World's First! SENASIC Awarded TÜV Rheinland 2 PfG 2778 Certification for Cell-Edge Intelligent Sensing & Computing Solution
- 2026-09-22
- Exhibitions
Rooted in independent R&D, leading the global sensing track!
On September 16, 2026, at SENSORCHINA, China International Sensor Technology and Application Exhibition in Shanghai, SENASIC was awarded the world's first certificate of conformity to the 2 PfG 2778 standard for its cell-edge intelligent sensing and computing solution by TÜV Rheinland Greater China. This milestone achievement further sets a new industry benchmark, backed by the company’s robust product performance and world-leading R&D & manufacturing capabilities.
This world-first certification represents comprehensive recognition from an internationally authoritative third-party body of SENASIC’s product performance, safety quality and technical strength. It marks that SENASIC’s R&D and quality control systems have reached an internationally advanced level. Meanwhile, the certification delivers core technical support for safety protection, stable operation and reliability upgrade of new-energy battery packs worldwide, facilitating high-quality and safe development of the new energy industry.
Key representatives from both sides including Mr. Liu Jiancai, Product Line Manager of NES New Energy Solutions at SENASIC, and Mr. Wu Yi, Deputy General Manager of Component Product Services at TÜV Rheinland Greater China, attended the grand certification ceremony to witness this landmark moment for the industry.
Authoritative Standard Backing to Reinforce Technical Moat
The cell-edge intelligent sensing and computing solution that obtained this certification was assessed against the 2 PfG 2778 standard. As of today, it is a comprehensive, forward-looking and authoritative evaluation system with the broadest coverage in the global battery sensing sector. Breaking the limits of traditional single-dimensional testing, the standard conducts rigorous systematic assessments across full dimensions: core solution performance, operational safety, adaptability to harsh environments such as high and low temperatures, electromagnetic compatibility (EMC), and long-term durability. It is also the first universal, comprehensive special assessment standard for battery sensing applications in the industry.
Since its release, 2 PfG 2778 has gained wide recognition and adoption among global TIC organizations and leading battery system enterprises thanks to its stringent assessment framework and industry adaptability. It has become a core international benchmark for evaluating the quality of high-end cell-edge intelligent sensing and computing solutions.
Independently Developed Automotive-Grade Thermal Runaway Sensor Reinforces Safety Barriers for New-Energy Batteries
The core product that earned this world-first certification is SENASIC’s self-developed battery pack thermal runaway sensor module. Targeting key battery safety scenarios including energy storage, AIDC data centers and new energy vehicles, the module accurately captures pre-cursor characteristic changes of lithium battery thermal runaway to enable early warning and active protection. It effectively mitigates safety risks triggered by battery thermal runaway and delivers critical safeguards for the reliable operation of power battery systems.
Proven Outstanding Strength Paves the Way for Global Market Access
As the world’s first enterprise certified for compliance with the 2 PfG 2778 standard for cell-edge intelligent sensing and computing solutions, SENASIC has obtained official validation from an international authoritative body for the technical capability and product quality of its battery pack thermal runaway edge sensing & computing solution. This highly valuable world-first certificate is not only a strong testament to SENASIC’s years of dedication to edge sensing & computing and persistent independent technology R&D, but also establishes a solid compliance foundation and powerful brand credibility for the company’s new-energy battery safety solutions to enter high-end global markets and expand international business partnerships.
Looking ahead, SENASIC will continue to invest in core R&D of edge sensing and computing technologies. Leveraging its self-controllable core technology advantages, SENASIC will keep iterating and optimizing edge sensing & computing solutions for new-energy battery safety. Together with globally authoritative institutions such as TÜV Rheinland and industry partners, SENASIC will jointly drive technological innovation, product upgrading and standardized industrial development in the field of cell-edge sensing & computing, and supply high-quality domestic chip solutions for global new energy, advanced manufacturing and other sectors.
About SENASIC
SENASIC (Stock Code: 06675.HK) has over ten years of experience in Physical AI edge sensing and computing. Focused on the R&D, design and sales of high-performance chips, SENASIC has built an edge sensing & computing technology system integrating sensor acquisition, signal processing and wireless transmission, which aligns well with the industrial trend where AI penetrates the physical world and edge intelligence is deployed at scale.
With self-controllable core technologies and a full-stack self-developed IP platform, SENASIC has developed three core product matrices: smart cell chips, smart tire chips and general intelligent sensing chips. Its products are widely deployed in high-growth diversified scenarios such as energy storage, automotive, industrial electronics and robotics.
About TÜV Rheinland
As a world-leading independent testing, inspection and certification organization, TÜV Rheinland is committed to delivering professional, precise and efficient technical services to global customers. In the fast-growing new energy sector, TÜV Rheinland centers on reliability, innovation and sustainability to help the industry break technical bottlenecks, establish high-quality standards and advance the green energy transition.
TÜV Rheinland’s business spans a wide range of fields: advanced materials, chips, semiconductors, components, lithium batteries, solar power, energy storage, battery swapping & charging, green hydrogen and fuel cells, electrical accessories, power transmission & distribution, smart microgrids, smart grids, AI data centers, robots, intelligent equipment, advanced manufacturing, construction machinery and industrial machinery. Through rigorous testing and certification, TÜV Rheinland supports customers in meeting international standards and winning global markets.
