From China's Solutions to BRICS Consensus — Awarded at BRICS Industrial Innovation Competition Iron-sulfur flow battery delivers a new solution for long-duration energy storage featuring low cost, high safety, long service life and energy independence.
Empowering Electrolyzer Stack Applications | Porimion High-Conductivity Membranes Supporting Next-Generation Solutions In the application of the 5,000 m³ vanadium electrolyte production line, Porimion membrane delivers outstanding advantages including high current efficiency, low vanadium permeability and superior mechanical durability. It has achieved full engineering implementation, helping energy storage equipment reduce costs and improve efficiency.
Good News! Vanadium Electrolyte Production Line Ships Out, Powering the Next Stage of the Vanadium Flow Battery Value Chain Containerized and fully integrated, the system enables flexible capacity expansion and delivers stable, efficient, and scalable electrolyte production solutions for the global long-duration energy storage market.
Full-Coverage, High-Throughput Test Equipment for Iron-Chromium Flow Batteries, Accelerating Engineering Iteration and Commercial Deployment Targeting key R&D pain points of iron-chromium flow batteries, we deliver an all-in-one precision testing solution covering the full workflow: material screening, mechanism research, performance validation and system integration.
ZH Energy Stacks Earn SGS Certification, Setting a New Compliance Benchmark for Flow Batteries On April 1, the 14th Energy Storage International Conference & Expo (ESIE2026) opened in Beijing. At the event, global testing and certification leader SGS presented ZH Energy. with certificates granting the FStack flow battery stack dual international certifications under UL 1973 and IEC 62932-2-2.
Iron–Sulfur Flow Battery Secures First Third-Party Certification The 5 kW iron–sulfur flow battery energy storage system jointly developed by ZH Energy Storage, Central South University, and the China Huaneng Clean Energy Research Institute has received a full performance test report issued by the authoritative third-party agency, the Beijing Jianheng Certification Center. All test results met the required standards, and the system successfully passed the on-site acceptance by the China Huaneng Clean Energy Research Institute.
Sulfur–Iron Flow Battery Technology Center Launched as ZH Energy Joins Hands with National Innovation Center Focusing on the three key dimensions of
Porimion® High-Current-Density Membranes for Flow Batteries | New Product Chapter Designed specifically for high-current-density stacks, it offers enhanced mechanical strength and puncture resistance, delivering energy efficiency beyond that of perfluorinated proton-exchange membranes.
Announcement | Hechu New Materials Earns National High-Tech Enterprise Status Multiple core technologies have passed field tests and engineering validation. We’re building an open innovation ecosystem to continuously strengthen R&D capabilities.
The world’s first PBI membrane flow battery engineering application project is officially contracted Non-fluoride ion membrane advances into national-scale engineering application: Zhonghe Energy Storage collaborates with the National Advanced Energy Storage Innovation Center to address critical technical hurdles.
Great News! ZH Energy’s Flow Battery Stack Earns Dual International Authoritative Certifications from IEC and UL Endorsed by International Authoritative Certifications, FStack Series Flow Battery Stacks Secure the Passport to the Global Energy Storage Market.
High-Throughput Experiments: An Efficiency Revolution in Flow Battery Research The triple advantages of efficiency, comparability and automation make high-throughput the key experimental paradigm.
