High‑Capacity Flexible and Printable Periodate & Iodate Batteries for Conformal Power Sources (Methods and Devices for High‑Capacity Flexible, Printable, and Conformal Periodate and Iodate Batteries, Tech ID: 20‑008)
Technology Overview: This NJIT technology introduces flexible, printable battery architectures based on periodate and iodate electrochemistry. The platform enables thin, lightweight, and conformal power sources that can be printed directly onto flexible or non‑planar substrates. By leveraging high‑oxidation‑state redox chemistry, these batteries offer high energy density while supporting form factors not achievable with conventional lithium‑ion cells. The technology is well suited for next‑generation wearable electronics, IoT devices, and lightweight power systems.
Industry Pain Point: Conventional batteries are rigid, heavy, and poorly suited for flexible or conformal devices.
NJIT Solution: This platform delivers high‑capacity energy storage in printable, flexible formats, enabling new device designs.
Key Features & Advantages
- Flexible and conformal battery form factors
- High theoretical energy density
- Printable manufacturing compatibility
- Non‑lithium alternative chemistry
Development Stage: TRL 4–5 – Laboratory‑scale demonstrations completed.
Target Markets
- Wearable electronics
- Internet of Things (IoT) devices
- Lightweight and portable power systems
Market Opportunity
- Global flexible battery market (2026): ~$2B
- CAGR: ~20–22%
- Projected market size (2035): ~$10–12B
Commercial & IP Details
Inventors: Somenath Mitra, Zhiqian Wang