Spark Thermionics

About Spark Thermionics

The startup develops heat-to-electricity converters utilizing thermionic energy conversion technology, enabling efficient power generation from various fuel sources. This technology provides a scalable solution for clean and affordable electricity, addressing the reliance on conventional power production methods.

```xml <problem> Conventional power generation methods often rely on large-scale infrastructure and contribute to environmental pollution. The need for clean, affordable, and scalable electricity solutions remains a critical challenge. </problem> <solution> Spark Thermionics is developing compact heat-to-electricity converters based on thermionic energy conversion. Their technology enables efficient power generation from diverse heat sources, offering a distributed and scalable approach to electricity production. By miniaturizing power generation, Spark Thermionics aims to provide a cleaner and more accessible alternative to traditional power plants. The "power plant on a chip" design allows for integration into various applications, potentially reducing reliance on centralized power grids. </solution> <features> - Thermionic energy conversion technology for direct heat-to-electricity conversion - Scalable design enabling distributed power generation - Compact form factor suitable for integration into various applications - Potential to utilize diverse heat sources, including waste heat </features> <target_audience> The primary target audience includes industries and applications requiring efficient and scalable power generation solutions, particularly those seeking alternatives to traditional power plants. </target_audience> ```

What does Spark Thermionics do?

The startup develops heat-to-electricity converters utilizing thermionic energy conversion technology, enabling efficient power generation from various fuel sources. This technology provides a scalable solution for clean and affordable electricity, addressing the reliance on conventional power production methods.

Where is Spark Thermionics located?

Spark Thermionics is based in Berkeley, United States.

When was Spark Thermionics founded?

Spark Thermionics was founded in 2015.

How much funding has Spark Thermionics raised?

Spark Thermionics has raised 750000.

Location
Berkeley, United States
Founded
2015
Funding
750000
Employees
8 employees

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Spark Thermionics

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Executive Summary

The startup develops heat-to-electricity converters utilizing thermionic energy conversion technology, enabling efficient power generation from various fuel sources. This technology provides a scalable solution for clean and affordable electricity, addressing the reliance on conventional power production methods.

sparkthermionics.com1K+
cb
Crunchbase
Founded 2015Berkeley, United States

Funding

$

Estimated Funding

$500K+

Team (5+)

No team information available.

Company Description

Problem

Conventional power generation methods often rely on large-scale infrastructure and contribute to environmental pollution. The need for clean, affordable, and scalable electricity solutions remains a critical challenge.

Solution

Spark Thermionics is developing compact heat-to-electricity converters based on thermionic energy conversion. Their technology enables efficient power generation from diverse heat sources, offering a distributed and scalable approach to electricity production. By miniaturizing power generation, Spark Thermionics aims to provide a cleaner and more accessible alternative to traditional power plants. The "power plant on a chip" design allows for integration into various applications, potentially reducing reliance on centralized power grids.

Features

Thermionic energy conversion technology for direct heat-to-electricity conversion

Scalable design enabling distributed power generation

Compact form factor suitable for integration into various applications

Potential to utilize diverse heat sources, including waste heat

Target Audience

The primary target audience includes industries and applications requiring efficient and scalable power generation solutions, particularly those seeking alternatives to traditional power plants.

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