August 13, 2024
Under the goals of carbon peaking and carbon neutrality, the share of renewable energy will continue to rise in the future, with new energy storage serving as the key to high-quality development in the new energy sector. At the 2024 National People's Congress and Chinese People's Political Consultative Conference sessions, new energy storage was included in the Government Work Report for the first time. The Political Bureau of the CPC Central Committee's energy meeting proposed leveraging the advantages of the national system to strengthen technological breakthroughs in long-duration energy storage. Zhang Jianhua, Member of the Party Leadership Group of the National Development and Reform Commission and Secretary of the Party Leadership Group and Director of the National Energy Administration, published a signed article in Current Affairs Report, proposing to prioritize the advancement of energy storage technologies such as flow batteries and compressed air. New energy storage and long-duration energy storage have now been elevated to a national strategy.
On August 9, the CFE2024 China Southern Flow Battery Energy Storage Public Welfare Salon, themed “National Flow Battery Industry Promotion Tour: Entering the Greater Bay Area,” concluded successfully in Guangzhou. This event was jointly organized by the Asian Flow Battery Industry Alliance (in preparation), Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, Guangdong Provincial Key Laboratory of Fuel Cell Technology, China Ocean Energy Storage, Zhonghe Energy Storage, Yifu Energy, Shuntian Equipment, Yimida, EK Energy Storage Temperature Control, Xinhui Technology, Global Flow Battery Network, and Global Flow Battery Storage (WeChat Official Account). This event brought together enterprises, experts, and research institutions from the upstream and downstream industries of the southern China flow battery sector, including Guangdong and Hunan provinces, for the first time. Its aim was to strengthen communication and cooperation across the industrial chain, promote mutual integration, foster win-win collaboration, and jointly drive development.
Liu Hao, Director of the Huizhou Huiyang District Bureau of Science and Technology and Investment Promotion Opening Remarks
Topic: Source-Grid-Load-Storage-Charging and Flow Battery Energy Storage in the Greater Bay Area
Speaker: Zhang Jianjun, Deputy Director, Energy Storage Technology Laboratory, Guangzhou Institute of Energy, Chinese Academy of Sciences
Topic: Aqueous Organic Flow Battery Technology
Speaker: Professor Liang Zhenxing, South China University of Technology, Guangdong Provincial Key Laboratory of Fuel Cell Technology
Topic: Advances in Iron-Chromium Flow Batteries for Long-Duration Energy Storage (Iron-Chromium)
Speaker: Professor Xu Quan
Vice Dean College of Future Technologies for Carbon Neutrality China University of Petroleum (Beijing)
Co-founder and CTO of China Energy Storage Technology (Beijing) Co., Ltd.
Topic: Driving Technological and Industrial Innovation Through Application Scenarios
Speaker:Liu Hao, Director of the Science and Technology Investment Promotion Bureau, Huiyang District, Huizhou City
Topic: Cost Reduction Pathways for Liquid Flow Energy Storage Technology
Speaker: Dr. Zhang Cheng, General Manager, Yifu Energy Technology (Guangdong) Co., Ltd.
Topic: Energy Storage Market
Speaker: Xie Wei, General Manager/Ph.D., Shenzhen Zhonghe Energy Storage Technology Co., Ltd.
Topic: Overview of Vanadium Recovery Technology from Coal and the Development of Vanadium Flow Battery Energy Storage Industry
Speaker: Guan Qing, General Manager, Hunan Jinwei Energy Storage Technology Co., Ltd.
Topic: Process Flow Explanation for Liquid Flow Battery Production Line
Speaker: Chang Weifeng, General Manager, Guangzhou Shuntian Equipment Manufacturing Co., Ltd.
Topic: Application of Powder-Molded Bipolar Plates in Flow Batteries
Speaker: Dr. Yang Li, Co-founder, Hunan Gengchi New Energy Technology Co., Ltd.
Guangzhou Shuntian Equipment Manufacturing Co., Ltd. provides production equipment and one-stop manufacturing solutions for relevant industries, specializing in the R&D, design, manufacturing, and service of high-quality equipment. Our core business spans five major sectors: flow battery energy storage, hydrogen fuel cells, PEM water electrolysis hydrogen production, alkaline electrolysis hydrogen production, and aerospace.
With over 20 years of equipment manufacturing expertise in hydrogen energy and energy storage, our company and team possess extensive technical know-how and proven process capabilities. We have successfully delivered services to over 30 major domestic and international clients, including state-owned enterprises. Leveraging robust corporate strength, superior product quality, and attentive after-sales support, we ensure every collaboration proceeds smoothly. This commitment has earned the trust and support of our clients, fostering long-term, stable partnerships and gaining widespread recognition within the industry. Moving forward, the company will continue to pursue innovation, enhance the technological capabilities of its proprietary products, and repay both new and existing clients with superior products and sincere service!
Dalian Branch
Xi'an Branch
Product Recommendation: Flow Battery Stacking and Pressing Production Line
Application Areas: Flow battery assembly lines encompass: small cover plate dispensing inspection / small cover plate welding inspection, bipolar plate sealing line dispensing inspection, pre-processing of various materials prior to stacking (end plates, insulating plates, copper electrodes, bipolar plates, separators, sealing gaskets, etc.). Equipped with a stacking recipe management system, featuring 120T pressure stack tightening, and fully automated rotary unloading.
Advantages and Features:Industry-leading specialized welding methodology;Innovative proprietary dispensing alignment system;High-speed stacking capability;Closed-loop pressure control with real-time monitoring.
Recommended Products:Capacity Container Assembly Production Line / Workstation
Application Scope: This series of equipment is suitable for assembling flow battery capacity containers, disassembling, storing, and installing capacity container covers, as well as installing capacity container electrolyte tanks.
Product Features: The assembly line for flow battery capacity containers adopts a linear flow configuration, with each workstation performing fixed process steps, significantly enhancing assembly efficiency. The storage tank installation workstation features two dedicated positions, enabling alternating installation and accommodating tanks of varying specifications. TPU bag installation utilizes two sets of opposing hooks, completed by operators via button control. The capacity container cover plate disassembly, storage, and installation workstation integrates multiple functions, enabling one-stop completion of cover plate removal, storage, and installation. The entire process is automated. A dedicated station for thermal insulation cotton application is reserved behind the workstation, ensuring cover plates are insulated before storage.
Product Recommendation: Flow Battery Test Bench
Application Areas: Primarily designed for production testing of battery stacks in vanadium flow battery energy storage systems. Features high testing accuracy, high feedback efficiency, wide voltage and current ranges, 0V activation startup for stacks, controllable electrolyte pump frequency, and electrolyte characteristic monitoring. Suitable for testing various battery stack systems of different specifications.
Advantages and Features:The vanadium flow battery test system features exceptional 0V startup capability and can initialize electrolyte activation. Employing high-precision measurement and control technology, it achieves maximum current and voltage control accuracy of 5% FS, ensuring precise and reliable test results. In terms of energy efficiency, its grid feedback efficiency exceeds 90%, enabling more economical operation. The system automatically controls variable-frequency pumps based on preset values, providing real-time monitoring and recording of electrolyte flow rate, pressure, and temperature while simultaneously tracking the battery system's SOC (State of Charge). It also supports online testing of individual cell voltage and internal resistance within the stack, enabling detailed performance diagnostics. Integrated intelligent temperature control automatically activates or deactivates the cooling system based on electrolyte temperature. Finally, through a flexible software platform, users can develop multiple programmable test strategies—including constant current, constant voltage, constant power, pulse, and operating condition simulation—to meet diverse R&D and validation requirements.
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