Micro Thermal Energy provides continuous, clean baseload electricity using its proprietary Thermawynd® technology, which extracts geothermal heat to drive power generation 24/7. This modular system offers stable, weather-independent power with high uptime, ideal for off-grid applications and supporting electrification infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
The global energy sector faces challenges in providing continuous green electricity to meet Net Zero targets, with grid instability, volatile prices, and lengthy connection delays hindering reliable power supply. Traditional renewable sources are often intermittent, and existing baseload solutions can have significant environmental footprints or geographic limitations.
Solution
Micro Thermal Energy offers a novel renewable energy solution that provides continuous, clean baseload electricity through its proprietary Thermawynd® technology. This system extracts geothermal heat from low-temperature sources to drive a turbine, enabling 24/7 power generation independent of weather conditions. The modular design allows for scalable deployment, with each module producing approximately 200-400 kWh of stable power at over 90% uptime. The technology's small footprint and lack of reliance on specific site conditions or grid availability make it ideal for off-grid applications, enhancing local energy resilience and supporting the electrification of transport with dense charging infrastructure.
Target Audience
Target customers include industries requiring consistent, clean power, businesses seeking to meet emission targets, EV charging providers, and communities in rural or remote areas with limited grid access or resilience concerns.
Features
- Thermawynd® technology utilizes low-temperature geothermal heat for continuous electricity generation.
- Operates 24/7 as a baseload power source, independent of weather patterns.
- Modular design with each unit producing 200-400 kWh of stable power.
- Achieves over 90% system uptime.
- Small physical footprint, suitable for diverse deployment locations.
- Operates as a stand-alone, subsurface closed-loop system.
- Enables off-grid power generation, mitigating grid connection delays and outages.
- Facilitates dense charging infrastructure for electric vehicles.