Space Solar Power Ascends: TerraSpark Secures Major Funding for Next-Gen Energy
April 4, 2026, 9:33 am
TerraSpark, a European innovator, secured over €5.4 million in pre-seed funding. This capital fuels the development of space-based solar power. The startup aims to deliver continuous, weather-independent energy to Earth. This addresses Europe's escalating energy crisis, grid constraints, and rising data center demands. The strategy initiates with commercializing terrestrial wireless power transmission. This validates safety, efficiency, and regulatory compliance on Earth. Subsequent phases target orbital systems. An orbital technology demonstrator is planned for 2027. Initial space-to-Earth power transmission is slated for 2028. An experienced team, including ex-ESA and Tier Mobility founders, leads the effort. Investors like Daphni and better ventures support this ambitious leap. The project moves space energy from concept to infrastructure. The future of sustainable power is ascending, promising a new era of energy security.
The energy landscape is shifting. A bold new player is making waves. TerraSpark, a European startup, just secured over €5.4 million in pre-seed funding. This capital propels their ambitious mission. They aim to harness the sun's power from space. Their goal: continuous, clean energy delivered to Earth. This signals a turning point for global power solutions.
The funding round saw significant investment. Daphni, better ventures, and the Hans(wo)men Group participated. Strategic business angels also joined. This substantial pre-seed injection underscores investor confidence. It empowers TerraSpark to accelerate technology development. Pilot applications and live testing are now within reach. The funding validates a visionary approach.
Space-based solar power (SBSP) is the core concept. It means capturing solar energy in orbit. Then, transmitting it wirelessly to receivers on Earth. This offers distinct advantages. Space provides uninterrupted sunlight. No clouds, no night, no atmospheric interference. The sun shines constantly above the atmosphere. This promises truly continuous power generation. It eliminates intermittency issues inherent in terrestrial solar.
Europe faces pressing energy challenges. Demand for power keeps rising. Grid infrastructure strains under pressure. Data centers, especially, require immense, reliable energy. SBSP offers a powerful solution. It delivers energy independent of terrestrial conditions. It boosts energy resilience. This reduces reliance on volatile fossil fuels. It strengthens national energy security. TerraSpark directly targets these critical issues.
The concept of SBSP is not new. It has existed for decades. Previously, it remained largely theoretical. High launch costs proved a major barrier. Manufacturing limitations also hampered progress. Now, the landscape has changed. Launch costs have plummeted. Satellite manufacturing advanced dramatically. Orbital robotics capabilities improved. These technological leaps make SBSP a practical reality. What once seemed futuristic is now achievable.
TerraSpark employs a strategic, phased approach. They are not jumping directly to space. Their initial focus is on Earth-based applications. They will commercialize radio frequency-based wireless energy transmission. This technology has immediate industrial uses. This step is crucial. It allows TerraSpark to validate key aspects. They will prove safety, efficiency, and regulatory compliance. This ground-level validation builds a robust foundation. It de-risks the eventual transition to orbit.
Wireless power transmission on Earth holds its own value. It can power remote sensors. It can charge drones in flight. Industrial settings can benefit greatly. Imagine machinery powered without cables. This early commercialization generates revenue. It refines the core technology. It prepares the market for a larger vision. This practical first step is a smart move.
The ultimate goal remains space-to-Earth power. TerraSpark has a clear timeline. Pilot applications and demonstration use cases are imminent. An orbital technology demonstrator is planned for 2027. This will be a crucial test. It will prove orbital power capture. It will validate in-space transmission. Initial space-to-Earth power transmission is targeted for 2028. This rapid progression showcases bold intent. It points to a new era of energy infrastructure.
TerraSpark is led by an experienced team. Jasper Deprez serves as CEO. Sanjay Vijendran is the CTO. Matthias Laug takes the COO role. Their collective expertise is formidable. Jasper Deprez founded Tradler. Sanjay Vijendran brings experience from the European Space Agency (ESA). Matthias Laug co-founded Tier Mobility, a major player in urban mobility. He also served at ClimateTech Enter. This combination of space, engineering, and scaling business talent is powerful. It underpins TerraSpark's credibility.
The implications of successful SBSP are vast. It offers a path to energy independence. Countries could reduce reliance on imported fuels. It provides clean, carbon-free energy. This accelerates climate goals. It fosters technological leadership in a critical sector. TerraSpark's work could redefine energy generation. It offers a tangible solution to complex global challenges. The journey is just beginning. But the potential is limitless. This investment marks a significant step. It moves humanity closer to a future powered by the stars. The race for space energy has truly begun.
The energy landscape is shifting. A bold new player is making waves. TerraSpark, a European startup, just secured over €5.4 million in pre-seed funding. This capital propels their ambitious mission. They aim to harness the sun's power from space. Their goal: continuous, clean energy delivered to Earth. This signals a turning point for global power solutions.
Funding Fuels Innovation
The funding round saw significant investment. Daphni, better ventures, and the Hans(wo)men Group participated. Strategic business angels also joined. This substantial pre-seed injection underscores investor confidence. It empowers TerraSpark to accelerate technology development. Pilot applications and live testing are now within reach. The funding validates a visionary approach.
Space-Based Solar: A New Frontier
Space-based solar power (SBSP) is the core concept. It means capturing solar energy in orbit. Then, transmitting it wirelessly to receivers on Earth. This offers distinct advantages. Space provides uninterrupted sunlight. No clouds, no night, no atmospheric interference. The sun shines constantly above the atmosphere. This promises truly continuous power generation. It eliminates intermittency issues inherent in terrestrial solar.
Addressing Earth's Energy Crisis
Europe faces pressing energy challenges. Demand for power keeps rising. Grid infrastructure strains under pressure. Data centers, especially, require immense, reliable energy. SBSP offers a powerful solution. It delivers energy independent of terrestrial conditions. It boosts energy resilience. This reduces reliance on volatile fossil fuels. It strengthens national energy security. TerraSpark directly targets these critical issues.
From Sci-Fi to Feasibility
The concept of SBSP is not new. It has existed for decades. Previously, it remained largely theoretical. High launch costs proved a major barrier. Manufacturing limitations also hampered progress. Now, the landscape has changed. Launch costs have plummeted. Satellite manufacturing advanced dramatically. Orbital robotics capabilities improved. These technological leaps make SBSP a practical reality. What once seemed futuristic is now achievable.
A Phased Path to Orbit
TerraSpark employs a strategic, phased approach. They are not jumping directly to space. Their initial focus is on Earth-based applications. They will commercialize radio frequency-based wireless energy transmission. This technology has immediate industrial uses. This step is crucial. It allows TerraSpark to validate key aspects. They will prove safety, efficiency, and regulatory compliance. This ground-level validation builds a robust foundation. It de-risks the eventual transition to orbit.
Earth-Based Applications First
Wireless power transmission on Earth holds its own value. It can power remote sensors. It can charge drones in flight. Industrial settings can benefit greatly. Imagine machinery powered without cables. This early commercialization generates revenue. It refines the core technology. It prepares the market for a larger vision. This practical first step is a smart move.
Looking Skyward: Orbital Ambitions
The ultimate goal remains space-to-Earth power. TerraSpark has a clear timeline. Pilot applications and demonstration use cases are imminent. An orbital technology demonstrator is planned for 2027. This will be a crucial test. It will prove orbital power capture. It will validate in-space transmission. Initial space-to-Earth power transmission is targeted for 2028. This rapid progression showcases bold intent. It points to a new era of energy infrastructure.
A Team of Visionaries
TerraSpark is led by an experienced team. Jasper Deprez serves as CEO. Sanjay Vijendran is the CTO. Matthias Laug takes the COO role. Their collective expertise is formidable. Jasper Deprez founded Tradler. Sanjay Vijendran brings experience from the European Space Agency (ESA). Matthias Laug co-founded Tier Mobility, a major player in urban mobility. He also served at ClimateTech Enter. This combination of space, engineering, and scaling business talent is powerful. It underpins TerraSpark's credibility.
Sustainable Future, Secure Power
The implications of successful SBSP are vast. It offers a path to energy independence. Countries could reduce reliance on imported fuels. It provides clean, carbon-free energy. This accelerates climate goals. It fosters technological leadership in a critical sector. TerraSpark's work could redefine energy generation. It offers a tangible solution to complex global challenges. The journey is just beginning. But the potential is limitless. This investment marks a significant step. It moves humanity closer to a future powered by the stars. The race for space energy has truly begun.