Insights
Key takeaways | One of the primary hurdles is the complex process of registering energy feed-ins to ensure proper remuneration. Navigating the regulatory framework and securing approvals can be time-consuming and require meticulous attention to detail. Overcoming these challenges is essential to fully unlocking the potential benefits of the energy recovery system and achieving seamless integration into the grid. Potentially, the DC Microgrid can measurably reduce energy consumption by up to 10% and decrease peak loads by up to 50%. Furthermore, the future integration of energy storage solutions could reduce feed-in power by 80%. This potential will also be utilized within the DC Innovation Hub, where training equipment will be optimized for improved energy efficiency, demonstrating both practical and sustainable benefits. The AC measurement of 2024 will be reduced and reported in 2025. The successful operation of the grid highlights the collaborative effort across development, maintenance, and training teams. Their combined expertise has resulted in a reliable and efficient system that meets current goals while laying the groundwork for future advancements. With this achievement, the focus now shifts toward scaling the system and exploring new opportunities for improvement. |
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Future DC plans | Weidmüller will follow up the integration of DC in further functional applications of its own and although of cause we support the design and realization of costumer projects in e.g. production machinery and intralogistics. |