New Article by Client Published in a Nature Sub-journal: Open-Loop Flow Battery Flow batteries function as chemical factories, delivering energy-storage while producing hydrogen and glycolic acid, and attaining a record first levelized cost of electricity (LCOE) of -$0.26 per kWh.
Review of 9 Energy‑Storage Fire Accidents Nine confirmed major lithium-ion ESS fires worldwide (May–July 2026): dissecting the chemical defects behind thermal runaway and how flow batteries eliminate fire risk at the source.
Beyond Energy Storage: How Flow Cell Stacks Solve Scale-Up Challenges in CO₂ Electrolysis This paper unpacks the technical rationale of this cross-field application across stack design, flow field optimization and large-area manufacturing. Know-how in flow battery stack production forms a vital foundation for overcoming CO₂ electrolysis scale-up barriers.
Flow Battery Stack Leakage: A Key Challenge for Commercialization — Four Sealing Strategies Compared Who Leads the Way in Sealing Technology? Gasket Sealing, Adhesive Bonding Sealing, Laser Weld Sealing, Structural Sealing, and More.
Engineering Bottlenecks in Organic Flow Batteries: Electrolyte Corrosion and Oxygen Sensitivity The performance gap between laboratory-scale testing and stack stability usually lies at the system level.
Reshaping the Vanadium Industry: From Steelmaking By-Product to a Core Energy Storage Material High-temperature stability of vanadium electrolyte is now the most urgent research focus. Improving it can enhance utilization, lower costs, increase energy efficiency, and reduce operating consumption—key factors for broader market adoption of vanadium flow batteries.
Lab Series: Flow Battery Single Cells, Test Stacks & Testing Platforms Accurate and Efficient Testing of Materials and Battery Performance, Offering a One-Stop Solution for Research and Validation.
Global Progress of Iron–Sulfur Flow Batteries: Accelerating Technological Breakthroughs and a Growing Field of Entrants Iron–Sulfur batteries are accelerating toward engineering deployment and commercialization, with clear advantages in low cost and high safety.
2025 Year-End Review: The Global Flow Battery Industry Has Fully Entered the Acceleration Phase The global flow battery sector is accelerating its scaling-up, with multiple technical routes competing, and applications and ecosystems expanding comprehensively.
Latest Progress Unveiled: Iron-Sulfur Battery Achieves Breakthrough in Ultra-High Current Density of 120 mA/cm², Reaching Economic Advantage Crossover Point The iron-sulfur flow battery achieves an energy efficiency of 67.9% at a current density of 120 mA/cm² and exhibits excellent stability over 1000 cycles.
Safety First: From the Hong Kong Tai Po Fire to the Next Generation of Intrinsic Safety Path for Energy Storage The Hong Kong Tai Po Fire Reaffirms Urban Safety's Fragility.
Breaking Through the Pain Points of Organic Flow Batteries: Three Core Bottlenecks and a Full-Chain Solution From molecular design in the lab to scaled-up application, modular and comprehensive testing tools empower the resolution of R&D challenges.
