Georg Frey

Professor

Saarland University

Germany

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Georg Frey is a Professor at Saarland University in Germany. His research areas include energy systems optimization, digital twins for vehicles, and building energy efficiency. He has recently published articles on topics such as predicting residential energy loads, threat modeling in digital twins, and methodologies for optimizing flexible energy resources. His work emphasizes sustainable living and energy conservation across diverse climates.

Georg Frey

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Articles (20)

Virtual Energy Replication Framework for Predicting Residential PV Power, Heat Pump Load, and Thermal Comfort Using Weather Forecast Data

Threat Modeling and Attacks on Digital Twins of Vehicles: A Systematic Literature Review

Adapting Energy Conservation Building Code-2023 for the Diverse Climates of Pakistan: A Path to Affordable Energy Efficiency and Sustainable Living

Multi-Level Simulation Framework for Degradation-Aware Operation of a Large-Scale Battery Energy Storage Systems

Invisible eyes: Real-time activity detection through encrypted Wi-Fi traffic without machine learning

Control strategies for heat pumps in a residential area under consideration of system operator benefits and grid stability

Multi-Timescale Validation of Satellite-Derived Global Horizontal Irradiance in Côte d’Ivoire

Methodology for the Automatic Generation of Optimization Models of Systems of Flexible Energy Resources

Interfacing TRNSYS with MATLAB for Building Energy System Optimization

A Case Study of the Use of Smart EV Charging for Peak Shaving in Local Area Grids

FAIRness für Modelle und Simulationen

A methodology for multi-criteria assessment of renewable integrated energy supply options and alternative HVAC systems in a household

Numerical Investigation of the Adsorption Process of Zeolite/Water in a Thermochemical Reactor for Seasonal Heat Storage

Integration einer Power-to-Gas-Anlage

Electric Vehicle Battery Storage Concentric Intelligent Home Energy Management System Using Real Life Data Sets

Multi-Objective Techno-Economic Optimization of Design Parameters for Residential Buildings in Different Climate Zones

On Parametrizing Feasible Reconfigurable Systems Under Real-Time, Energy, and Resource Sharing Constraints

Rolling Horizon Based Time-Triggered Distributed Control for AC/DC Home Area Power Network

Forecast Quality of Physics-Based and Data-Driven PV Performance Models for a Small-Scale PV System

Towards zero energy solar households – A model-based simulation and optimization analysis for a humid subtropical climate

Collaborators (2)

Felix Gehlhoff

Alexander Fay

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