Lystar Technology Co., Ltd. is a solid-rooted solar energy and energy storage solution provider. With a modern factory spanning tens of thousands of square meters, we directly integrate R&D and production, ensuring full control over the entire chain from photovoltaic modules to energy storage battery PACK assembly. Our mission is to deliver the highest quality products with an optimal cost-performance ratio to our clients.
Headquartered in Shenzhen, China’s new energy industrial hub, Lystar Technology leverages its robust R&D and manufacturing capabilities in the new energy sector, combined with the local complete supply chain and cutting-edge engineering technologies. This enables us to transform clients’ visions into actionable plans, plans into tangible products, and products into real value. We aim to build long-term partnerships and achieve win-win success in the new energy landscape.
The company is equipped with industry-leading high-precision energy storage battery PACK assembly equipment and intelligent charging pile production lines. In the energy storage battery assembly process, AGV automatic handling systems and AI visual inspection technologies are introduced to accurately control the parameters of each cell
In terms of production management, the company uses MES manufacturing execution systems and digital dashboards to achieve end-to-end visual control from raw material warehousing to finished product delivery, shortening the average order delivery cycle by 30%. Through the ISO 9001 quality management system and lean production model, it continuously optimizes production processes to ensure product consistency and stability.
Lystar Technology drives innovation with robust R&D capabilities, boasting a core team of over 80 senior engineers specializing in photovoltaic materials, energy storage batteries, and power electronics. Among them, 35% hold master’s degrees or higher. The company’s 1,000-square-meter R&D lab in Shenzhen is equipped with top-tier international facilities such as German Heraeus photovoltaic simulators and American Arbin battery testing systems, enabling end-to-end R&D from material property testing to system integration verification. The testing center features specialized equipment like IP67 waterproof/dustproof test chambers and high/low-temperature environmental simulation boxes to ensure product reliability under extreme conditions
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