Hello Lykkers! Welcome to a new chapter in smart energy solutions! The way we generate and use energy is evolving rapidly, and electric vehicles (EVs) are emerging as powerful tools in this transformation.

Not only are they changing how we move, but they also support energy networks in becoming cleaner, smarter, and more efficient. Let’s take a closer look at how EVs, digital technologies, and innovative energy strategies are working together to shape a brighter, low-emission future.

The Shift to a Smarter Energy Grid

New energy, new challenges

For decades, electricity flowed through a centralized system powered by large facilities. Today, energy is produced from more distributed and renewable sources such as solar panels and wind turbines.

These sources can be found on rooftops, in fields, and even off the coast. However, they depend heavily on changing weather conditions, leading to an unpredictable energy supply that doesn’t always match demand.

TenneT, a leading energy transmission operator in Europe, works to balance this energy flow across the Netherlands and Germany. Their mission is to keep power available and stable at all times. With millions relying on a consistent energy supply, adapting to the changing grid has become a top priority.

The importance of flexibility

Energy demand and supply don’t always align. For example, strong winds in northern regions may generate more electricity than needed, while areas in the south may require more than is available. Moving that power across long distances presents logistical challenges, including infrastructure limits.

To bridge this gap, TenneT is enhancing its transmission network and developing systems that offer greater adaptability. One key to this is flexibility – the ability to adjust when and how electricity is used or stored. This flexibility ensures energy flows where it’s needed, when it’s needed, without waste or disruption.

Electric Vehicles: More Than Just Transport

Charging smarter, not harder

Electric vehicles are now part of the solution. Through smart charging, users can set preferences for when their vehicles charge, depending on availability and energy costs.

These systems connect to the grid and automatically adjust charging to avoid peaks in demand and make use of surplus energy when it's available.

Vehicle-to-grid potential

Some EVs now feature bidirectional charging. This means they can not only draw power from the grid but also return it when needed. In practice, vehicles can store electricity and supply it back during high-demand periods. This approach supports a more stable grid and allows for smarter use of renewable energy.

For example, a pilot project conducted with Daimler Truck AG found that commercial fleets using this technology could cut their electricity expenses by up to 30%. As the number of such vehicles increases, their contribution to energy stability could grow dramatically.

The rise of eVans

By 2030, Germany could see around 200,000 electric vans on its roads. Each one adds to the overall storage capacity available to the grid. These vehicles could provide up to one gigawatt of flexibility—enough to supply power to hundreds of thousands of homes for short periods. By 2040, that number is expected to triple, unlocking even more potential.

Integrating Technology for a Smarter Future

Learning through innovation

TenneT has carried out several successful pilot projects with automotive companies like Nissan. These initiatives tested how EVs could use locally produced energy and even return unused energy back to the grid.

Although these were small-scale efforts, the results were promising and showed how vehicles could help stabilize electricity flow.

Managing a growing network

By 2030, an estimated 15 million electric vehicles could be on the roads in Germany alone. Managing this vast number of energy sources presents a complex challenge. Unlike traditional energy systems, where a few large sources were easy to control, the new model relies on many small contributors.

The role of blockchain

To keep everything connected and secure, TenneT is testing blockchain technology. This digital tool helps track energy data and transactions between all players in the ecosystem—from energy suppliers and service providers to vehicle manufacturers and car-sharing services. One major initiative, called Equigy, enables secure and reliable communication across platforms, supporting more dynamic energy exchanges.

Conclusion: A Powerful Step Forward

Electric vehicles are more than just a way to get around—they’re key players in building a more flexible and sustainable energy system. By supporting balance in the grid, offering storage capacity, and adapting through digital technologies, EVs are helping shape a future powered by clean energy.

Lykkers, as the world continues to shift toward smarter and more eco-friendly systems, embracing the role of EVs in energy management opens up exciting new possibilities. With smart planning and innovation, a well-connected and low-emission energy future is not just a dream—it’s already in motion.