Expanding the grid by 2025: Building the foundation for a successful energy transition

TL;DR

• Grid expansion is crucial for the energy transition and energy security.
• By 2024: 3,085 km of new power lines; by 2030: another 12,000 km planned.
• Underground cables are preferred for environmental and public acceptance reasons.
• Challenges: bureaucracy, opposition, and labor shortages.
• Solutions: public involvement, smart technologies, and innovative cables.
  

Goal: Climate neutrality and sustainable energy supply by 2045. 🌍

Why grid expansion is essential

A reliable power grid is the backbone of the energy transition. It ensures that the growing volume of renewable energy generated by wind and solar farms can be safely and efficiently delivered where it’s needed – to households, businesses, and industries. However, building a future-proof grid is no simple task. Key challenges include complex approval processes, which can take several years, and resistance from local communities, particularly in rural areas. Despite these obstacles, grid expansion presents significant opportunities: it drives innovation in the energy sector, creates jobs, and plays a crucial role in achieving climate goals. 💡 Good to know: An efficient power grid can directly integrate up to 90% of renewable energy, accelerating the transition away from fossil fuels!

Facts and figures: The current state of grid expansion in Germany

Germany has made significant progress in expanding its power grid in recent years. By the end of 2024, 3,085 kilometers of new lines will have been completed, with a large portion consisting of underground cables. These are particularly advantageous in densely populated areas or protected landscapes.

Regional focus

Major projects like SuedLink and Ultranet are playing a key role. For instance, SuedLink will span over 700 kilometers, connecting northern and southern Germany to efficiently transport surplus wind energy.

Projects planned through 2030

By the end of this decade, more than 12,000 kilometers of additional lines are set to be built. The goal is to optimize electricity transport so that renewable energy reaches consumption centers with minimal losses.

International comparison

Germany is among Europe’s leaders in grid expansion, although countries like the Netherlands, with their more compact grid structures, are advancing more quickly in certain areas. 📊 **Did you know? **Nearly 80% of the planned new projects involve underground cables – a technology that protects the landscape while increasing public acceptance.

The role of high- and extra-high-voltage lines

High- and extra-high-voltage lines are essential for transporting electricity over medium to long distances. They serve distinct purposes:

• High-voltage lines (110 kV): Primarily used for regional power distribution, these lines deliver energy from large substations to local networks.
• Extra-high-voltage lines (220–380 kV): These transport electricity over long distances with minimal losses and are critical for moving energy from generation hubs (e.g., wind farms in northern Germany) to consumption centers (e.g., industrial regions in the south).

Overhead lines vs. underground cables

While overhead lines are more cost-effective and quicker to install, underground cables offer advantages like reduced visual impact and lower electromagnetic emissions. They are particularly suitable for nature reserves or densely populated areas where overhead lines often face opposition. 🔍 Expert tip: Innovative cable technologies like NA2XS(F)2Y combine efficiency with environmental sustainability, making them an ideal solution for advancing the energy transition!

“The choice between overhead lines and underground cables is not just a technical decision but also one of public acceptance. Both technologies have their place – the key lies in finding the right balance.”

Obstacles and solutions in grid expansion

Grid expansion is not just a technical endeavor but also a societal challenge. Lengthy approval processes, which can take up to ten years, and resistance from community initiatives often hinder progress on many projects.

Common obstacles

• Bureaucratic hurdles: Coordination between multiple authorities often delays project starts.
• Regional acceptance issues: Citizens frequently criticize the impact on landscapes or fear negative effects from electromagnetic fields.
• Skilled labor shortages: Demand for specialized workers in the cable and grid construction industry exceeds supply.

Proposed solutions

• Transparency and engagement: Involving citizens early in the planning process helps reduce fears and misconceptions.
• Technology adoption: Digital tools like 3D modeling can make planning faster and more efficient.
• Collaboration: Closer cooperation between grid operators, policymakers, and businesses is essential to overcome barriers more quickly.

📢 Did you know? Projects with active public participation are typically approved twice as fast as those without!

Grid expansion as a driver of the energy transition

Without a comprehensive expansion of power grids, the energy transition will remain a vision. New power lines connect regions with high renewable energy generation to consumption hubs across Germany. This not only enhances energy security but also drastically reduces reliance on fossil fuels.

Energy security

An expanded grid can better manage fluctuations in power generation – such as during windless or cloudy days. The integration of storage systems further strengthens the grid, making it more resilient to peak loads.

Climate goals

Germany has committed to achieving climate neutrality by 2045. Grid expansion is essential to accommodate the growing capacities of wind and solar energy and to utilize them efficiently. ⚡ Good to know: Modern cables can transport up to 40% more electricity than older systems, actively increasing grid capacity!

Outlook: What’s next by 2025?

The coming years will be pivotal for the energy transition. Projects like SuedLink, A-Nord, and Ultranet are nearing completion and will form the backbone of Germany’s new power grid.

Digitizing the grid

Emerging technologies such as smart monitoring systems and AI-driven analytics will help detect and resolve grid disruptions more quickly.

Integrating new technologies

The adoption of hydrogen technologies and decentralized storage systems will make the grid more flexible and resilient. This will allow for even better utilization of renewable energy and further optimization of energy supply. 🚀 Did you know? Germany invests over €15 billion annually in grid expansion – one of the highest amounts worldwide!

Shaping the energy future together

Grid expansion is the backbone of the energy transition – without it, green electricity often goes unused because it cannot reach consumption centers. Every new kilometer of power line brings us closer to** climate goals**, strengthens energy security, and lays the foundation for a sustainable energy future. However, the journey is not without challenges: bureaucratic hurdles, technological demands, and local resistance often slow down projects. That’s where KLZ comes in. With a wide range of innovative cable technologies, such as NA2XS(F)2Y and NAYY, we provide the infrastructure needed for modern and efficient power grids. Our quick delivery, in-depth market knowledge, and close relationships with our customers in Germany and the Netherlands make us a reliable partner for grid operators and installers. Additionally, we are committed to sustainability – whether through recycling, using secondary raw materials, or offering free drum return services. In short, KLZ is ready to support the energy transition with high-quality cables, technical expertise, and sustainable solutions. Together, we can actively shape the energy future! 🌱⚡