Smart networks for a future-proof energy system

The challenge

The Dutch electricity grid is becoming increasingly complex and interconnected. At the same time, geopolitical developments, resource scarcity and limited space and means demand an energy system that is prepared and able to adapt flexibly.

Thousands of companies are waiting for a grid connection, slowing down growth and innovation. Grid operators invest billions annually in reinforcing and expanding the network. Yet demand for sustainable energy is growing exponentially, while hydrogen, heat and CO₂ integration are playing an ever greater role.

This calls for smart solutions that not only accelerate the energy transition but also strengthen the resilience and earning power of the Netherlands in a changing world.

Future-proof infrastructure

TNO collaborates with policymakers, academia, market parties and industry on smart networks for a future-proof energy system. By integrating and smartly coupling electricity, gas, hydrogen and CO₂ systems, networks become safer, more flexible and resilient. This includes both on-shore and off-shore systems, with attention to cross-border connections and AI-driven monitoring.

Hybrid energy supply

Smart networks combine renewables, storage and conversion technologies. TNO develops energy-management systems that accelerate renewable integration, reinforce business cases and make our energy supply more resilient and secure. Through pilots, demonstrations and data-driven insights, solutions are tested and scaled up to deliver direct impact on the energy transition.

An integral system perspective

A holistic systems approach to energy enables smart decision-making. Through systematic modelling and analysis, it becomes clear where flexibility adds the most value and where collaboration has the greatest impact. Smart networks therefore are not just technological innovations — they are an essential component of an efficient, future-proof energy system.

Heat storage and local grids

Heating and cooling account for a large share of our energy use. Advanced heat-storage systems developed by TNO store energy when it is abundant and release it when needed — reducing peak demand and easing pressure on the grid. These innovations make local energy systems more efficient, reliable and sustainable, supporting a smarter and more resilient network.

Industry as engine of smart networks

Industry plays a key role in a future-proof energy system. By linking production, heat and electricity to the broader network, integrating digital control, storage and renewable supply, companies can lower costs, reduce emissions and strengthen competitiveness. Smart networks help industry not just adapt, but actively lead the energy transition.

Net zero energy solutions & Grid Congestion

The urgency to switch to sustainable energy sources is greater than ever. The government, grid operators, and policymakers face the challenge of making our society more sustainable, realizing the transition to a sustainable energy system, preventing congestion on the energy grid, increasing energy efficiency, and ensuring a smooth energy transition.

We provide research, develop innovations, models, and insights to tackle these challenges.