E.ON SE - Experts & Thought Leaders

Siemens Smart Infrastructure and E.ON Drive Infrastructure are collaborating to bring smart and efficient fast-charging infrastructure to millions of electric vehicles driving across Europe.  The two companies have signed a global framework agreement that includes access to the web-based backend service Sifinity Control in addition to DC charging stations. IoT-enabled substations This gives E.ON comprehensive visibility and configuration options across the charging stations to easily manage and monitor the entire charging network. The company has also ordered several IoT-enabled substations. These will provide additional value for E.ON by effectively managing the energy supply for the charging stations and intelligently controlling the infrastructure. SICHARGE D charging system The SICHARGE D charging system enables a total of four charge points to one grid connection In addition to providing backend access to E.ON, which is a new and unique feature, Siemens offers a variety of service concepts over the lifetime of the charging infrastructure. This ensures the highest availability and a reliable charging experience for the driver. The SICHARGE D charging system enables a total of four charge points to one grid connection and the possibility to choose Worldline Valina as one of the various payment terminals. Through this, E.ON gets the flexibility to fulfill different regions’ requirements. two-year timeframe The framework agreement will see the two companies strengthen charging infrastructure across Europe in markets including Germany, Italy, Sweden, and the United Kingdom. This facilitates E.ON’s objective to launch at least 1,000 new public high-power charging points per year. The contract covers a two-year timeframe, during which additional technologies like truck charging and Megawatt charging will be further developed to future-proof increasing demand for a broader range of electric road transport. optimized charging experience Arjan Van Der Eijk, Chief Operating Officer at E.ON Drive Infrastructure, stated, "With Siemens, we have another strong provider on board that supports us with its solutions for the expansion of our public charging network in Europe, serving a wide range of current and future use cases." Arjan Van Der Eijk adds, "The combination of reliable hardware and tailor-made services ensures a stable network and an optimized charging experience." e-mobility testing lab Siemens SICHARGE D chargers, which meet Deutschlandnetz requirements and are compliant with Eichrecht Siemens SICHARGE D chargers, which meet Deutschlandnetz requirements and are compliant with the German calibration law (Eichrecht), have undergone intensive testing at E.ON’s e-mobility testing lab in Essen, Germany, proving their field readiness. The new framework agreement follows a separate tender, which saw Siemens Smart Infrastructure supply and install 17 SICHARGE D chargers in the Czech Republic. quality and reliability Markus Mildner, CEO of eMobility at Siemens Smart Infrastructure, said, "For charging station operators, customer satisfaction and a high level of profitability are the most important priorities." Markus Mildner adds, "With the high quality and reliability of our hardware and our service offerings, we want to support E.ON in achieving this goal." IoT-enabled hardware, software, and services The E.ON subsidiary - E.ON Drive Infrastructure is a pan-European charge point operator that combines network development, construction, and operation of public charging infrastructure for electric cars and commercial vehicles. It is one of the major providers of charging stations along German highways.  Siemens eMobility offers IoT-enabled hardware, software, and services for AC and DC charging from 11 kW to 1 Megawatt for a broad range of applications.

envelio is excited about the launch of the TwinEU project with a vision to improve grid reliability and accelerate renewable energy deployment. Within this project, envelio utilizes its Intelligent Grid Platform (IGP) to significantly contribute to the digital transformation of the EU’s power infrastructure. The launch of the Twin EU project marks a significant step forward in the evolution of Europe’s electricity grid. This initiative is set to create a digital twin of the entire grid, aiming to enhance its operation’s reliability and resilience. The Twin EU project At the heart of the TwinEU initiative is the concept of creating a unified digital model The project marks an ambitious collaboration between grid operators, technology experts, and research institutions, thus underscoring a collective push towards integrating renewable energy resources more efficiently across Europe. At the heart of the TwinEU initiative is the concept of creating a unified digital model from the combination of local digital twins, as outlined in the European Commission’s action plan for grid digitalization. Focus on standardization of data and model exchanges The federation of local digital twins will allow avoiding isolated developments, ensuring interoperability and the seamless exchange of data and models across the consortium. This strategy, having a strong focus on standardization of data and model exchanges, is crucial for unlocking the full potential of the digital twin in the energy system. The envisioned digital twin will serve as the core for European data exchange, facilitating connections to the evolving energy data space. Intelligent Grid Platform (IGP) envelio’s IGP will be instrumental in realizing many of the project’s applications envelio’s Intelligent Grid Platform (IGP) will be instrumental in realizing many of the project’s applications. Their involvement, especially in the German demonstration project alongside partners, such as Westnetz, E.ON Energie Deutschland and E.ON One, signals its vital role in shaping the future of Europe’s energy landscape. Through enhanced grid resilience, better observability and control, and improved forecasting for market operations, TwinEU aspires to bring about a significant transformation in how entities manage and understand their energy networks. TwinEU project funded via the Horizon Europe scheme Everyone at envelio are proud to stand at the forefront of these technological advances, building together with other project participants the path towards a smarter, more resilient European energy system. The TwinEU project is funded with €20 million from the Horizon Europe scheme, spans three years and involves 75 partners, including notable entities like ENTSO-E and E.DSO, as well as grid operators across 15 countries. This consortium stands as one of the largest under the Horizon Europe framework, highlighting the significant scale and commitment behind this endeavor.

Grid connection checks usually require a significant amount of manual effort and tie up a lot of resources within the grid planning department. In addition, distribution system operators throughout Europe report a significant increase in grid connection inquiries for renewable energy systems. In order to automate the processes around the connection check to the greatest possible extent, the two Bavarian grid operators of the E.ON group are rolling out an online service based on SNAP and Online Connection Check (OCC), significantly accelerating the entire procedure. The tool allows grid planners to conduct an independent check of the available hosting capacity in medium and low-voltage networks. Grid connection checks OCC from envelio helps to determine likely grid connection points for the integration of PV systems SNAP was developed by Mitnetz, one of the largest German distribution grid operators, to allow its customers to calculate the best possible connection points for their wind parks, solar farms, or large-scale facilities in the medium voltage grid with a fully digital and automated solution. OCC from envelio helps to determine likely grid connection points for the integration of PV systems, wall boxes, and heat pumps in low-voltage grids. Intelligent Grid Platform (IGP)  Forming the basis of the tool, the Intelligent Grid Platform (IGP) does not only enable precise calculations almost in real-time, but also allows users to reserve the selected connection points. With the SNAP + OCC/IGP bundle, Bayernwerk Netz and LEW Verteilnetz as well as their customers, now have a power solution for the complete automation of grid connection checks in both medium and low-voltage grids at their disposal. The OCC is already live at Bayernwerk Netz; LEW Verteilnetz is planning to launch the app in the coming weeks.