Gemelio
Gemel.io provides a digital-twin technology platform that reduces investment and operating costs for decarbonized energy systems by supporting holistic design and de-risking. The technology enables multi-scenario exploration of technical, commercial, and strategic risks, with specific applications in borehole geothermal system design that accounts for building characteristics, sub-surface depletion over time, and smart regulation. It serves real-estate companies and engineering firms seeking to make energy transition projects more viable.
- Artificial Intelligence
- Clean Technology
- Energy
- Property Technology
- Software Only
Funding
Founders
Product
Problem
Decarbonized energy systems often carry high investment and operational costs, and their long-term performance is difficult to predict due to complex interactions between building characteristics, sub-surface conditions, and smart regulation. This uncertainty makes it challenging for project owners to commit to viable energy transition projects and for engineers to assess the impact of each design choice.
Solution
Gemel.io provides a digital-twin technology platform that supports holistic design and de-risking of decarbonized energy systems. The platform enables users to explore multiple scenarios that account for technical, commercial, and strategic risks and opportunities, helping to lower both investment and running costs. For geothermal energy specifically, the technology designs borehole systems by considering building characteristics and use, sub-surface depletion over time, and the smart regulation that will operate the system. This approach allows real-estate companies and engineering firms to make more informed decisions and build viable energy transition projects with secured performance.
Target Audience
Primary customers are real-estate companies seeking to achieve viable decarbonized projects and engineering companies that need to assess the impact of design choices for multi-decarbonized energy systems.
Features
- Digital twin creation for energy projects, enabling multi-scenario exploration of technical, commercial, and strategic risks
- Borehole geothermal system design that accounts for building characteristics, usage patterns, sub-surface depletion over time, and smart regulation
- Holistic design support that integrates building, sub-surface, and operational factors into a single modeling framework
- De-risking capabilities that help project owners assess viability before committing to investment
- Technology applicable to multi-local energy systems, not limited to single-site projects