Our work is shaped by a range of trends and developments, which we monitor closely to enable timely responses and anticipatory measures. As the energy transition progresses, the role of the grid operator continues to evolve. In addition to infrastructure, coordination, collaboration, and innovation are increasingly important. Our strategy outlines how we are adapting to these changes.
The energy transition is experiencing growing pains
Geopolitical developments, government policies to reduce CO₂ emissions, and gas price trends have accelerated the energy transition in recent years. Renewable energy production is growing rapidly, and households, businesses, and the transport sector are becoming increasingly sustainable. As a result, the electricity grid is becoming increasingly congested – to the point that grid congestion has become a structural bottleneck, hampering sustainable projects and economic development. Because it takes time to expand the grid, waiting lists have formed for additional transmission capacity. Uncertainty about support measures is slowing solar panel growth, although it is expected to continue in the long term. The development of district heating networks and hydrogen projects has yet to gain significant momentum. At the same time, climate targets remain firmly in place. Under these circumstances, it is more difficult for industry to become more sustainable.
The growing importance of energy independence
Climate goals, security of supply, and affordability remain key priorities in energy policy and measures. At the same time, energy independence has become more and more important amid rising geopolitical uncertainty. Strengthening domestic renewable energy production and reserves is essential to achieving this goal. It also helps to diversify energy sources, to spread energy imports, and moreover to limit them to reliable countries. In addition, flexibility within the energy system is increasingly critical for maintaining balance between energy supply and demand.
Rising energy costs
The energy transition requires significant investments by governments, businesses, and consumers in insulation, heat pumps, solar panels, and energy infrastructure. This affects affordability: energy bills are rising and subject to great uncertainty due to the limited availability of gas, global developments, and the volatility of renewable energy production. Energy justice and livelihood security are high on the political agenda. The financing and distribution of costs are now at the centre of public and political debate.
Scarcity is complicating the energy transition
The energy transition depends on the availability of sufficient skilled technical staff, materials, and space. An ageing population and growing demand for raw materials are making it increasingly difficult to meet these needs. At the same time, sectors such as housing, nature conservation, defence, and water management are also competing for space. Environmental legislation also imposes additional requirements and constraints, while permitting procedures for energy infrastructure remain complex and time-consuming. In response, policymakers and governments, with broad political support, have launched initiatives to simplify and accelerate these procedures. One such initiative is the EU Grid Package, which exempts the expansion of electricity infrastructure from nitrogen legislation.
Citizens are gaining influence
Governments are facing complex societal challenges, including the energy transition. To strengthen legitimacy and public support, they are increasingly involving citizens in decision-making processes. At the same time, resistance is growing, with more people willing to take action against developments that affect their living environment. As a result, governments are encountering an increasing number of legal challenges.
Data and technology offer opportunities, but also pose risks
Technologies such as artificial intelligence, the Internet of Things, and data-driven decision-making create opportunities to improve the efficiency and effectiveness of service delivery and grid management. In an increasingly weather-dependent energy system, digitalisation plays a crucial role in maintaining the balance between supply and demand. Digitalisation and the targeted use of data are therefore becoming increasingly important elements of our strategy. At the same time, however, our dependence on digital systems is growing. The threat of cyberattacks is growing, requiring greater digital resilience. Furthermore, European regulations such as NIS2 impose stricter cybersecurity requirements on the energy sector.