Energy efficient design of new and retroffited buildings in healthcare districts

Title: Energy efficient design of new and retrofitted buildings in healthcare districts
Description: This use case is developed by the project STREAMER. .
Data Domain(s): Building Products (Including Geometry), Building Data, Energy, Geolocation and Weather
Objectives:

Knowledge-based modelling of integrated EeB technologies and measures, optimally integrating these EeB design solutions, and validating the whole lifecycle energy performance during the design stage
Provide the multidisciplinary design teams with advanced design tools by improving the open interoperability between Building Information Modelling (BIM) and Geographical Information System (GIS) in a Semantic Web (SW) environment, and by enabling model-based analysis of the energy performance.
Effectively manage information flow, knowledge integration, communication and decision-making in the participatory semantics-driven design process according to the principles of Integrated Project Delivery (IPD).

Stakeholders: Building/Facility Owner, Architect, Energy Manager/Auditor, Engineer HVAC
Requirements:

Client requirements (specific requirements for hospital design) and other constraints (location, max. dimensions, ..)
Data of the existing building (in case of retrofitting)
Data on district level (energy relevant data of buildings within the district)

Capture design rules to assist the design team in transferring client requirements into energy efficient design.
Expand building design to district level

Data is Processed during BLC Stage: Planning and Design and Retrofitting/Refurbishment/Reconfiguration
Uses Data Generated During BLC Stage: Planning and Design and Retrofitting/Refurbishment/Reconfiguration
Data Standards Used: IFC, CityGML
Associated Projects: www.streamer-project.eu
External source(s):
Use Case Description in BIM*Q Tool: BIM*Q Use Case
Wiki contributors: Matthias Weise (AEC3)