Author

Lukas Oppelt

Observed names: Lukas Oppelt, Oppelt, Lukas

Observed institution: TU Bergakademie Freiberg

ORCID: 0000-0002-4142-3697

Observed ORCID: 0000-0002-4142-3697

OpenAlex ID: A5094096774

Modeling of heat and solute transport in a fracture-matrix mine thermal energy storage system and energy storage performance evaluation

2024 · Chaofan Chen, Martin Binder, et al. · Journal of Hydrology · 24

Mine Water as an Energy Source: Overview of Technical Basics, Existing Plants, and Monitoring Results

2025 · Lukas Oppelt, Thomas Grab, et al. · Mine Water and the Environment · 12

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Underground thermal energy storage in mines: Field scale heating-cooling cycles and performance at the Reiche Zeche underground mine

2026 · Alireza Arab, Lukas Oppelt, et al. · Journal of Energy Storage · 3

Mine water as seasonal heat storage in urban regions—a case study for Freiberg (Germany)

2026 · Lukas Oppelt, Fritz Raithel, et al. · Grundwasser · 1

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Monitoring Results of the Energy Consumption Behaviour of Two Highly Solar-Powered Apartment Buildings

2022 · Lukas Oppelt, Andreas Gäbler, et al. · 1

Mine water geothermal energy a source of energy for heating, cooling and storage - From status quo to challenges and monitoring of existing systems

2026 · Timm Wunderlich, Lukas Oppelt, et al.

Mine water heat storage with heat pump as a solution for decarbonisation in urban areas

2026 · Lukas Oppelt · Technology Collaboration Programme on Heat Pumping Technologies

MineATES - Nutzung grundwassererfüllter bergbaulicher Hohlräume als thermische Energiespeicher

2026 · Arab, Alireza, Binder, Martin, et al. · RENATE

GEoQart - Klimaneutrale und sektorenübergreifende Wärme- und Kälteversorgung von Gebäuden mit Grubenwassergeothermie als innovative Energiequelle ortskonkret für Quartiere in der Montanregion Erzgebirge als Modellregion

2026 · Grab, Thomas, Ebel, Tom, et al. · RENATE

Coupled thermal, hydraulic and geochemical processes in mine thermal energy storage at the Reiche Zeche underground mine (Freiberg, Germany)

2026 · Traugott Scheytt, Alireza Arab, et al.

Flat-Rate Rent for Solar Houses—Monitoring Results of 5 Years with Effects of User Behaviour and Recommendations for Future Projects

2026 · Lukas Oppelt, Thomas Storch, et al. · Lecture notes in civil engineering

Grubenwasserwärmespeicher in Stillgelegtem Bergwerk -nutzung Von Untertägigen Hohlräumen Als Reallabor

2026 · Wunderlich, Timm, Oppelt, Lukas, et al.

Abandoned and Flooded Mines as Heat Storage Reservoirs: In-Situ Investigations and Integration into District Concepts

2026 · Lukas Oppelt, Thomas Wenzel, et al. · Lecture notes in civil engineering

Examination of Waste Heat Utilisation from a Water Treatment Plant to Supply a District with Renewable Heating and Cooling

2026 · Timm Wunderlich, Nico Steyer, et al. · Lecture notes in civil engineering

Entwicklung und Validierung eines prädiktiven Tools für die Charakterisierung und Effizienzsteigerung von Grubenwassergeothermiestandorten

2025 · Oppelt, Lukas · Qucosa (Saxon State and University Library Dresden)

A reduced numerical model for predicting temperature dynamics in flooded mine galleries under seasonal heat loads and storage conditions

2025 · Willi Krause, Tom Ebel, et al.

Storing Thermal Energy in Underground Mines: In Situ Simulations at the Freiberg Living Geo-Lab

2025 · Alireza Arab, Martin Binder, et al.

Thermal energy storage and extraction at the MTES real laboratory site Reiche Zeche: microbial response and implications

2025 · Julia Mitzscherling, Leonie Gabler, et al.

The Reiche Zeche Geo-Lab for in-situ simulation of mine thermal energy storage (MTES): Design and insights.

2024 · Martin Binder, Alireza Arab, et al.

Evaluation of the mine thermal energy storage potential with a stochastic discrete fracture matrix model

2024 · Chaofan Chen, Martin Binder, et al.

Works count: 26

Citation count: 44

H-index: 3

I10-index: 2