BATTERY PERFORMANCE, REIMAGINED
10x Longer Life. Less Downtime. Lower Cost
BATTERY PERFORMANCE, REIMAGINED
10x Longer Life. Less Downtime. Lower Cost
Challenges We are Addressing
CYCLE-LIFE
2X-10X extension
SAFETY
Prevent undesirable chemical reactions
CHARGE TIME
Accelerating electron and Li+ transport
CHEMISTRY AGNOSTIC
Compatible with solid-state and beyond lithium cells
REGENERATION
Regenerate cells at end of life
Patented Process and Materials for Electrode Surface Engineering
TECHNOLOGY
A Material-level Approach To Battery Life
Every battery that degrades faster than planned increases cost, reduces system uptime, and creates avoidable waste. SeaLion’s patented process applies ultra-thin nanocomposite coatings to battery electrodes to protect critical interfaces, preserve performance, and extend useful battery life by 10x – without changing the underlying chemistry.
DEGRADATION
• Particles crack or lose contact
• Electrical pathways weaken
• Capacity and efficiency fade.
COATING
• Ultra-thin conformal nanocomposite layer
• Helps shield active surfaces
• Targets interface stability during cycling
REGENERATION
• Focus on preserving material pathways
• Supports longer useful life
• Built around recovery and reliability
MARKETS
Where Battery Degradation Creates Real Business Pain
Battery degradation is not an abstract technical problem. In every market SeaLion targets, it has a direct, measurable impact on performance, operational cost, revenue, and competitive position.
Robotics and Autonomous systems
As Industrial robots, AMRs, and autonomous platform deployments scale from tens to hundreds to thousands of units, battery management becomes a fleet cost and logistics problem. Improvement in cycle life with SeaLion’s battery is a significant operational savings to our customers.
Grid and Commercial Energy Storage
Grid-scale storage, commercial BESS, and high-cycle industrial systems project economics depend on the number of productive cycles a system can deliver. Degradation that reduces capacity by 20% in year three is effectively a write-down of project value. Every cycle of additional productive life with SeaLion’s battery, improves project IRR.
Defence & Critical Systems
Drone, UMVs, mobile tactical systems and other mission-critical platforms cannot tolerate unpredictable battery degradation. Performance under extreme conditions — temperature, rate, repeated deep discharge — is a qualification requirement, not a preference. SeaLion's battery technology improves performance at the margins where it matters most.
EV & Transportation
Battery health is becoming a financial instrument in the EV market — affecting resale value, insurance rates, and warranty liability. With SeaLion’s battery, OEMs and fleet operators that can demonstrate longer, healthier battery life hold a direct commercial advantage in residual value and total cost of ownership.
ABOUT SEALION ENERGY
BUILDING LONGER-LIFE BATTERIES FOR DEMANDING APPLICATIONS
Founding Team
We are hiring. Join our team in Pittsburgh, Pennsylvania
Dr. Reeja Jayan
Founder & CEO
Dr. Renuka Hyderkhan
Founding Engineer
SeaLion Energy incubated out of Carnegie Mellon University is funded by
ARPA-E – Advanced Research Project Agency- Energy, Scott Institute for Energy Innovation and US Department of Energy (DOE)
