Lars Junghans
Papers
1
Total Citations
2
H-Index
1
About
Lars Junghans is a pioneering researcher in building envelope technologies, with a focus on hyper-local, climate-responsive design. His work centers on developing innovative passive systems that harness solar energy for heating in cold climates while preventing overheating in summer. Junghans’ most notable contribution is the Latitudo Borealis project, which introduces a novel cold-climate wall assembly that absorbs, stores, and transfers solar heat into buildings during winter, paired with exterior shading for summer mitigation. This "hyper-local reverse heat flow assembly" represents a significant step toward energy-efficient, adaptive building envelopes. Although his work has garnered modest citation counts—with his key paper receiving 2 citations—its conceptual novelty and practical implications for sustainable architecture are noteworthy. Junghans’ research bridges the gap between passive design and active energy management, offering scalable solutions for reducing building energy consumption in extreme climates. His contributions are particularly valuable for students and researchers exploring climate-adaptive building technologies, as they challenge conventional thermal dynamics and propose a paradigm shift in how we think about heat flow in building assemblies.
Research Focus
Key Achievements
Top Papers
- 1Experiments Toward Hyper-Local Reverse Heat Flow Assemblies2 citations · 2018