Core Product Line
Featuring a natural air-cooling and intelligent temperature control design, the system is compact, easy to install, and highly protected, making it suitable for diverse and demanding environments. It offers excellent cost-performance and ensures long-term, stable operation through active balancing technology.
Key Highlights






Air-cooled 64 kWh
Product Highlights
Compact in size, flexible to install, and energy-efficient; suitable for low-power applications and offers excellent cost-performance.
Suitable Scenarios
Small factories, convenience stores, residential PV systems, and temporary outdoor power supply.
Air-cooled 80 kWh
Product Highlights
Suitable Scenarios
Features moderate capacity, balancing energy efficiency with practicality; supports PV integration to enable peak shaving and valley filling.
Upgrades for small and medium-sized shops, office buildings, small business parks, and residential energy storage systems.


Air-cooled 100 kWh
Product Highlights
Suitable Scenarios
Efficient heat dissipation, stable operation, remote monitoring support, convenient O&M, and adaptability to diverse power usage scenarios.
Auxiliary power supply for small and medium-sized factories and industrial parks; emergency power for commercial complexes.
Product Highlights
Ample capacity and stable power supply; features overload and over-temperature protection, ensuring a high level of safety.
Suitable Scenarios
Backup power for medium-sized factories, large industrial parks, and data centers; photovoltaic energy storage projects.
Air-cooled 112 kWh


Air-cooled 120 kWh
Product Highlights
Suitable Scenarios
Modular design allows for flexible capacity expansion and adaptation to varying power loads, delivering significant peak-shaving and valley-filling effects.
Medium-sized factories, industrial parks, commercial complexes, and large-scale photovoltaic supporting facilities.


Air-cooled 215 kWh
Product Highlights
High-capacity design meets high-power electricity demands; efficient remote O&M reduces labor costs.
Suitable Scenarios
Large-scale factories, industrial parks, large-scale photovoltaic power plants, and energy storage and charging stations.
Air-cooled 241 kWh
Product Highlights
Suitable Scenarios
High capacity and efficiency, excellent heat dissipation, stable long-term operation, and suitability for high-load scenarios.
Large-scale industrial parks, high-energy-consuming enterprises, and large-scale energy storage projects supporting photovoltaic or wind power installations.


Liquid-cooled 241 kWh
Product Highlights
Liquid cooling ensures precise temperature control, minimizes battery cell degradation, and extends service life; it is suitable for high-temperature and high-load scenarios, ensuring more stable operation.
Suitable Scenarios
Large-scale industrial parks, high-energy-consuming enterprises, energy storage supporting PV/wind power projects, and grid-side energy storage projects.
Liquid-cooled 261 kWh
Product Highlights
Featuring high capacity and high efficiency, the liquid cooling system saves energy and reduces consumption; it supports parallel connection of multiple units to meet large-scale energy storage needs, while offering convenient remote management and control.
Suitable Scenarios
Large-scale energy storage power stations, grid-side peak-shaving energy storage, large-scale PV/wind power bases, and ultra-large industrial parks.
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