Marie-Claire Gering
M.Sc. Regenerative Energiesysteme (TU Berlin)
Researcher
+49 (0)30 1208 434 77 marie-claire.gering@rl-institut.deActivities
- Power system modeling and optimization
- Development and maintenance of open source code in Python
- Energy system analysis by calculation, evaluation and interpretation of scenarios
Personal Information
Marie-Claire Gering is a researcher in the research unit Transformation of Energy Systems at RLI since October 2022. She is engaged in answering research questions on a climate-neutral energy supply through socially just and sustainable solutions. In the DigiPlan and EmPowerPlan projects, she supports energy systems modeling for web tools to calculate and visualize different scenarios for a climate-neutral energy supply for counties, municipalities and communities.
From July 2019 to September 2022, Marie was already a student assistant at RLI, supporting in the projects oemof_heat, GRECO, UMAS and DigiPlan. Her activities focused on the heat transition, energy system modeling in the Open Energy System Modeling Framework (oemof), the investigation of photovoltaic systems in sustainable municipal system solutions, and the investigation of a possible repurposing of a decommissioned natural gas storage facility in Berlin as a methanation storage facility for a methanation reaction from excess renewable electricity.
Marie studied in the master’s program Regenerative Energy Systems at Technical University of Berlin. She completed her master’s thesis as part of the GRECO project. In it, she modeled and analyzed sector-coupled energy systems with photovoltaic-powered heat pumps and thermal energy storage. Marie received her bachelor’s degree in energy and process engineering from the Technical University of Berlin. She investigated an absorption heat transformer focused on adiabatic absorption as part of her bachelor thesis.
Projects
Potential of heat storage for the state of Berlin
building-dialogue: Building energy transition – in dialogue with society
Short report on the subject of “Neighborhoods in the climate-neutral electricity system”
Urban-rural energy: robustness and transferability of inter-municipal energy transition scenarios in the urban-rural nexus
EmPowerPlan: Regional planning of energy transition
Digital Planning Atlas Anhalt – DigiPlan
UMAS: Underground Methanization in Aquifer Storage
GRECO
oemof_heat
Publications
Tools
oemof-B3
The tool is an energy system model for the regions of Berlin and Brandenburg and comprises the sectors electricity, centralized and decentralized heat, hydrogen, CO2 and methane.