Rethinking energy: an opportunity for Europe

Rethinking energy: opportunities for a new system

The geopolitical tensions of recent years have made one thing clear: the fossil energy system is not only an ecological burden – it is also a geopolitical risk. Dependence on imports such as oil and gas leads to uncertainty of supply, economic vulnerability and also to political blackmail.

Conflicts around the world show that energy policy has long since also become security and peace policy. An energy system based on fossil resources ties economies to a few producing countries and repeatedly forces states into political compromises that can endanger their sovereignty in the long term.

Yet it is precisely in this situation that a historic opportunity arises: never before have so many technological options been available to fundamentally transform our centralised energy system towards a decentralised one.

The rise of renewable infrastructure

Wind and solar energy have undergone remarkable development in recent years. The technologies are now technically mature, economically competitive and already the cheapest form of electricity generation in many regions. With every new small wind turbine and every photovoltaic panel, energy production grows directly where it is needed. At the same time, new economic opportunities arise: a growing industry for the planning, construction, maintenance and operation of energy plants strengthens regional value creation and creates long-term jobs. Consistent expansion of this infrastructure increases security of supply step by step and reduces dependence on fossil imports.

But the transformation of the energy system does not end with generating one’s own electricity.

Hydrogen: a building block of industrial transformation

Especially for energy-intensive industries, technologies for producing hydrogen play a decisive role. Green hydrogen makes it possible to decarbonise processes in the steel, chemical or cement industries and at the same time to provide flexible energy storage. With white hydrogen, people are currently going one step further and taking nature as a model for producing H2 without energy input.

In addition, CCUS technology (carbon capture, utilisation and storage) is becoming increasingly important. It makes it possible to capture, reuse or permanently store unavoidable CO₂ emissions. In combination with hydrogen, CCUS can help to gradually convert existing industrial structures into climate-neutral production systems.

These technologies thus form a bridge between today’s energy and industrial landscape and a future low-emission economy.

Biomass: energy from regional cycles

Another important building block of the energy architecture is the sustainable use of biomass. Agricultural residues, organic waste, wood residues or energy crops can be converted into electricity, heat or renewable gas in modern plants.

Biomass plays a special role in the energy system: it can be stored and used flexibly. While wind and solar energy depend heavily on weather and time of day, biomass plants can supply energy on demand and thus help to stabilise the grids.

Furthermore, biomass can be combined excellently with hydrogen and CCUS technology. In so-called BECCS systems (bioenergy with carbon capture and storage), CO₂ produced during energy generation can be captured and stored. This even creates the possibility of so-called negative emissions – that is, an active reduction of CO₂ from the atmosphere.

Especially in rural areas, biomass also opens up new economic prospects. Regional value chains emerge, farms gain additional sources of income, and energy production is more strongly integrated into local cycles.

Neutrinovoltaics: energy beyond weather and time of day

Alongside the familiar renewable technologies, completely new approaches to energy generation are currently emerging. One of them is neutrinovoltaics.

This technology uses the kinetic energy of neutrinos and other invisible forms of radiation that constantly stream through matter. Unlike wind or solar energy, this energy source does not depend on weather, time of day or geographical conditions.

Neutrinovoltaic systems could therefore, in the long term, enable a continuous, decentralised basic supply of energy. In combination with existing renewable energies, they could support a completely new, more resilient energy system.

Seizing the historic opportunity

The conversion of the energy system is no longer a distant vision. The technological foundations are in place: renewable electricity generation, energy storage, a sensible hydrogen economy, CO₂ management and new physical approaches to energy generation.

What is needed now is a clear political framework that enables investment and creates planning certainty. Companies, research institutions and energy projects are ready to implement the transformation.

If Europe consistently seizes this opportunity, more can come of it than just a new energy supply. It can lay the foundation for an economically strong, technologically leading, politically independent and much more decentralised energy system.

We have to rely more on technology again instead of ideology.

Statement by a German politician in 2026

Conclusion The path to more freedom

A modern energy system is more than infrastructure – it is a foundation for social stability and economic freedom.

The more energy is generated where it is needed, the smaller geopolitical dependencies become. Decentralised technologies, innovative energy carriers and new physical approaches open up the possibility of understanding energy as a permanently available resource.

The path to this future leads through technology-open diversity: wind, solar, hydrogen, CCUS, biomass and new technologies such as neutrinovoltaics can together form an energy system that combines security of supply, economic strength and political independence.