Cas d'entreprises concernant Hydrogen Energy Solutions | Multi-Dimensional Innovation for Effective Hydrogen Protection
Hydrogen Energy Solutions | Multi-Dimensional Innovation for Effective Hydrogen Protection
2025-09-16
Hydrogen has a wide range of uses and abundant sources. It not only has high energy density but also does not cause environmental pollution. Nowadays, in the pursuit of addressing climate change and building a decarbonized society, the development and utilization of hydrogen energy have been listed as an energy strategic direction by countries around the world. The Hydrogen Council predicts that by 2050, hydrogen energy supply will account for 18% of the global total energy demand, making it the most promising energy source in the future.
In all links of hydrogen production, conversion, transportation, storage, and distribution and use, pressure monitoring is of crucial importance. Nuoying Jiaye has launched the NY3051 Pressure Transmitter, which is specially designed for hydrogen measurement and helps users conduct safe and reliable hydrogen production and operation.
Hydrogen-Specific NY3051 Pressure Transmitter
Product Features
Adopts a gold-plated diaphragm design, which reduces hydrogen permeability and prevents the occurrence of hydrogen embrittlement;
Utilizes a fully welded structure, featuring strong sealing performance;
Equipped with an explosion-proof circuit, suitable for use in hazardous areas;
Developed and verified for hydrogen environments.
Product Applications
Containerized, skid-mounted, and various customized hydrogen production systems;
PEM fuel cells;
Hydrogen fuel cell test stations;
Hydrogen fuel cell vehicle test systems, etc.
NYUK Capacitive Liquid Level Switch
Product Features
High insulation performance of 2KV;
Operating temperature range from -40℃ to 125℃;
Protection class IP67;
Compact structure, easy to install and maintain.
Product Applications
Hydrogen fuel cell stacks: Monitors the liquid level changes inside the stack, prevents system failures caused by liquid accumulation, and ensures the efficient operation of fuel cells;
Steam-water separators: Real-time monitors the liquid level in the separator, guarantees the separation effect, and improves the stability and safety of the system.
