Impact VC Übermorgen

Übermorgen Ventures focuses on addressing the climate crisis by investing in early-stage startups that are building a resilient and zero-carbon economy. They believe that climate change presents an opportunity to disrupt industries and generate long-term value. The firm invests across three key areas: decarbonization, carbon removal, and adaptation & resilience. In decarbonization, they target technologies that reduce emissions across various sectors like energy, transportation, and agriculture. For carbon removal, they fund technologies that extract carbon dioxide from the atmosphere, alongside the development of markets that support these solutions. Lastly, they support adaptation and resilience measures to manage climate risks, protect ecosystems, and reduce vulnerability to environmental challenges. Übermorgen Ventures aims to empower founders to create scalable businesses that address climate at scale. They believe that climate tech is no longer a niche but a horizontal layer transforming every major industry. With an evergreen model, they aim for long-term impact and partner with entrepreneurs, scientists, and business leaders who share their mission. Übermorgen Ventures facilitates access to granular energy data, empowering developers to focus on innovation and integrate energy data into their applications seamlessly. Their investment approach also includes supporting efforts on measurement, reporting, and verification capabilities within the carbon removal space. The firm views investment in climate tech as critical for a sustainable future, seeking to foster innovation in areas like energy efficiency, electric vehicle charging, and demand response solutions. They support solutions like enhanced rock weathering, which helps remove emissions while also enhancing soil health and fertilizing crops. Übermorgen's vision is to unlock possibilities for fresh energy management solutions and accelerate the green energy transition. They see the potential of breeding enough tritium to maintain steady state consumption by fusion devices, as well as breeding excess tritium to start up the next reactor. They aim to support the development of technology that refines the filtration of impurities from hydrogen, allowing maximal throughput as fast as possible.

Decarbonization, Carbon removal, Adaptation & resilience, Energy, Transportation, Industry, Resource efficiency, Built environment, Food and agriculture, Climate tech, Energy efficiency, Electric vehicles, Sustainable agriculture, Carbon capture, Energy data

Thematische Schwerpunkte und Zielmarktsegmente von Interesse.