2015 NI Minutes of the Workshop: Difference between revisions
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==== Working Group (WG) organisation ==== | ==== Working Group (WG) organisation ==== | ||
The Energy ADE is structured in separated modules as decided in Stuttgart in May 2014. Each module is developed, documented and updated by a working group with expert participants and two working group coordinators: | The Energy ADE is structured in separated modules as decided in Stuttgart in May 2014. Each module is developed, documented and updated by a working group with expert participants and two working group coordinators: | ||
*Energy ADE Core: Romain Nouvel and Mostafa | *Energy ADE Core: Romain Nouvel and Mostafa El Fouly | ||
*Materials: Karl-Heinz Häfele and Joachim Benner | *Materials: Karl-Heinz Häfele and Joachim Benner | ||
*Energy systems: Jérôme Kämpf and Moritz Launer | *Energy systems: Jérôme Kämpf and Moritz Launer | ||
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<i>Presentation:</i> [[media:20141030 INSPIRE EngergyWorkshop EIFER2014 Groeger.pdf|The INSPIRE Building Model for Energy Applications]] | <i>Presentation:</i> [[media:20141030 INSPIRE EngergyWorkshop EIFER2014 Groeger.pdf|The INSPIRE Building Model for Energy Applications]] | ||
Concept: Indicator development and connection between domains. | |||
Existing norms for indicators: | |||
*ISO 37120 for Indicators assessing the performance of the city (KPIs on energy, climate, noise, etc.) | |||
*ISO 19109 for spatial indicators | |||
Further work: | |||
*Provide General Indicator Model as no GIM exists yet | |||
*Way to evaluate the indicators and impacts | |||
*Way to inform the indicators: Source, accuracy, etc. = metadata | |||
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<i>Presentation:</i> [[media:20141030_EnergyADE_GroupBuildingPhysics_Benner.pdf|Proposal of a Material Extension for the EnergyADE]] | <i>Presentation:</i> [[media:20141030_EnergyADE_GroupBuildingPhysics_Benner.pdf|Proposal of a Material Extension for the EnergyADE]] | ||
<br/><br/> | <br/><br/> | ||
Investigation of the data requirement for different existing standards dealing with Building heating demand calculation: DIN 18599-2, ISO 13790, VDI 6007. | |||
Concept to transform this data requirement into a UML Schema specification: Energy UML Schema >> Object-related UML Schema >> Building UML Schema. Based on this work, Identification of content and structure mismatches between the data requirement of calculation methods and the present version of the CityGML Energy ADE. | |||
<div style="color:#ff0000"><b>ACTION (M.Zirak/Jul15)</b>:Report the mismatches as issues on GitHub.</div> | |||
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<i>Presentation:</i> [[media:20141030_EnergyADE_GroupBuildingPhysics_Nouvel.pdf|Report of the Activities of the Building Physics Group]] | <i>Presentation:</i> [[media:20141030_EnergyADE_GroupBuildingPhysics_Nouvel.pdf|Report of the Activities of the Building Physics Group]] | ||
==== Inspire directive ==== | |||
*Latest in 2020, all municipalities have to store and manage geodata, in particular on buildings. | |||
*In Inspire, 34 data themes are related to energy, but the use cases about energy are limited. | |||
*Inspire provides technical Guidelines, UML interchange (XMI), GML standards (XSD), etc. | |||
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