Having in mind that 53% percent of residential household energy consumption can be attributed to the space heating, as stated by IEA, significant energy savings and load shifting could be achieved through the control of the smart thermostats and thermostatic radiator valves. Therefore, the main topic of this lecture was presenting NUIG’s approach for optimal thermostats control by utilizing white box building model.
After main ideas and concepts regarding building simulator have been presented, more technical details regarding this topic have been presented within the last lecture. An overview of the available building simulator approaches has been given and it was illustrated how building simulator could be developed within web based service, with the specifics regarding the architecture choices. One of the proposed solutions has been developed using JavaScript (JS), showing the advantages over the conventional simulators.
In the SINERGY WP5 framework, three workshops as a combination of training courses and lectures, hands-on experience, social and networking activities are foreseen. The goal is to increase the competence level of PhD students and other interested stakeholders in the domain of the SINERGY project.
This document follows the work outlined in the task T4.3 entitled Engagement of (Institute Mihajlo Pupin) IMP’s early-stage researchers. As envisioned in the SINERGY description of work, besides IMP staff, young researchers from partner institutions (AIT - Austrian Institute of Technology and NUIG - National University of Ireland, Galway) have been involved in all SINERGY activities (e.g.
This document provides a brief overview of collaborative efforts on various projects, work packages, tasks and individual services between Institute Mihajlo Pupin (IMP), Austrian Institute of Technology (AIT) and National University of Ireland, Galway (NUIG). The collaborative actions are given as descriptions of the background motivation as well as the joint work that was conducted between the mentioned institutions.
The main objective of SINERGY work package 3 is to establish collaboration with strategic partners of the project (AIT and NUIG) and enable expertise and “know-how” exchange in the knowledge areas of smart grids, distributed energy resources, building optimization and building information modelling.
The main objective of SINERGY work package 3 is to establish collaboration with strategic partners, i.e. AIT and NUIG,and enable expertise and “know-how” exchange in the area of smart grids, distributed energy resources, building optimization and building information modelling.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 952140.
Copyright 2021. All rights reserved
We also use analytics & advertising services. To opt-out click for more information.