different deployment scenarios.
The V5° battery system represents a significant step forward in energy storage technology. With higher charge and discharge rates, wider operating temperatures, smarter monitoring, greater scalability, and a compact, lightweight design, it delivers a powerful and flexible solution for today’s evolving energy landscape. Whether for residential, commercial, or industrial use, the V5° is built to provide reliable, intelligent, and scalable energy storage for the future.
