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Direct Marketing via iMSys: Interoperable, Market-Oriented Control

[:de]Controllable generation facilities are one of the key drivers for a successful energy transition. After all, they allow us to tap into vast, previously untapped flexibility in the grid to integrate decentralized generators and volatile consumption peaks with minimal losses. In doing so, prosumers must not only be integrated into the grid in a way that benefits the grid from the outset, but they must also be brought on board through market-oriented control mechanisms. Synergies between hardware, software, and infrastructure are crucial for the successful, cost-effective implementation of direct marketing. These requirements served as the starting point for the collaboration between Swistec, Next Kraftwerke, MeterPan, and PPC.[:]

PPC and EnQS Launch Joint Test Environment for Interoperable iMSys Applications

[:de]Users in the energy and building management systems sectors need access to the energy sector’s digital infrastructure to implement new ideas. The Intelligent Metering System (iMSys) paves the way for this and serves as the central point of contact. A high degree of interoperability is crucial to making these new possibilities accessible to a broad user base. [:]

SMGW 2.0 Kicks Off at Thüga SmartService

We need to take action now, and in collaboration with Thüga SmartService GmbH, we’re setting a new milestone! Our Smart Meter Gateway 2.0 has been certified by Thüga SmartService, and we look forward to continuing our successful partnership!

iRLMSys – Smart Meter for Industry Is Coming

[:de]E.ON, Netze BW, Robotron, Landis+Gyr, and PPC are testing an intelligent, recording load profile measurement system (iRLMSys) for industrial and commercial customers and large-scale generation facilities.[:]

The unIT-e² innovation project launches a field test to increase flexibility in grid-friendly control

The unIT-e² research project is moving from the laboratory phase to the practical phase. In the project’s subcluster called Harmon-E, test subjects have now been successfully equipped with a digital grid connection consisting of SMGW and HEMS. This means that the controllable grid connection can now be tested in real-world operation within the context of Section 14a. The project expects this to yield new insights into the necessity of control interventions and to provide valuable information for grid monitoring.

unIT-e²: Smart Connectivity for Electric Mobility

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29 partners, including Bayernwerk, BMW, Mercedes, PPC, Stadtwerke München, Tennet, and Volkswagen—the Federal Ministry for Economic Affairs and Energy (BMWi) is providing over 30 million euros in funding for a large-scale real-world laboratory aimed at integrating electric mobility in a way that benefits the market and the grid.

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