Energetische Simulation zur Entwicklung der außen liegenden Wandtemperierung: EnergySkin
Research output: Contribution to journal › Research article › Contributed › peer-review
Contributors
Abstract
To achieve climate neutrality and increase the rate at which building envelopes are renovated, innovative approaches to resource-saving systems for large-scale renovation are required. The EnergySkin system consists of a mounting system and a glass module that actively optimizes the heat flow transmission of existing building envelopes through integrated energy generation and controlled heat production. Simulations of electrical energy generation from organic photovoltaics, in conjunction with simulations of the non-stationary energy requirements of the dynamic wall temperature control system, determine the system's energy balance. The annual balance shows that the system can be energy self-sufficient, if it is oriented to the east, south or west. In this case, an integrated electrical storage system must secure the energy generated for the phases with energy demand, as generation is usually not simultaneous with demand. The daily balance is used to define operating modes, dimension an electrical storage unit, and develop control strategies.
| Translated title of the contribution | Energy simulation for developing the “EnergySkin” external wall temperature control system |
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Details
| Original language | German |
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| Pages (from-to) | 27-33 |
| Number of pages | 7 |
| Journal | Glasbau & Fassade |
| Volume | 95 |
| Issue number | 12 |
| Early online date | 15 Jan 2026 |
| Publication status | Published - Feb 2026 |
| Peer-reviewed | Yes |
External IDs
| ORCID | /0000-0002-1130-3264/work/203072439 |
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| ORCID | /0009-0008-5166-7792/work/203072672 |
| Mendeley | 2e689013-f8c4-3824-a6b0-d2dc90056c4b |
| Scopus | 105027691200 |
Keywords
Research priority areas of TU Dresden
- Energy, Mobility and Environment - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
DFG Classification of Subject Areas according to Review Boards
- Architecture, Building and Construction History, Construction Research, Sustainable Building Technology - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
- Urbanism, Spatial Planning, Transportation and Infrastructure Planning, Landscape Planning - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
Subject groups, research areas, subject areas according to Destatis
- Civil Engineering (general) - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
Sustainable Development Goals
- SDG 9 - Industry, Innovation, and Infrastructure - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
- SDG 11 - Sustainable Cities and Communities - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
- SDG 7 - Affordable and Clean Energy - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
- SDG 13 - Climate Action - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
ASJC Scopus subject areas
- Building and Construction - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
- Renewable Energy, Sustainability and the Environment - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
Keywords
- Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
Library keywords
- 624 Civil engineering - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses
- 536 Heat - Energiebilanzierung, Photovoltaik, Transmissionswärmeverluste, Wandtemperierung, dynamische Gebäudehülle, external wall temperature control, energy balancing, photovoltaic, transmission heat losses, dynamic building envelope, dynamic building envelope, energy balancing, external wall temperature control, photovoltaic, transmission heat losses