Artur Lowen

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This paper presents a hardware solution for embedding multi-agent controls of PEBB based power electronics systems. The architecture of the proposed solution is presented here together with the experimental results of Hardware in the Loop testing of a prototype. Validation of both power and communication characteristics has been addressed. The test case(More)
This paper introduces a new data-driven bottom-up monitoring approach for distribution systems. In this approach, local estimations of the subsections into which the system is split are performed independently, thus leading to a scalable architecture. The monitoring approach is focused only on the estimation of voltage magnitude rather than the complete(More)
The electrical system is facing a dramatic transformation. A main trend is the digitalization of the grid that implements automation and monitoring concepts at every voltage level. The consequent growing role of data management is calling for new paradigms in the service implementation. This paper presents a cloud-based platform concept that enables an open(More)
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