ProSense advanced sensing technology for hydrogen sulfide (H ₂ S) provides critical safety support for the global solid-state battery industry
With the gradual industrialization of solid-state batteries, their higher energy density, superior safety performance, and longer cycle life are driving new development stages in industries such as new energy vehicles, low altitude economy, robotics, and energy storage.
However, with the large-scale application of sulfide solid electrolytes, monitoring hydrogen sulfide (H ₂ S) leakage has become an important safety issue recognized by the industry.
Whether in the manufacturing of solid-state battery materials, battery cell production, PACK assembly, warehousing and logistics, or during vehicle operation, hydrogen sulfide gas may be released once the battery becomes damp, heated, mechanically damaged, or experiences thermal runaway. How to achieve earlier detection, faster warning, and more reliable monitoring has become an important challenge that the global solid-state battery industry chain must face.
As an industry leader in advanced gas sensing technology,ProSense always adheres to driving technological innovation with real application scenarios, continuously cultivating the field of new energy security, and launching hydrogen sulfide (H ₂ S) gas sensing solutions for the development of the new generation solid-state battery industry.
This solution covers key application scenarios such as solid-state battery production and manufacturing, warehousing and transportation, energy storage systems, and passenger vehicles, and builds a full lifecycle safety monitoring capability for the global solid-state battery industry chain covering production lines, warehouses, and vehicles. It uses highly reliable sensing technology to help the industry achieve coordinated development of safety and innovation.
H ₂ S safety monitoring platform built for future battery technology
ProSense FC0-H2S-100 Hydrogen Sulfide Sensor, specially developed for solid-state battery industry applications, can be widely used in:
Safety monitoring of solid-state battery material production process
Leakage monitoring of solid-state battery manufacturing production line
Solid state battery warehouse and logistics storage safety monitoring
Early warning of battery thermal runaway
H ₂ S safety monitoring for new energy passenger vehicles
Safety management of solid-state energy storage system operation
Based on the core material technology of independent patents and profound technical accumulation in the field of new energy security, the product adopts the concept of vehicle grade reliability design, and has been comprehensively optimized in terms of long-term stability, complex environmental adaptability, and pollution resistance, providing global solid-state battery customers with long-term reliable gas sensing capabilities.
Core technological advantages
Specially designed for the solid-state battery industry
Specially optimize the application characteristics of sulfide solid electrolytes to meet the safety monitoring requirements throughout the entire process from manufacturing to application.
Vehicle grade reliability design
Developed according to the long-term reliability concept of automotive electronics, it is suitable for harsh application environments such as new energy vehicles and energy storage.
Excellent anti-interference ability
It has excellent resistance to cross gas interference and silicon poisoning, and maintains stable output in complex industrial sites.
Covering extreme environments
The working temperature ranges from -40 ℃ to 125 ℃, meeting the harsh working conditions of high-temperature manufacturing processes, energy storage systems, and vehicle operation.
Ultra long lifecycle
The design lifespan can reach up to 15 years, effectively reducing maintenance costs and improving the reliability of the system throughout its entire lifecycle.
Advanced gas sensing supports safety innovation in the solid-state battery industry
As the global solid-state battery industry enters a stage of large-scale development, safety monitoring is accelerating its evolution towards risk prevention, full process management, and intelligent perception.
ProSense continues to focus on the research and development of advanced gas sensing technology, providing highly reliable hydrogen sulfide (H ₂ S) monitoring solutions for key application scenarios such as solid-state battery production and manufacturing, warehousing and logistics, energy storage systems, and new energy passenger vehicles. With stable and accurate gas sensing capabilities, it supports the continuous improvement of industrial safety management capabilities.
In the future, ProSense will continue to focus on the development needs of the new energy industry, continuously promote innovation in gas sensing technology, and work with global partners to explore safer and more reliable next-generation battery applications, providing continuous technical support for the high-quality development of the solid-state battery industry.
About ProSense
ProSense is a high-tech enterprise dedicated to the research and manufacturing of advanced gas sensors, committed to providing high-performance and high reliability sensing solutions for global customers. The company continues to invest in core technology research and development, overcome key pain points in the industry, and continuously lead the development direction of gas sensing technology. With innovative products and excellent quality, ProSense is gradually growing into an important promoter and leader in the global gas safety monitoring field.
ProSense adheres to the full stack self-developed technology route, and has established a kilogram level gas sensor catalyst research and development base and an automated production aging calibration system for millions of gas sensors per year. Its product line covers the fields of toxic and harmful, flammable and explosive, and environmental gas detection;ProSense multiple innovative products have become core sensing components in vertical fields such as smart firefighting, industrial testing, and energy storage safety.
