Power electronics in space

Power electronics are vital systems that manage and distribute electrical power in space vehicles and satellites. They connect solar panels, batteries, and onboard equipment, ensuring reliable operation in the extreme conditions of space.

Europe's push for faster innovation

The European space industry is aiming to accelerate the pace of innovation and production to keep up with global competitors. This includes increasing the number of rocket launches and supporting new companies entering the sector through initiatives like the European Launcher Challenge.

Tradition versus modern demands

Historically, the space industry has focused on proven, reliable technologies with long development cycles. However, in today's competitive landscape, companies like SpaceX have shown that rapid iteration, cost control, and industrialization are crucial for success.

New entrants and funding

European startups are gaining momentum in the space industry, with some receiving substantial funding. For instance, PLD Space has secured 180 million euros to advance its projects, signaling a shift toward diversifying the industry's capabilities.

Innovation in materials

Advances in materials like silicon carbide and gallium nitride are enabling the development of more compact and efficient power systems. However, adapting these technologies for space applications remains a complex challenge.

Challenges in standardization

Europe struggles with achieving cost reductions and standardization due to limited production volumes. Components are often developed for specific purposes, making it difficult to scale and industrialize space technologies effectively.

Strategic sovereignty in space

Maintaining strategic sovereignty in space involves more than just the origin of a program. It requires a strong domestic value chain capable of designing, evolving, and mastering critical technologies to avoid reliance on foreign suppliers.

Need for an industrial strategy

The European space industry needs a clear industrial strategy to guide the development, funding, and standardization of key technologies. This includes not only launchers and satellites but also the essential, less visible systems that underpin space exploration.