NDB
NDB develops long-duration power solutions using Nano Diamond Battery (NDB) technology. This system converts radioactive decay into electrical energy, offering a highly durable and efficient power source with an exceptionally long operational lifespan for applications in aerospace, defense, and IoT.
- Battery Technology
- Clean Technology
- New Materials
Funding
Funding not disclosed
Founders
Product
Problem
Traditional energy sources often have limited lifespans and require frequent recharging or replacement, leading to inefficiencies and waste. Developing long-duration, self-sustaining power solutions is critical for applications ranging from remote sensors to advanced electronics and electric vehicles.
Solution
NDB is developing a novel energy solution utilizing a Nano Diamond Battery (NDB) technology. This technology leverages the unique properties of diamonds to convert radioactive decay from isotopes into usable electrical energy. The NDB aims to provide a highly durable and efficient power source with an exceptionally long operational lifespan. By encapsulating radioactive isotopes within layers of nano-diamonds, the technology captures and converts emitted radiation into electricity, offering a continuous and sustainable power output. This approach addresses the need for long-term, reliable energy generation across various demanding applications.
Target Audience
The primary target audience includes industries requiring long-term, reliable power sources, such as aerospace, defense, medical device manufacturers, and developers of remote sensing or IoT devices.
Features
- Utilizes radioactive isotopes as an energy source, converting decay into electrical power.
- Employs nano-diamond layers for efficient charge collection and thermal management.
- Designed for extended operational lifespans, potentially lasting thousands of years.
- Offers a modular design for scalability across diverse power requirements.
- Aims for emission-free operation and a reduced environmental footprint compared to conventional batteries.
- Incorporates advanced safety features, including polycrystalline diamond encapsulation for radiation containment.