Nomoto is developing a safety device that detects early warning signs of lithium-ion battery failure in e-bikes and e-scooters before thermal runaway occurs, giving riders and property owners critical time to respond. The company's research, informed by direct engagement with firefighters and landlords, targets the mechanics of battery failure to prevent fires before they start. Nomoto is currently building an early-access community for user testing and design refinement.
- Artificial Intelligence
- Battery Technology
- Clean Technology
- Consumer Electronics
- Hardware
- Internet of Things
- Mobility & Transportation
Funding
Founders
Product
Problem
Lithium-ion battery fires in e-bikes and e-scooters spread rapidly and are difficult to extinguish, creating significant safety risks for riders, families, and property owners. Current detection methods fail to provide adequate early warning, leaving little time to respond before a fire starts.
Solution
Nomoto is developing a hardware safety device that monitors battery health and detects warning signs of failure before thermal runaway occurs. The device is designed to give riders, families, and property owners more time to act by identifying precursors to battery fires. Nomoto's approach is grounded in six months of technical research into thermal runaway mechanics and direct engagement with firefighters, landlords, and residents to understand real-world failure scenarios. The company is currently recruiting early-access members to participate in user testing and help shape the final product design.
Target Audience
Primary customers include e-bike and e-scooter owners, as well as property managers and landlords who need to protect buildings where these vehicles are charged.
Features
- Early warning detection system specifically designed for lithium-ion battery failure precursors
- Hardware safety device targeted at e-bikes and e-scooters where fires pose the greatest risk
- Product development informed by technical research into thermal runaway mechanics
- User-centered design process incorporating feedback from firefighters, landlords, and residents
- Early-access program for user testing and design iteration before full release