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.
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.