Modular design
The system adopts modular design, supports flexible expansion, convenient operation and maintenance. Each module is independent, easy to troubleshoot and maintain, and reduce maintenance costs.
EMS intelligent operation and maintenance
EMS intelligent operation and maintenance system supports remote monitoring and management to improve operation and maintenance efficiency. Real-time monitoring, data analysis, early warning notification and other functions ensure the stable operation of the system, and provide strong support for enterprises to build low-carbon parks/factories.
Photovoltaic interface and absorption
The photovoltaic interface optimization solves the time consumption problem of photovoltaic energy and improves the consumption efficiency of new energy. Combined with the energy storage system, ensure that photovoltaic energy is fully utilized and reduce energy waste.
Program advantage
—方案优势—
Industrial and commercial energy storage
Household energy storage
Energy storage container
Intelligent operation strategy Cloud integration Multi-service scenario
Triple protection blessing Modular design, plug and play Cloud platform & mobile APP access, open API
High security High integration High intelligence
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Recommended product
—推荐产品—
Hong Kong 372kW Energy Storage Container Project
Myanmar Industrial Park 1MW Energy Storage Power Station Project
Vietnamese Enterprise's 400kW Energy Storage Container Project
Shanghai Industrial Park 3MW/6.45MWh Energy Storage Power Station Project
Xiangcheng 0.72MW energy storage power station project
Wuzhong 600kW standard energy storage cabinet project
Wuzhong Park 1MW Standard Energy Storage Cabinet Project
Henan 6.9MW Energy Storage Container Project
Hong Kong 372kW/372kWh Energy Storage Container Project
Design Concept: —— The 372kW/372kWh energy storage container project in Hong Kong's commercial district, adhering to the concept of "intensive efficiency and flexible interconnection", provides a flexible solution for energy optimization in high-density cities. It adopts a standardized energy storage system, integrates intelligent charging and discharging as well as multi-level security protection, and is equipped with efficient heat dissipation and humidity adaptive control to ensure stable operation in limited spaces.
Myanmar Industrial Park 1MW/2MWh Energy Storage Power Station Project
Design Concept:
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The 1MW/2MWh energy storage power station project in an industrial park in Myanmar, with the core concept of "green empowerment and smart collaboration", is committed to creating a demonstration model for regional low-carbon development. The project integrates high-efficiency energy storage technology and an intelligent regulation system. By dynamically matching the electricity load of the park with the output of renewable energy, it optimizes the balance between power supply and demand and enhances the stability of power grid operation. The system adopts multiple safety protection designs to ensure reliable operation in high-temperature and high-humidity environments.
Vietnamese Enterprise's 400kW Energy Storage Container Project
Design Concept: —— It aims to create an efficient, flexible and green energy storage solution. Through modular design, it enables rapid deployment and capacity expansion to adapt to changing electricity demand. It integrates an advanced battery management system to ensure safe and stable operation and improve energy utilization efficiency. Meanwhile, emphasis is placed on environmentally friendly materials and intelligent temperature control technology to reduce environmental impact and achieve green and sustainable development.
Shanghai Industrial Park 3MW/6.45MWh Energy Storage Power Station Project
Design Concept: —— The 3MW/6.45MWh energy storage power station project in a Shanghai industrial park, with the core concept of "smart energy hub and zero-carbon development engine", is deeply integrated into the city's digital transformation and the construction of a new power system. The system is equipped with an AI-driven intelligent scheduling algorithm, which accurately matches the production electricity curve with the grid peak shaving demand, significantly improving the intensive level of energy utilization.
0.72MW/1.6MWh energy storage power station project of an industrial park in Xiangcheng

Design concept：
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The 0.72MW energy storage power station project of an industrial park in Xiangcheng, adhering to the design concept of green, efficient and intelligent, aims to build a smart center for energy management in the park. Through the integration of advanced energy storage technology, the flexible storage and release of electric energy can be realized, effectively balance the peak and valley of supply and demand in the park, and improve energy utilization efficiency. The project integrates the Internet of Things and big data analysis to realize the intelligent operation and maintenance of the energy storage system and remote monitoring, inject green energy into the sustainable development of the industrial park, and lead the new trend of future energy transformation.
600kW energy storage standard cabinet project of a factory in Wuzhong

Design concept： —— Combining the concept of high efficiency and standardization, it aims to build a new benchmark for industrial-grade energy reserves. High energy density battery pack to ensure strong energy storage capacity; Standardized design facilitates rapid deployment and maintenance and reduces operating costs. Combined with intelligent monitoring technology, remote management and fault warning are realized to ensure the stable operation of the system. The project focuses on safety and environmental protection, provides a reliable guarantee for the energy supply of the factory, and promotes the new process of green production.

Wuzhong Park 1MW Standard Energy Storage Cabinet Project

Design Concept: —— Adopting a standardized design to ensure rapid installation and maintenance, so as to meet the flexible electricity demand of enterprises. It integrates advanced energy storage technologies to optimize energy allocation and improve system efficiency and reliability. Emphasis is placed on safety performance and environmental protection standards to ensure trouble-free operation and promote the application of green energy. The project is committed to building a smart energy management system, helping the park achieve low-carbon transformation and leading the new trend of green development.
Henan 6.9MW Energy Storage Container Project

Design Concept: —— The energy storage container adopts a modular and standardized design, with unified and standardized interfaces for all components. This enables on-site rapid assembly and component replacement, significantly shortening the installation cycle, reducing later maintenance costs, and easily adapting to the electricity expansion needs of enterprises at different stages, thus providing a solid foundation for the flexible dispatch of power resources.
Case presentation
—案例展示—