Energy transition

Europe is eager to accelerate the energy transition and achieve both carbon neutrality and energy sovereignty by 2050.

New Nuclear

Energy storage

Energy efficiency & AI

Europe has the talent, industrial base, and policy momentum to succeed if capital is mobilized at the right stage.

The energy transition will rely on breakthrough technology-driven innovations, which are more capital intensive than pure “software” plays — and this is where dedicated investors can make the difference.

Exergon was created to be a pioneer in this space. By investing up to €200M in European companies with scalable, commercially viable technologies, we aim to help build the next generation of climate champions while supporting Europe’s carbon neutrality and energy independence goals.

New Nuclear

Nuclear energy complements renewables as a decarbonized, reliable, and dispatchable source of power. Innovation in advanced modular reactors and fusion has the potential to deliver major gains in safety, waste reduction, competitiveness, and system resilience.

With EU taxonomy recognizing nuclear as a clean energy source, and public attitudes shifting, Europe is now positioned to lead a new wave of nuclear innovation.

We focus on both fission (AMRs, supply chain) and fusion (magnetic and inertial confinement, supply chain).

Energy Storage

Battery technology is the backbone of the energy transition. It underpins every market — from data centers and robotics to electric mobility and grid-scale storage infrastructure.

Across the entire value chain, breakthroughs are emerging: disruptive chemistries, improved performance, extended lifetimes, and recycling technologies that enable true circularity.

Europe must capture this transformation to ensure sovereignty and competitiveness. We back innovators advancing battery technologies and the surrounding ecosystem, building a resilient industrial base that can serve global markets.

Energy Efficiency & AI

A significant share of the energy we produce today is wasted.

According to the IEA, efficiency must improve by 3% annually to stay on track for carbon neutrality.

Energy efficiency improves affordability and reduces emissions at the lowest cost while extending the value of existing resources.

We invest in technologies that increase efficiency at the system level — from superconductive cables that reduce losses in distribution to AI-driven solutions that optimize grids, balance demand, and enhance predictive maintenance.

In addition, there are many AI-driven solutions that underpin the development of New Nuclear and Energy Storage advanced technologies. Together, these innovations deliver smarter, leaner, and more sustainable energy system.