说明
Buildings are responsible for roughly 37% of worldwide global carbon emissions. Decarbonizing our built environment requires tools for setting achievable targets, defining clear strategies, and determining cost-optimal pathways for achievement. To support these developing needs, new tools and opportunities for design services are emerging for developing "building specific” pathways, guiding investments toward electrification. Using customized Revit Systems Analysis- based workflows, Revit users can collaborate with building owners and other stakeholders to create new value streams by capitalizing on information stored within Revit and enabling design with energy and carbon analysis as part of an integrated building information modeling (BIM) workflow. These features allow Revit users to apply "standardized” methods to Revit projects for rapidly and consistently analyzing the energy and carbon (and associated cost) impacts of electrifying HVAC and SHW infrastructure. Impacts of electric tariffs can also be evaluated.
主要学习内容
- Learn from experts how Revit Systems Analysis and the OpenStudio/EnergyPlus integration can be used with custom workflows.
- Learn about how custom "OpenStudio Measures” are used to evaluate the energy and energy costs of heat-pump-based SHW systems.
- Discover how custom OpenStudio Measures are used to evaluate the energy and energy costs of heat-pump-based HVAC systems.
- Learn how to quickly evaluate estimated equipment sizes for heat-pump-based SHW and HVAC system options.
讲师
- CBChris BalbachA professional Engineer With over 25 years of experience in design and analysis of building energy systems, Chris serves as VP of R&D at Performance Systems Development if NY, LLC. Chris is a passionate advocate of "building energy simulation tools" as the best available technology for predicting building performance. He has been working closely with the Autodesk Revit team for several years to develop tools and workflows for extending the capabilities of the Revit Energy Analytical Model.
Giuseppe ArditoQualified by a research background in sustainability focused on the implementation of energy strategies, innovative materials and development of decision-making approach for large real estate developments and asset management firms. International experience in construction project management, building design and sustainability, including net zero energy projects. Giuseppe Ardito is an expert in energy modeling and analysis software to identify design performance metrics for new and existing buildings. At Autodesk, he supports the development and implementation of Building Energy Modelling (BEM) and Sustainability platforms for the AEC industry to help decarbonize the construction sector.
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