Why is SOFC Gaining Popularity? In 2025, the hydrogen energy and fuel cell industry was experiencing a "winter," a term that couldn't be ignored—project streamlining and personnel optimization became commonplace, and the market as a whole entered a period of adjustment. However, amidst this bleak landscape, solid oxide fuel cells (SOFCs) defied the trend, not only seeing a continuous rise in market attention but also a significant acceleration [...]

Summary of the core content of RuO₂ catalysts in PEMWE Summary of the core content of RuO₂ catalysts in PEMWE - Ultrasonic Spray Catalysts - Cheersonic Proton exchange membrane electrolysis (PEMWE) is a highly efficient and compact hydrogen production technology. The oxygen evolution reaction (OER) at the anolyte is a key bottleneck limiting overall efficiency. Due to its superior performance, RuO₂ has become a research focus for acidic [...]

Summary of PEM Electrolyte Anode Catalyst Layer Improvements Summary of PEM Electrolyte Anode Catalyst Layer Improvements (For Large-Scale Deployment) Traditional PEM electrolyzer anode catalyst layers consist of catalyst dispersed in an ionomer (ion-conducting polymer) network. There are two main configurations: catalyst-coated membranes (coated onto a membrane) and porous transport electrodes (coated onto a PTL). "Membrane electrode" is a general term for both. The catalyst layer can be coated [...]

 Spraying A New Key to Solar Cell Manufacturing Spraying A New Key to Solar Cell Manufacturing - Ultrasonic Coating Machines - Cheersonic Amidst the growing global demand for clean energy, solar energy has garnered significant attention, and its cell manufacturing processes have a crucial impact on photoelectric conversion efficiency and cost. Ultrasonic spraying technology, as an innovative process, is driving a revolution in solar cell manufacturing. The working [...]

Design of AEM Electrolysis Water Hydrogen Production System Anion exchange membrane (AEM) water electrolysis for hydrogen production combines the advantages of traditional alkaline electrolysis and proton exchange membrane electrolysis. With its compatibility with non-precious metal catalysts, low water quality requirements, and flexible load response, it has become an important development direction for green hydrogen production. System design must revolve around the core reaction mechanism, balancing efficiency, stability, and [...]

Advantages of Catalyst Spraying onto Membranes Advantages of Catalyst Spraying onto Membranes - Cheersonic Ultrasonic spraying technology, with its core advantage of high-frequency ultrasonic atomization, brings process innovation to catalyst preparation, effectively breaking through the pain points of poor uniformity, waste of active components, and weak coating adhesion in traditional coating methods. This technology atomizes the catalyst precursor liquid into uniformly sized micrometer sized droplets, which settle gently [...]

Advanced Coating Platforms for Scalable Manufacturing Cheersonic's Advanced Coating Platforms for Scalable Manufacturing: Reaching New Heights in Professional Coating In the field of precision coating, standardized equipment has long been insufficient to meet the personalized needs of various industries. Cheersonic, with its core philosophy of "customized equipment, providing professional coating solutions," maximizes the technological value of its precision ultrasonic coating systems. Today, its ultrasonic coating systems have broken [...]

Catalyst Coating Process onto Membrane Catalyst Coating Process onto Membrane - Catalyst Deposition - Cheersonic In the field of new energy device fabrication, ultrasonic spraying technology, leveraging its precision and controllability, has emerged as a core solution for efficient deposition of catalyst coatings on membrane substrates. It is widely applied in pivotal scenarios such as fuel cells and hydrogen production via water electrolysis. This technology utilizes high-frequency acoustic [...]

Lattice-Distorted Platinum Wrinkled Nanoparticles Lattice-Distorted Platinum Wrinkled Nanoparticles: A Summary of Research on Alkaline Hydrogen Electrocatalytic Performance A study published in December 2025 focused on the lattice distortion phenomenon in wrinkled nanoparticles, successfully synthesizing lattice-distorted platinum (Pt) wrinkled nanoparticles (LD-Pt WNPs), significantly improving their hydrogen electrocatalytic performance in alkaline environments, providing important support for the development of hydrogen energy-related technologies. Research Background With the continuous growth of global [...]

Design of AEM Electrolytic Water Membrane Electrode Currently, the technology of hydrogen production through anion exchange membrane (AEM) electrolysis of water has attracted much attention, and many university researchers have discussed and exchanged ideas with the author on the preparation technology of related membrane electrodes (MEA). Based on this, this article systematically reviews existing research data, with theoretical knowledge as the main focus. In practical applications, it is [...]