ThermoTerra
Harnessing Energy from Humidity Fluctuation
Company Overview
Snapshot
Founded in December 2015 by Dror Zchori and Eviatar Tron, ThermoTerra operates with 1–10 employees. The company has raised a total of $460,000 across two funding rounds.
Business overview
ThermoTerra is an Energy Tech company that develops technology to harvest energy from fluctuations in air humidity. Its core product, SmartWall, is designed as an add-on for prefabricated walls in residential and commercial buildings, providing personalized air conditioning with balanced temperature, humidity, and air quality. This solution aims to reduce heating and cooling costs by utilizing a renewable energy source, serving the construction and real estate industries with a focus on energy efficiency and green construction.
Strategic signal
ThermoTerra's innovative approach to energy harvesting, specifically from humidity fluctuations, positions it as a key player in addressing climate change through sustainable building solutions. The company's SmartWall technology, which integrates IoT sensors and AI algorithms for heating and cooling, offers a low-cost alternative to traditional systems, indicating a strong potential for scalability and market disruption in the green construction and energy efficiency sectors.
Company Intelligence Q&A
- What is ThermoTerra's primary technology?
- ThermoTerra's primary technology involves harvesting energy from changes in the relative humidity of the air to power heating and cooling systems in buildings.
- What is the SmartWall product?
- SmartWall is a product developed by ThermoTerra that functions as an add-on to prefabricated walls in residential and commercial buildings, providing personalized air conditioning with balanced temperature, humidity, and air quality using IoT sensors and AI algorithms.
- When was ThermoTerra founded and by whom?
- ThermoTerra was founded in December 2015 by Dror Zchori and Eviatar Tron.
- What problem does ThermoTerra aim to solve?
- ThermoTerra aims to address the significant carbon dioxide emissions from cooling and heating buildings by providing a renewable energy solution that harvests energy from humidity fluctuations, offering a scalable and cost-effective alternative to fossil fuel-based systems.