Sensors and simulation for energy efficiency and the environment

Overview

The neighborhood as a manageable part of a city representing a social reference system describes the everyday living environment of people and is the suitable framework for controlling the influences of people on their environment and thus on health and well-being. Further developments in sensor technology and simulation are opening up new possibilities for understanding interrelationships and intervening in a targeted manner through the increasing amount of data being collected or generated. However, different uses (industrial property, residential area) result not only in different goals but also in a clearly different starting position for data collection (e.g. fixed vs. mobile, directly vs. at best indirectly measurable variables) and different possibilities for control and influence.

Research questions

SenSim4iCity investigates the use of data under these boundary conditions: How can the energetic management of a property be improved, facility management be supported and the comfort of employees be increased?

How can the interrelationships between road traffic, noise and pollution be described in the residential environment, and how can the actual pollution be represented and reduced?

Scientific approach and methods

In SenSim4iCity, different technological approaches will be applied to concrete examples of the partners in the sub-projects

  1. Development of a visualization tool for efficient performance analysis of an industrial property (Dr. Dirk Pietruschka)
  2. Smart wireless solutions for industrial buildings (Prof. Dr. Dieter Uckelmann)
  3. Numerical simulation of traffic-induced pollution in urban areas (Prof. Dr. Ursula Voß)
  4. Correlation between traffic, particulate matter and noise (Prof. Dr. Berndt Zeitler)

Targeted results

  • Development of customized visualization methods and presentation of the energetic operation of the property on the basis of the building control system in a user-friendly dashboard.
  • Prototypical implementation of already specified use cases in which wireless technologies and open-source software from the smart home sector are used to connect, monitor and control existing buildings and outdoor areas of a site that are not connected to the building control system.
  • Validation of simulation-based assessment of pollutant dispersion and investigation of pollutant reduction measures in an urban residential neighborhood
  • Time-dependent noise mapping and determination of noise pollution in outdoor and indoor areas
ManagementProf. Dr. Ursula Voß, Prof. Dr.-Ing. Berndt Zeitler, Dr. Dirk Pietruschka, Prof. Dr. Dieter Uckelmann
PartnerRobert Bosch GmbH, Soundplan, MANN+ HUMMEL
WebsiteiCity: Intelligent City
Grant No.13FH9I09IA
FundingFederal Ministry of Education and Research (BMBF)
Programme

Forschung an Fachhochschulen

Call for proposal

Strong universities of applied sciences - impulse for the region (FH-Impuls)

Duration01.09.2022–31.12.2024

 

Team

Name and position Field Email and phone Room
Professor +49 711 8926 2814 2/318
Professor, Member of IAF Directorium Building Physics +49 711 8926 2507 7/104
Professor for Information Logistics Faculty of Geomatics, Computer Science and Mathematics +49 711 8926 2632 2/145
Institutsleiter zafh.net; Stabstelle Forschung Zentrum für nachhaltige Energietechnik Stabstelle Forschung im Rektorat der HFT +49 711 8926 2674 7/032
Akademischer Mitarbeiter Zentrum für Nachhaltige Energietechnik +49 711 8926 2845 7/034
+49 711 8926 2685 7/035
Akademische Mitarbeiterin Zentrum für Nachhaltige Energietechnik (zafh.net) +49 711 8926 2854 7/034
+49 711 8926 2567 7/108
+49 711 8926 2311 2/241
Informationlogistics (DigiLab4U) / Didactics +49 711 8926 2552 2/221
Akademische Mitarbeiterin | Akustikgruppe Zentrum für akustische und thermische Bauphysik (ZfB) | Fakultät B | BA Bauphysik | MA Gebäudephysik +49 711 8926 2756 7/113

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