Used to provide precise temperature control and stable refrigeration effect, the equipment adopts a new top-mounted installation type with high efficiency of inlet and outlet air, and the overall performance is improved by about 30%. Complete isolation of the chiller from the electric core. Top “up” routine maintenance, no need to disassemble and drain liquid, maintenance time reduced by about 75%.

Detection-recognition-warning multi-level safety protection technology to ensure safe operation. Equipped with battery internal resistance detection function, predetermining the internal shortness of the battery, reducing safety risks. Chip-based two-way active equalization technology, ≥2A equalization current, improve battery consistency.

Based on the Internet, the Internet of Things and big data technology, the distributed energy management system realizes big data analysis of battery performance, refined management of energy storage station operations, remote operation and maintenance, safe operation monitoring, smart analysis and decision support. With the framework of cloud, edge and terminal, covering smart analysis platform, energy storage cloud monitoring platform, energy storage station monitoring system, energy storage on-site monitoring system. It can also provide monitoring, operation and maintenance functions of Web and APP.

Zone control: Improve the utilization rate of the energy storage system. Big data analysis: real-time calculation of available battery power and operating hours of the system under different power. Distributed modular design with good real-time response and scalability. Panoramic analysis: visualization of operation data. Layered Optimization: Optimize scheduling and improve the availability of the whole station. Distributed number warehouse, support row storage and column storage citation, to ensure high reliability of data.

As a high-performance building block for next-gen ESS, this immersion-cooled pack utilizes direct fluid-contact to completely eliminate hot spots. Configured in a robust 1P52S architecture with high-capacity 314Ah LFP cells, it delivers 52.25kWh at a 166.4V nominal voltage. Heavy-duty IP67 protection ensures reliable operation in severe outdoor climates, while its compact, thermally uniform design vastly simplifies high-voltage system integration and boosts volumetric density.

Support emergency power supply, and off-grid switching, PV input AC180V-900V, battery voltage DV200V-810V. integrated design, easy installation, flexible communication. Support renewable energy and backup energy access.

Adopt efficient thermal management technology, safe and stable. Modular design, single-channel control. It supports multi-module parallel connection and flexible configuration of requirements.

Adopt efficient thermal management technology, safe and stable. Modular design, single-channel control. It supports multi-module parallel connection and flexible configuration of requirements.