European Commission

Elcogen is a manufacturer and developer of high-performance anode-supported Intermediate Temperature Solid Oxide Fuel Cells (IT-SOFC) and Solid Oxide Fuel Cell (SOFC) stacks, utilizing proprietary materials and technological solutions. Established in 2001, the company aims to facilitate a clean energy future through its innovative fuel cell technology, which significantly reduces emissions from natural gas systems while providing twice the power for the same amount of gas. Elcogen's solid oxide fuel cells are recognized for their efficiency, enabling effective energy conversion, reversible operation for both power generation and hydrogen production, and flexibility in fuel use. This technology not only supports renewable energy generation but also contributes to the production of green hydrogen, offering industries an efficient means to reduce costs and enhance sustainability.

Compular specializes in the development of advanced analytic tools aimed at the creation of high-tech materials. The company focuses on digital material development, offering simulation and analysis capabilities that predict material properties based on intuitive design principles. Their tools provide actionable insights into the properties of materials and liquids, facilitating the screening of candidate formulations and enhancing mechanistic understanding of material functions. This predictive approach supports research and development processes across various applications, including batteries, fuel cells, metals and alloys, pharmaceuticals, electronics, and chemicals. By leveraging molecular dynamics and density functional theory, Compular aims to improve the success rates of laboratory trials for its clients.

Elcogen is a manufacturer and developer of high-performance anode-supported Intermediate Temperature Solid Oxide Fuel Cells (IT-SOFC) and Solid Oxide Fuel Cell (SOFC) stacks, utilizing proprietary materials and technological solutions. Established in 2001, the company aims to facilitate a clean energy future through its innovative fuel cell technology, which significantly reduces emissions from natural gas systems while providing twice the power for the same amount of gas. Elcogen's solid oxide fuel cells are recognized for their efficiency, enabling effective energy conversion, reversible operation for both power generation and hydrogen production, and flexibility in fuel use. This technology not only supports renewable energy generation but also contributes to the production of green hydrogen, offering industries an efficient means to reduce costs and enhance sustainability.

Kraftwerk Group is a German renewable energy company founded in 2016, specializing in the development of advanced fuel cells that convert various fuels—such as natural gas, liquified gas, gasoline, and kerosene—into electricity. These fuel cells are designed for a diverse array of applications, including transportation solutions like e-bikes, passenger vehicles, light commercial vehicles, motorhome RVs, and medium-duty trucks. Additionally, Kraftwerk's technology supports stationary and portable systems, making it suitable for small and mid-size applications, emergency power, waste-to-energy projects, and IoT charging solutions. The company is also known for manufacturing nanocoated full metallic tubes, which are integral to building compact and efficient fuel cells for mobile use.

Kraftwerk Group is a German renewable energy company founded in 2016, specializing in the development of advanced fuel cells that convert various fuels—such as natural gas, liquified gas, gasoline, and kerosene—into electricity. These fuel cells are designed for a diverse array of applications, including transportation solutions like e-bikes, passenger vehicles, light commercial vehicles, motorhome RVs, and medium-duty trucks. Additionally, Kraftwerk's technology supports stationary and portable systems, making it suitable for small and mid-size applications, emergency power, waste-to-energy projects, and IoT charging solutions. The company is also known for manufacturing nanocoated full metallic tubes, which are integral to building compact and efficient fuel cells for mobile use.