Christian Vering is a Researcher and Team Leader for Refrigeration Cycles at the Chair of Building and Room Climate Technology within RWTH Aachen University's Faculty of Mechanical Engineering. He specializes in evaluating the performance and environmental impacts of heat pump systems, from refrigerant selection to system controllers, utilizing advanced optimization methods coupled with dynamic simulation models and hardware-in-the-loop validation techniques. Dr. Vering earned his doctorate in April 2023 with a dissertation titled "Optimal Design of Heat Pump Systems for Existing Buildings." He studied Mechanical Engineering with a focus on renewable energy technology at RWTH Aachen from 2010 to 2016, including a six-month internship at Porsche AG investigating thermal management strategies for sports vehicles. During his studies, he worked for seven semesters at the Chair of Technical Thermodynamics. His research demonstrates a clear trajectory toward integrating artificial intelligence with traditional control systems, particularly using deep reinforcement learning to optimize heat pump performance while simultaneously reducing noise and increasing efficiency. Recent work emphasizes environmental impact assessment of refrigerants and the critical role of heat pumps in decarbonizing residential heating systems, with significant focus on natural refrigerants like propane. His publications reveal a methodological approach combining theoretical modeling, experimental validation, and practical implementation. Dr. Vering established and operationalized the Refrigerant Laboratory at RWTH Aachen, featuring a compressor test bench and an air-water heat pump using propane refrigerant. Since July 2023, he serves as Principal Investigator in the German Research Foundation's Priority Program 2403, investigating interactions between heat pumps and storage systems. His scientific contributions have been recognized with notable awards: Borchers Plakette, RWTH Aachen University (2024) Young Scientist Award of the German Climate and Refrigeration Technology Association (2022) As Principal Investigator in Priority Program 2403, Dr. Vering leads significant research initiatives investigating heat pump interactions with storage systems. His work involves extensive collaboration with multiple research groups and industry partners. While not explicitly listed as primary advisor, his leadership role in the Refrigeration Cycles team suggests substantial involvement in mentoring junior researchers and students. Dr. Vering is actively involved with the Urban Energy Lab 4.0 initiative, which takes an integrated approach to sustainable urban energy systems. His Refrigerant Laboratory serves as a key experimental facility for validating theoretical models and developing next-generation heat pump technologies, particularly focusing on flammable natural refrigerants and their safe implementation in building energy systems.
