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Erfurt/Dresden/Mannheim, den 21.01.2026 In der gemeinsamen Erprobung wurde die komplette Kommunikationskette innerhalb der Test-PKI demonstriert – vom GWA-System (Robotron) über das SMGWplus von PPC, weiter zu Wallboxen von Mennekes bis zur anschließenden Umsetzung der Steuerungssignale bei den angeschlossenen Elektrofahrzeugen. Besonders an der Teststrecke ist, dass an ein SMGWplus nicht nur eine sondern vier Wallboxen angeschlossen waren, die jeweils individuelle Steuersignale vom GWA über das SMGWplus empfangen haben.
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Damit zeigen die Projektpartner eindrucksvoll, dass die Steuerung über das SMGWplus skalierbar ist und den Steuerungsrollout voranbringen kann. Der Test wurde im Zuge des BMWE-geförderten Forschungsprojekt SISSY durchgeführt, welches im Projektrahmen das SMGW als Sicherheitsanker für Steuerungsmaßnahmen im Netz untersucht.
Die Übermittlung der Steuerbefehle vom GWA an das SMGWplus erfolgt über COSEM-XML gemäß VDE-Spezifikation. Vom SMGWplus wird das Steuersignal dann über EEBUS an die Wallboxen weitergegeben. Die Lösung erfüllt damit alle Anforderungen an die Interoperabilität und wird zukünftig eine breite Anwendung im Rollout von Steuerungslösungen finden. Mit dem erfolgreichen Zusammenspiel beider Kommunikationswege bestätigt PPC gemeinsam mit den Projektpartnern TMZ und Robotron den Ansatz des SMGWplus als moderne und effiziente Steuerungs- und Ladelösung.
Im nächsten Schritt werden die Projektpartner das SMGWplus ins Feld bringen und so die Praxistauglichkeit unter Beweis stellen.
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Erfurt/Dresden/Mannheim, 21 January 2026 The joint trial demonstrated the entire communication chain within the test PKI – from the GWA system (Robotron) to PPC’s SMGWplus, on to Mennekes wall boxes and finally to the subsequent implementation of the control signals in the connected electric vehicles. What is special about the test track is that not just one but four wallboxes were connected to an SMGWplus, each of which received individual control signals from the GWA via the SMGWplus.
The project partners thus impressively demonstrate that control via the SMGWplus is scalable and can advance the control rollout. The test was carried out as part of the BMWE-funded SISSY research project, which is investigating the SMGW as a safety anchor for control measures in the grid within the framework of the project.
The control commands are transmitted from the GWA to the SMGWplus via COSEM-XML in accordance with VDE specifications. The control signal is then forwarded from the SMGWplus to the wallboxes via EEBUS. The solution thus meets all interoperability requirements and will find widespread application in the rollout of control solutions in the future. With the successful interaction of both communication channels, PPC, together with its project partners TMZ and Robotron, confirms the SMGWplus approach as a modern and efficient control and charging solution.
In the next step, the project partners will put the SMGWplus into the field and thus prove its practical suitability.
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