Home Energy Storage Solution is a system designed to provide efficient energy management and optimize electricity usage for households, aimed at increasing energy self-sufficiency and reducing electricity costs. This system utilizes advanced battery technology to store excess energy generated during low-demand periods and release it during peak hours or power outages, ensuring that the household's daily energy needs are met. This solution is particularly suitable for households that prioritize energy independence, wish to reduce electricity costs, and are committed to a sustainable lifestyle, aligning with the future trend of energy transformation. Key benefits include: Cost Savings: By storing surplus electricity from solar energy or the grid and discharging it during peak demand periods, households can significantly reduce electricity bills. Power Backup: In the event of a power grid failure or outage, the storage system provides emergency power, ensuring that household activities are not disrupted. Environmental Benefits: The system can be combined with renewable energy sources, such as solar power, reducing reliance on traditional electricity and lowering carbon emissions, promoting a greener lifestyle. Smart Control: Home energy storage systems are often equipped with smart monitoring and management features, allowing users to view energy usage in real-time through mobile devices or other platforms, and adjust storage strategies as needed.

Commercial & Industrial Battery Energy Storage System (C&I BESS) solutions are designed to optimize energy usage, improve power reliability, and support flexible energy management across commercial buildings, industrial facilities, and distributed energy networks. This category focuses on modular, scalable storage systems that adapt to diverse operational requirements. The C&I BESS portfolio includes multiple Energy Storage Integrated Cabinet series covering capacities from tens of kilowatt-hours to several hundred kilowatt-hours. These cabinet-based systems form a complete solution matrix suitable for small commercial sites, industrial plants, logistics centers, and distributed renewable energy projects. Integrated cabinet systems are engineered for space-efficient deployment and outdoor installation, enabling fast commissioning and simplified system integration. The modular design allows capacity expansion and parallel operation, supporting evolving energy demands without complex reconstruction. Across the product range, lithium iron phosphate battery technology is combined with intelligent energy management platforms to support peak shaving, load shifting, backup power, and renewable energy self-consumption. Real-time monitoring and remote system management enable operators to track performance, optimize energy dispatch, and enhance operational efficiency. C&I BESS solutions support both on-grid and off-grid operation modes, allowing flexible deployment in grid-connected environments, microgrids, and hybrid energy systems. Typical application scenarios include commercial buildings, manufacturing facilities, industrial parks, cold storage, telecom infrastructure, and distributed solar-plus-storage projects. Through standardized cabinet architecture, system-level integration, and long-term operational reliability, C&I BESS solutions provide scalable and intelligent energy storage support for commercial and industrial energy transformation.

Large-Scale Centralized Energy Storage Solutions are designed to support grid stability, energy balancing, and high-capacity power management across utility-scale and industrial energy systems. This category focuses on integrated, intelligent, and scalable storage architectures capable of operating under demanding load conditions and complex grid environments. The portfolio includes three core product types: the Energy Storage Integrated Cabinet Series (1.2MWh), the Outdoor Liquid-Cooled Container (5MWh), and the PowerCube Industrial & Energy Storage Stabilization System. Together, these systems form a complete solution framework covering energy storage, peak shaving, load stabilization, and fast-response power support. Integrated cabinet systems provide compact, highly integrated energy storage for centralized installations where space efficiency and rapid deployment are required. Liquid-cooled containerized systems enable high-density energy storage with enhanced thermal control, supporting long-duration operation and large-scale energy dispatch. PowerCube systems focus on power stabilization and instant load response, delivering ultra-fast switching and high transient power output for critical applications. All systems are engineered with advanced lithium iron phosphate battery technology, intelligent monitoring platforms, and real-time remote management capabilities. Support for both on-grid and off-grid operation allows flexible deployment across utility networks, industrial facilities, and isolated energy infrastructures. Typical applications include renewable energy integration, grid frequency regulation, industrial power backup, data centers, oil and gas operations, construction sites, and energy-intensive infrastructure. This solution category enables reliable energy control, operational efficiency, and long-term system scalability for large-scale power environments.

Solar Panels play a fundamental role in modern renewable energy systems, providing clean and reliable power for residential, commercial, industrial, and mobile applications. This product category covers a complete portfolio of solar solutions designed to meet different installation conditions, power requirements, and usage scenarios. The range includes high-output N-TOPCon and PERC Solar Panels for rooftops and ground-mounted systems, lightweight Flexible Solar Panels for curved or low-load surfaces, and Foldable Solar Panels for portable and temporary power needs. Together, these products form a flexible solar ecosystem that supports grid-connected systems, off-grid energy setups, and hybrid solar-storage solutions. Across the category, advanced cell technology, optimized light absorption, and durable structural design are applied to ensure stable energy output under diverse environmental conditions. The panels are engineered for long-term outdoor operation, with performance adapted to temperature variation, sunlight intensity, and installation flexibility. Solar Panels from this category are widely used in residential rooftops, commercial buildings, industrial facilities, balcony solar systems, RVs, marine applications, outdoor activities, and emergency energy scenarios. They can be seamlessly integrated with inverters, battery storage systems, and portable power stations. From system design support to product compatibility and lifecycle reliability, this solar panel portfolio provides scalable energy solutions that align with evolving global energy demands and sustainable power development.