Integrity, Innovation, Quality, Safety, Efficiency, Harmony
Sichuan Hualu Ige Group Co., Ltd., established in 2018 and headquartered in Naxi District, Luzhou City, Sichuan Province, is a leading enterprise in the new energy sector and a key implementer of China's national “dual carbon” strategy. The company adopts a dual-drive core strategy of “Photovoltaic Storage Smart Manufacturing + Energy Services,” establishing a full industrial chain covering photovoltaic storage EPC, vanadium flow battery manufacturing, and lithium battery R&D. It holds over 30 core patents and international authoritative certifications (CE/CB/FCC/ROHS, etc.).
Leveraging the technological framework of the Chinese Academy of Sciences, the company collaborates with institutions like Sichuan University of Chemical Technology and Sichuan University of Light Industry to establish research laboratories for vanadium battery energy storage. These efforts have overcome technical barriers in vanadium flow battery technology, achieving breakthroughs including ultra-long-duration energy storage exceeding 72 hours, a cycle life surpassing 20,000 cycles, and system energy efficiency exceeding 85%, thereby filling gaps in intelligent manufacturing within the industry. As a core member of multiple state-owned energy conglomerates' ecosystems, the Group collaborates deeply with industry leaders including Huawei, LONGi, HWANG, and Suntech. Serving numerous large-scale projects for central state-owned enterprises, it builds a “equipment + platform + service” interconnected energy ecosystem for wind, solar, and storage, providing robust technical support for China's new power system construction.
By 2026, the company plans to establish a new energy equipment manufacturing base in southern Sichuan, further driving the restructuring of the global energy system. Leveraging technological innovation and its full industrial chain advantages, Hualu Photovoltaic has emerged as a high-growth new energy technology group in western China, injecting robust momentum into the global energy transition and contributing to the achievement of the “dual carbon” goals.