The integrated photovoltaic-storage-charging solution combines solar power generation,energy storage, charging infrastructure, and intelligent management systems, operating on the core principles of green electricity priority and coordinated dispatch. Its core competitiveness lies in cost reduction (through peak-valley arbitrage and avoiding grid retrofitting fees), reliable backup power (enabling off-grid operation), environmental sustainability (supporting carbon neutrality goals), and resource efficiency (suiting land-constrained scenarios). Widely deployed in industrial parks, commercial complexes, public charging stations, remote areas, and residential settings, it maximizes clean energy utilization while supporting the sustainable development of electric transportation.

Large-scale shared lithium iron phosphate energy storage stations integrate power conversion and grid connection, intelligent shared management, and auxiliary support systems, with lithium iron phosphate energy storage at their core. Key highlights include leveraging EMS + AI + IoT to build a shared resource pool, optimizing dispatch and capacity allocation; generating diversified revenue streams (peak-valley arbitrage, leasing, ancillary services) with low costs and policy support; achieving utilization rates exceeding 60% through the shared model; serving renewable energy sites and commercial/industrial users; and supporting grid regulation and renewable energy integration.

Factory Roof PV + Commercial & Industrial Energy Storage Solutions, with cost optimization as the core highlight: – Directly reduce electricity expenses through self-generated and self-consumed PV power – Further cut costs via energy storage for peak-valley arbitrage + demand charge control – Minimize power losses with DC-coupled architecture – Generate additional revenue through green certificate trading and virtual power plant services Leveraging unused rooftop space without occupying production land, the modular design lowers initial investment. Suitable for manufacturing plants, commercial complexes, and more, it empowers enterprises to achieve low-carbon transformation at minimal cost.

Lithium Iron Phosphate Energy Storage Emergency Power Supply integrates lithium iron phosphate battery cells with intelligent switching (STS seamless switching as low as 4ms), emergency control, and charging protection systems. Delivering over 99.9% power supply reliability with zero combustion or explosion risks, it reduces total lifecycle costs by 52% compared to diesel generators, achieving payback in under 3 years. Environmentally friendly and quiet, it supports flexible deployment in portable or containerized configurations. Ideal for hospitals, data centers, manufacturing plants, outdoor emergency response, and residential settings, it provides uninterrupted emergency power for critical loads.