Cheel
Cell specific and internal measurement preventing thermal runaway in batteries
About Us
Cheel is pioneering a breakthrough solution to one of the most critical challenges in energy storage – thermal runaway.
We embed real-time temperature data from inside battery cells to prevent thermal runaway and unlock technology barriers across mobility, energy storage, defense, and all battery-powered platforms towards a full NetZero future.
Our founding team of three bring vast experience in the Automotive & Energy sectors, core development and material science experise, scale up and operations. We posses the market knowledge and connections, ability to invent & develop breakthorugh technologies, and skills to scale our business to execution.
We are currently at TRL 4, with technology validated in lab – A prototype component validated under controlled conditions.
Our pre-seed non-dilutive funding to date, comes from family and friends, and we are seeking further seed funding to accelerate our development.
Relevant Challenges
Energy Storage
Our solution prevents fires and enhances energy storage solutions.
Energy Efficiency
Increasing energy efficience brings higher risk to thermal ruanaway. By a VERY early PREVENTION of thermal rubaway we enable introducing more energy.
Electrification
Our main market is EV. The automotive industry is seeking higher energy efficience and faster charging to solve range anxiety and bring innovation. Currently, the cost advantage and supply chain China brings over the western companies forces them to show even higher performance and innovation value. Battery technologies such as Silicon anodes, Lithium metal, solid state exist and bring higher energy efficience but currently at the price of safety comprimise. By preventing thermal runaway and brining safety confidence to the automotive industry leadership, we are able to overcome this technology barrirer and bring priceless value to the market.
