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Telura secures $5M to advance stealth geothermal energy tech

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Telura, a Munich-based geothermal energy startup, has raised $5 million in pre-seed funding led by Nucleus Capital, with participation from First Momentum Ventures and Possible Ventures. This investment aims to accelerate Telura's development of proprietary geothermal drilling technology and reservoir management software, targeting enhanced efficiency and lower costs for accessing deep geothermal resources. The funding comes as geothermal energy gains traction as a stable, renewable baseload power source, contrasting with the intermittency of solar and wind. Telura's technology focuses on accessing deeper, hotter geothermal reservoirs previously deemed uneconomical, potentially unlocking vast new energy supplies.

The strategic backing by Nucleus Capital, a firm with a focus on deep tech and infrastructure, signals confidence in Telura's potential to disrupt the geothermal sector. First Momentum and Possible Ventures add further credibility and industry connections. This round follows Telura's recent demonstration of its drilling system at a German test site, showcasing its ability to reach depths exceeding 5 kilometers. The $5 million pre-seed funding will primarily support scaling production of the drilling equipment and expanding field testing. Geothermal energy currently provides less than 1% of global electricity, but its potential is immense, especially in regions with high geothermal gradients like parts of Europe and North America.

The investment positions Telura as a key player in the emerging geothermal tech landscape. For investors, it offers exposure to a sector poised for growth as nations seek reliable, low-carbon energy sources to meet climate goals. Telura's technology could significantly reduce the cost and time required to develop new geothermal plants, making this renewable resource more competitive with fossil fuels and existing renewables. The company's focus on deep drilling innovation addresses a major barrier to geothermal expansion, potentially unlocking vast new reserves of clean energy.