The META (Microturbine for Emission-free Transition Applications) project aims to develop a new generation of high-performance microturbines that can operate with a zero-carbon footprint. The research is based on the evolution of the current natural gas-powered AE-T100 system and aims to redesign its architecture to use hydrogen-based fuels in order to promote a concrete transition to clean, flexible and resilient power generation technologies.
A technological leap towards decarbonized energy
META aims to overcome the limitations of conventional microturbines by introducing innovative solutions from both a thermodynamic and environmental point of view. The development actions concern:
- The maximisation of energy efficiency through aerodynamic and thermal optimization of the system.
- Improving material durability and system resistance to dynamic operating conditions.
- Increasing operational responsiveness and flexibility in order to be able to react quickly to changes in demand or grid conditions.
Flexible, emission-free combustion
One of the most important aspects of the project is the investigation and testing of an advanced combustion technology that is capable of functioning:
- Using flexi-fuels, hydrogen and low-carbon blends.
- In zero or even negative emission mode by integrating CO₂ capture systems or using biofuels.
- In compliance with the strictest European environmental standards for pollutant emissions.
The system will be equipped with continuous emission monitoring to minimise environmental impact and ensure consistent and safe performance.
Intelligent integration in energy grids
META is not only developing a more efficient turbine, but aims to integrate it into a networked energy ecosystem, with a focus on:
- Compatibility with hybrid grids and decentralised systems.
- Linking with storage systems and intelligent demand management.
- Potential use in microgrids, industrial plants or off-grid contexts, with a logic of modularity and scalability.
For a decentralised and sustainable energy supply
The META project represents a fundamental step in the European energy transition and responds to the need for flexible, low-emission and high-performance technologies capable of supporting the development of renewable energy sources and the decarbonization of production systems.
With an applied and industrial vision, META aims to bridge the gap between technological research and the actual deployment of sustainable energy solutions, actively contributing to the achievement of national and European climate targets.
