GE Vernova has released new insights detailing how Germany can achieve a reliable, affordable, and decarbonized electricity system by 2035. The company’s analysis follows the publication of the Federal Ministry for Economic Affairs and Energy’s (BMWK) latest Energiewende Monitoring Report and accompanying 10-Point Plan, which outline Germany’s progress and challenges in the ongoing energy transition.
According to GE Vernova’s new white paper, Germany’s path to net zero cannot rely on a single technology solution. Issues such as renewable energy curtailment, grid congestion, and escalating system costs demand a coordinated planning approach that connects renewable deployment, demand growth, grid expansion, and dispatchable generation capacity into one integrated energy framework.
Markus Becker, Executive Director of System Economics at GE Vernova Consulting Services, explained “The Monitoring Report correctly identifies the need for additional dispatchable capacity in Germany’s system. What truly matters, though, is how that capacity evolves in parallel with grid upgrades, flexibility resources, and demand-side management. Success depends not on one factor, but on how all these elements work together.”
Building on the BMWK’s findings, GE Vernova recommends four strategic priorities for policymakers, regulators, and energy planners to ensure Germany maintains reliability while advancing decarbonization goals:
Germany’s transition to a secure and low-carbon energy future depends on accelerating integrated system planning that unites generation, transmission, and flexibility investments. A coordinated approach will allow planners and policymakers to align infrastructure development across the energy value chain, ensuring that renewable resources, storage assets, and dispatchable capacity evolve in step with one another. By designing a system where every element complements the others, Germany can strengthen reliability while minimizing total system costs.
Expanding flexibility and storage is equally vital to stabilizing an increasingly renewable-based grid. Strategic investment in battery systems, digital control technologies, and demand-side management will allow electricity consumers to actively support grid balance. These resources help absorb surplus renewable power during periods of high generation and supply stored energy when demand rises, reducing the need to curtail clean energy output and improving overall system efficiency.
To maintain dependable backup capacity, Germany must also deploy efficient and adaptable thermal generation that can operate flexibly alongside renewables. Modern gas-fired units, designed for low emissions and quick ramping, provide the responsiveness required to stabilize supply during fluctuations in wind or solar output. In parallel, policies should encourage the use of technology-neutral decarbonization solutions—such as hydrogen blending, carbon capture, or alternative fuels—to ensure these assets remain compatible with long-term climate goals.
Finally, modernizing the electricity market structure will be key to integrating all these resources effectively. Updated market mechanisms should reflect the true value of reliable capacity, rapid-response services, and low-carbon flexibility. By rewarding performance attributes rather than fuel type, the market can attract investment in both firm and flexible resources, creating an adaptive system capable of meeting Germany’s energy demands while advancing its decarbonization objectives.
The report further stresses the importance of regional cooperation within Europe’s interconnected power network, as well as the need for resilient supply chains for critical components such as generators, transformers, and grid equipment. Strengthening domestic and European manufacturing capacity, GE Vernova notes, will be vital to ensuring energy infrastructure projects are delivered efficiently and cost-effectively.
GE Vernova is a purpose-driven global energy company with core segments in Power, Wind, and Electrification, supported by its accelerator businesses. With over 130 years of experience addressing global challenges, GE Vernova is well-equipped to lead the energy transition by advancing electrification while driving decarbonization efforts. The company helps customers power economies and provide electricity essential to health, safety, security, and overall well-being.
Headquartered in Cambridge, Massachusetts, GE Vernova employs around 75,000 people across nearly 100 countries. Guided by its purpose, The Energy to Change the World, the company leverages cutting-edge technology to support a more affordable, reliable, sustainable, and secure energy future.
GE Vernova’s Consulting Services division offers expert energy advisory solutions, helping customers tackle complex technical and economic challenges within power systems. By integrating advanced technologies and shaping strategies for the energy transition, it assists clients in accelerating progress toward a new energy era. With deep expertise and a global reach supported by local presence, the division delivers power system analysis, feasibility studies, and decarbonization pathways tailored to a diverse range of customers worldwide.
