KULR Technology Group, a leading developer of battery safety and thermal management technologies, announced that it has conducted testing and provided battery safety solutions for a global Tier-1 manufacturer of medical equipment and devices.
The testing included use of ISC technology for battery packs used in medical and monitoring devices. The ISC creates lithium-ion battery cell failures that mimic or recreate the most common types of failures such as latent defect or over-cycling. KULR also tested its NASA-utilized TRS technology in design solutions for use in the manufacturer’s battery packs. The TRS has repeatedly shown in independent laboratory testing to be the most effective heat sink that also prevents the impact of dangerous chain-reaction battery cell failures known as thermal runaway propagation.
KULR’s testing and safety products will enable this global medical device maker to adopt new battery cells into current battery packs with increased energy capacity while simultaneously maintaining high safety levels and backward compatibility within the same form factor.
“We are always proud to help our partners make their products better and safer,” said Michael Mo, CEO of KULR. “The technology is out there, well tested and accepted, to protect consumers by making battery packs safer and more reliable. KULR is helping pioneer ISC testing and next-gen battery enclosures for battery safety within the mission critical medical device sector. We look forward to helping customers with their battery testing methodology as well as developing future battery configurations while ensuring backward compatibility.”
Although KULR has provided battery and other related thermal solutions for partners including NASA, research institutions and defense partners, the work included in this announcement represents a significant advancement into testing and solution design for commercial, public customers – work KULR expects will result in successful commercialization across multiple vertical markets.
Source: Company Press Release
