Reviewing the exhibition panels to grasp the big picture, anchoring long-term development plans for the iron-based flow battery energy storage base

In the exhibition hall, the research team paused to examine the company's industrial display boards, attentively listening to presentations on the enterprise’s development history, core technology systems, base construction blueprints, and the overall planning layout of Ningxia’s iron-based flow battery hybrid energy storage production base. Focusing on practical issues such as technology implementation, market expansion, and local industrial chain integration, they engaged in in-depth discussions with technical teams on-site, carefully analyzing the foundational conditions and core competitive advantages of the enterprise.

Entering the factory to assess real-world effectiveness, conducting on-site investigations into the industrial-scale production of energy storage equipment

Walking through the production facility, complete sets of flow battery energy storage equipment were neatly arranged. The research team toured the production site, closely observing prototypes of energy storage equipment and battery modules, asking detailed questions about manufacturing processes, iterative improvements in technology, and capacity planning. They gained a firsthand understanding of the full journey from technological R&D to industrial-scale production.

Uncovering core challenges, precisely addressing enterprises’ practical needs for scientific innovation and talent development

At the core product display area, the team carefully examined key components such as bipolar plates and separators, engaging in in-depth conversations with the company’s technical experts. They thoroughly learned about actual conditions regarding R&D investment, technological bottlenecks, and the recruitment and cultivation of high-level talent, systematically collecting and organizing various urgent requests that the enterprise needed help resolving during its production and construction process.

Vice Mayor Ma Xuefeng pointed out that the new energy storage industry is a crucial link in Wuzhong City’s efforts to cultivate and strengthen its new energy industrial chain. Ju'an Energy Storage should leverage its own technological strengths, continuously refine and optimize core technologies, clearly define its market positioning, and effectively transform technological advantages into product and industrial advantages. By fully utilizing the region’s abundant new energy resources, it should guide and promote the agglomeration and development of upstream and downstream industries, supporting the transformation and upgrading of the city’s industrial economy.

At the end of the visit, Ju'an Energy Storage stated that it will firmly seize major opportunities presented by local industrial development, take root in Wuzhong, steadily advance technology transfer and capacity building, strengthen internal capabilities, grow stronger and larger, proactively integrate into the broader regional new energy development strategy, and contribute to the high-quality growth of Wuzhong’s industrial economy.

This investigation provided an in-depth understanding of Ju'an Energy Storage’s progress in technology development, project construction, and capacity planning. Vice Mayor Ma Xuefeng encouraged the company to seize local new energy development opportunities, continue deepening its expertise in flow battery core technologies, and accelerate the pace of industrialization. The Jinji Industrial Park and relevant departments will proactively address enterprise needs, ensure essential resource support, improve the business environment, and work together with enterprises to drive continuous growth and expansion of Wuzhong’s new energy storage industrial cluster.