the
Betavoltaic & Thermionic
Generators
Power That Lasts

Revolutionizing portable and long-duration energy solutions for specialized applications.

Betavoltaic

Description

Betavoltaic Generators harness the energy from beta particles emitted during radioactive decay, transforming it into ultra-long-lasting power. These generators are compact, reliable, and perfect for environments where maintenance or power replacement is challenging.

Betavoltaic

Description

Betavoltaic Generators harness the energy from beta particles emitted during radioactive decay, transforming it into ultra-long-lasting power. These generators are compact, reliable, and perfect for environments where maintenance or power replacement is challenging.

Features

Applications

Operates continuously for decades in remote and harsh environments.

Compact, lightweight design for easy integration.

Powers satellites, rovers, and spacecraft on space missions.

Reliable energy for pacemakers and long-term medical implants.

Thermionic

Description

Thermionic Generators utilize thermionic emission to convert heat into electricity, offering an efficient solution for high-temperature environments and heat recovery systems.

Thermionic

Description

Thermionic Generators utilize thermionic emission to convert heat into electricity, offering an efficient solution for high-temperature environments and heat recovery systems.

Features

Applications

Converts waste heat into usable energy efficiently.

Operates reliably at high temperatures with minimal maintenance.

Captures excess heat from industrial processes for reuse.

Powers specialized equipment in extreme environments like research facilities and military bases.

Comparison Chart

Feature

Energy Source

Primary Use

Lifespan

Applications

Betavoltaic

Beta particle decay

Remote, long-term applications

Decades

Space, medical, remote sensors

Thermionic

Heat (thermal energy)

Industrial high-temperature uses

Variable 

Industry, research, military