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Proposal for Worker Radiation Safety Directive Requested from Commission Due to Radiation Exposure Risks

Minister MV Blank Voices Opinion on Energy Transition Being Financially and Socially Feasible

In Mecklenburg-Western Pomerania, wind and solar power make up a greater share of electricity...
In Mecklenburg-Western Pomerania, wind and solar power make up a greater share of electricity generation than any other region in Germany. Despite this, the economy and population have yet to reap the full advantages of this renewable energy boom. (Illustration) Image Provided.

Unleashing Mecklenburg-Vorpommern's Green Power: Navigating the Energy Transition with People and Planet in Mind

Energy Transition Proclaimed Economically and Socially Viable by Minister of Economic Affairs and Energy Blank - Proposal for Worker Radiation Safety Directive Requested from Commission Due to Radiation Exposure Risks

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Wolfgang Blank, the department head of Mecklenburg-Vorpommern's Energy Ministry, has a mission: to champion the energy transition in a way that's beneficial for the economy, the environment, and the locals. "We aim for an energy revolution that sticks - financially, socially, and technically sustainable," Blank declared in Schwerin.

At the annual Energy Ministers Conference, slated for Rostock-Warnemünde from May 21 to 23, 2025, Blank plans to set the course for these goals and ensure the new federal government upholds its pledge to create legal frameworks. And, in the Bundesrat, he's outlined numerous initiatives in this regard.

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Residents and businesses in regions densely populated with wind parks, like northern Germany, have borne the brunt of exorbitant electricity prices. This has fueled resistance to wind turbines in the past. To counteract this, Blank insists on clear rules, equitable participation, and coordinated planning. In other words, he's championing harmonious expansion of power grids and renewable energy plants. "Locals deserve a tangible advantage - through participation, value creation, and affordable energy bills," Blank clarified.

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Blank advocates not just prioritizing energy generation but addressing the associated costs. Power producers, who have reaped massive benefits from legal regulations, should share infrastructure expenses, Blank contends. Consumers, particularly those in the north, have been footing the bill for costly network upgrades through high charges, he argues. Fair regulations for grid connection and the integration of energy storage are vital for a balanced system, Blank emphasizes.

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The production of hydrogen from renewable energy sources serves a crucial role, as it can prevent wind turbines from being idle during low-demand periods. For instance, when wind speeds are low, excess energy can be used to generate hydrogen, which can later be converted back into electricity as needed.

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To ensure a prosperous future in Mecklenburg-Vorpommern, policy changes are essential. This includes implementing a community policy that prioritizes vocational training programs in the renewable-energy industry. By offering opportunities for the workforce to develop skills in renewable-energy production, we can foster growth within this sector and create jobs for local residents. This new framework, when approved by the Bundesrat in 2025, will provide a solid foundation for the renewable-energy industry's financial and technological sustainability, benefiting both the environment and the people of Mecklenburg-Vorpommern. By focusing on the expansion of renewable energy and power grids, we can generate affordable energy for all and minimize resistance towards wind turbines in densely populated regions. Additionally, it's essential to address costs associated with renewable energy by sharing infrastructure expenses among energy producers. This will help balance the system, making it fair for both producers and consumers. The production of hydrogen from renewable sources can also play a significant role in this transition by preventing idle wind turbines during low-demand periods. Excess energy can be utilized to generate hydrogen, which can later be converted back into electricity as needed, ensuring a consistent energy supply.

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