TECO 2030

Fuel cells are emerging as a promising power solution for data centers, offering a blend of reliability and environmental benefits. The technology generate electricity through a chemical reaction between hydrogen and oxygen, producing only water and heat as byproducts. For data centers, fuel cells can serve as both primary and backup power sources, providing clean, consistent energy while helping to secure mission-critical operations. They offer an alternative to traditional diesel generators, potentially reducing the carbon footprint of data centers. As the technology advances and becomes more cost-effective, fuel cells are increasingly being considered and tested by major tech companies for their data center operations. This shift could mark a significant step towards more sustainable and resilient power solutions in the data center industry. Reach out to TECO 2030 to learn more. post@teco2030.no #hydrogen #fuelcells #datacenters

Fremtidens Hurtigbåt - A Step Towards Emission-Free Innovation and Maritime Transport! Exciting news for the future of Norway's maritime transportation! Today, the Norwegian Government has announced an allocation of NOK 200 million in the state budget for 2025 to accelerate the development of Fremtidens Hurtigbåt, a project aimed at creating faster, greener, and more efficient passenger ferries. This significant investment represents a strong commitment to innovation in sustainable transport, reducing emissions, and enhancing connectivity along our beautiful coastline. As we look toward a future with cleaner maritime solutions, this initiative will play a key role in pushing the boundaries of technology and making Norway a leader in sustainable transport. TECO 2030 is looking forward to the opportunity to be a part of this project and power the zero emission high speed passenger ferry. Do you want to learn more? Contact us at post@teco2030.no #Innovation #Sustainability #Norway #FremtidensHurtigbåt #Maritime #CleanEnergy 

Our mission is to help customers towards zero emission by accelerating the hydrogen industry with efficient, robust, and affordable fuel cell technologies. One of our most exciting projects is our collaboration with AVL. After three years of dedicated work, we are thrilled to share the latest results from our marine fuel cell development, tested and validated at AVL testbeds in Graz, Austria. FCM400 Development Highlights: Performance: The fuel cell system delivers 325 kW net power with over 46% energy efficiency and excellent dynamic performance (t90 ≤ 5 seconds). Integration: It features a high volumetric power density (>130 kW/m³), strong isolation resistance (~2 MΩ), and solutions for explosion load and pipe rupture. The system is designed for easy servicing and ready for marine certification. Industrialization: The concept and layout are prepared for industrial production in gigawatt size. Do you want to learn more about our system? Contact us at post@teco2030.no or www.teco2030.no $TECO $TECFF #fuelcells #hydrogen #environment

TECO 2030 is excited to announce a strategic shift from manufacturing fuel cells in Norway at present, to positioning itself as a global technology provider. By offering licensing agreements to international partners, TECO 2030 is poised to accelerate the global adoption of its fuel cell technology in heavy-duty applications. This shift allows the company to focus on its core technology to unlock new international growth opportunities. Stack production might still take place in Norway. TECO 2030’s pivot opens exciting new opportunities for investors by enabling the company to efficiently scale its offerings through licensing agreements. TECO 2030 continues to explore complementary markets, including data centers, mining, and heavy-duty trucking. The company’s planned joint venture with Advait Infratech Limited in India and its U.S. operations, through TECO2030 INC, will leverage favorable market conditions and public funding, such as the IRA, to drive growth in these key regions. For full release, visit: https://lnkd.in/dDmBuCGU Contact post@teco2030.no $TECO $TECFF #hydrogen #fuelcells

Another great workshop in Graz, Austria today with AVL, The Bartos Group, Next Gen Capital, and Hamilton Clark Sustainable Capital, Inc.! The collaborative spirit and high-level discussions made this an exceptionally productive session. We delved into transformative fuel cell technologies, innovative financing models, and the next generation of sustainable solutions. Together, we explored key strategies for accelerating the green transition and strengthening our collective efforts towards decarbonization. Thank you for joining us in Graz! Want to learn more? Reach out to post@teco2030.no $TECO $TECFF #hydrogen #fuelcells #sustainability

TECO 2030 has been recognized among the 50 most innovative small and medium enterprises (SMEs) in the maritime industry for 2024. The list, compiled by Thetius, highlights companies leading the way in advancing technology, sustainability, and operational efficiency across the sector. The maritime industry is undergoing significant transformation, and SMEs like TECO 2030 are playing a critical role by driving innovation in areas such as green technology and decarbonization solutions. TECO 2030 stands out for its work on fuel cell technology and the development of hydrogen-based propulsion systems that are helping the shipping industry reduce its carbon footprint. Their innovations are contributing to cleaner and more sustainable shipping operations, aligning with global efforts to decarbonize maritime transport. These advancements are essential as the industry faces increasing regulatory pressures to cut emissions, and TECO 2030's hydrogen fuel cells are seen as a key part of the future energy mix for ships. By focusing on sustainable solutions that promote energy efficiency, the company is not only reducing emissions but also contributing to the industry-wide transition towards net-zero shipping Thank you Thetius for the recognition! $TECO $TECFF #hydrogen #fuelcells #maritime #cleanshipping

Over the past three days, TECO 2030 and Advait Infratech Limited had a productive workshop with AVL in Graz, Austria, where we visited the test bed for our FCM400 module. This workshop was key to aligning our shared goals of establishing and commercializing TECO 2030's fuel cells in India. Our discussions made these goals more concrete, and we reached a mutual understanding on the path forward, as outlined in our April 2024 press release. Full press release here: https://lnkd.in/d7ZWxrpw The next steps involve setting up the joint venture in India. We thank the Advait team for joining us in Graz and witnessing the FCM400 in action. TECO 2030 is looking much forward to continuing moving mountains together towards common success. post@teco2030.no $TECO $TECFF #hydrogen #fuelcells #partnerships

Trains are well-suited for hydrogen and fuel cell propulsion for several reasons: Long Range and High Energy Demand: Hydrogen fuel cells can provide sufficient energy for long-distance travel, making them ideal for trains that operate on long routes where electrification may not be feasible. Hydrogen has a high energy density, which is beneficial for powering heavy trains over extended distances. Low Emissions: Hydrogen-powered trains produce only water vapor as a byproduct, significantly reducing emissions compared to diesel trains. This makes them an attractive option for reducing greenhouse gas emissions and pollution, particularly in regions aiming for greener transportation solutions. Non-Electrified Routes: Many rail networks, especially in rural or remote areas, are not electrified due to the high infrastructure costs. Hydrogen fuel cell trains can operate on these non-electrified routes without the need for expensive electrification projects, offering a flexible and eco-friendly alternative to diesel trains. Quick Refueling: Hydrogen fuel cells can be refueled relatively quickly compared to battery-powered alternatives. This is important for trains, which often operate on tight schedules and need to minimize downtime. Scalability: Hydrogen fuel cell technology is scalable, meaning it can be adapted to various types of trains, from regional passenger trains to freight trains, making it a versatile solution for different rail transport needs. Quiet Operation: Hydrogen fuel cell trains are quieter than traditional diesel trains, reducing noise pollution, which is especially important in urban areas and along passenger routes. Support for Renewable Energy: Hydrogen can be produced from renewable sources, such as wind and solar energy, through electrolysis. This makes hydrogen-powered trains a part of the broader renewable energy ecosystem, supporting clean energy goals. In summary, hydrogen and fuel cell propulsion offer a sustainable, flexible, and scalable solution for rail transport, especially in regions where electrification is impractical. Contact us at post@teco2030.no to learn more! $TECO $TECFF #hydrogen #fuelcells #environment #sustainability

CINEA - European Climate, Infrastructure and Environment Executive Agency has invited HyEkoTank together with four other EU-funded projects to be presented at the SMM Hamburg - the leading international maritime trade fair during the Event "Innovations supporting waterborne greening and decarbonisation". HyEkoTank will be presented by TECO 2030s Director of Business Development Fredrik Aarskog today at SMM Hamburg. When ➡ Wednesday 4th September 2024. 14:00-15:30 Where ➡ Hamburg Messe und Congress GmbH at the European Commission stand Hall A4, Room St. Petersburg https://lnkd.in/d8s2GiEM Contact us: post@teco2030.no #hydrogen #fuelcells

TECO 2030 has arrived in Hamburg and is all set for SMM Hamburg 2024! Visit us at booth B6.337 to discover how hydrogen fuel cells can meet your energy needs without emissions. post@teco2030.no #hydrogen #fuelcells