To improve the efficiency and the hosting capacity of distribution networks in the low voltage grid collecting and processing of vast amounts of different data sets is needed. To achieve this, massively interconnected and smart sensors and actuators are required…
On June 10th the RESOLVD project held an e-demo day which reflected the current developments of the project by demonstrating next generation technologies to improve the efficiency and hosting capacity of distribution networks The event was organized by the Smart…
The Power Electronic Device (PED) is responsible for managing a Hybrid Energy Storage System (HESS). And the Intelligent Local Energy Manager (ILEM) is accountable for operating the Power Converter Source (PCS) according to the operator’s expectations. Accordingly, the ILEM is…
One of the main concepts underpinning EU H2020 RESOLVD project is the hybridization of energy storage systems as a way to maximize technical and economic performance of storages and simultaneously provide various services to end user(s). In RESOLVD, the concept…
The software solution of RESOLVD project aims to enable the advanced functionalities of active management and monitoring of the low voltage grid - through analytics - developed in the project, offered by different applications in a distributed ecosystem. The design…
Traditionally, the Wide Area Monitoring System (WAMS) is referred to a collective infrastructure in charge of managing (i.e. measuring, aggregating and analysing) time-synchronized data (i.e. synchrophasors) coming from distributed sensor devices. It is composed of PMUs, PDCs (gateways), a dedicated…
The 6th Global Meeting of the RESOLVD Project took place in Graz (Austria) on March 3rd and 4th 2020. The meeting was organized by the Competence Group Cyber Security and Defence of JOANNEUM RESEARCH – DIGITAL. As RESOLVD is now…
The scheduling problem has been defined as a classical constraint satisfaction problem with a corresponding fitness function. The goal of the scheduling problem is to estimate the optimal configuration of the network and schedule battery set-points and status of switchgears…
With more than 30 technical actors the RESOLVD system has a complex architecture that integrates not only hardware systems and devices but also software components, applications and services. All of them must be properly interconnected and communicate in realtime, allowing…
Generation and demand forecasting is necessary for an efficient management of energy systems. In particular, in the RESOLVD project it is intended for supporting the detection of future critical events in the grid (e.g. congestions or voltage limits violations) and…