The energy transition is often measured against primary energy — the assumption that today's fossil fuel inputs must be matched one-for-one with renewables. This white paper explains why that comparison is misleading, and how electrification and efficiency could cut global final energy demand by 40%, easing the capital burden of the energy transition.

Our latest white paper explores the evolving dynamics of the energy transition and what this means for institutional investor portfolios.

Europe's renewable energy surge has created €4.2 billion in annual grid congestion costs, yet 73% of EU households remain on fixed-price contracts that prevent them from benefiting. Demand-side flexibility offers a transformative solution: €71 billion in annual consumer savings, 37.5 million tons of CO₂ avoided, and €11 to €29 billion in deferred infrastructure investments by 2030—all while proving that Belgium's 81% dynamic pricing success can be replicated across the continent.

Buildings across Europe are moving from cost centers to energy assets. By pairing efficiency measures with solar PV, batteries, smart controls and flexible operation, delivered via Energy-as-a-Service, projects require no upfront costs yet create predictable, long-dated cash flows.

Germany’s path to building decarbonization creates scalable, financeable retrofit opportunities.

Energy efficiency in Europe drives savings, boosts health, creates jobs, and builds stronger communities across the region.