NovexPower
NovexPower designs and integrates battery packs using immersion cooling, where cells are directly submerged in dielectric fluid for superior thermal uniformity and higher continuous power output. The company combines full-stack battery engineering, system integration, and manufacturing automation expertise to help transport and industrial teams move from concept to deployed energy systems more quickly. Their approach covers cell chemistry selection, pack architecture, thermal management, and production scalability.
- Battery Technology
- Energy
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Conventional battery packs rely on air or indirect liquid cooling, which struggles to manage heat evenly across cells during high-power operation. This leads to thermal hot spots, reduced cell longevity, and increased fire risk, limiting the safe performance envelope for demanding transport and industrial applications.
Solution
NovexPower designs and integrates battery packs that use immersion cooling, where cells are directly submerged in a dielectric fluid for superior, uniform heat extraction. This enables higher continuous power output and faster charging while keeping cell temperatures stable. The company combines battery engineering expertise with system integration and manufacturing automation know-how, allowing teams to move from concept to deployed energy systems more quickly. Their integrated approach covers cell chemistry selection, pack architecture, thermal management, and production scalability, delivering a complete solution rather than a single component.
Target Audience
Primary customers are engineering teams and system integrators in the transport and industrial sectors—including electric vehicle, marine, and stationary power applications—who need high-performance battery packs with advanced thermal management.
Features
- Immersion cooling technology that directly circulates dielectric fluid around battery cells for superior thermal uniformity and hot-spot elimination
- Full-stack battery engineering covering chemistry selection, cell balancing, and pack architecture optimization for target duty cycles
- System integration capabilities across battery hardware, software controls, and thermal management subsystems
- Manufacturing automation expertise designed to accelerate production ramp-up and ensure repeatable quality at scale
- Engineering support spanning early prototyping through pilot production for transport and industrial applications