SSEO Case Study
SSOE, a global architecture and engineering firm, led the design of a manufacturing facility in Southeastern region of the United States.
Multiple Analyses Run Quickly
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Key Benefits
Generation of Comparative Reports
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Visual Data to Support Decision-making
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SSEO Case Study
SSOE, a global architecture and engineering firm, led the design of a manufacturing facility in Southeastern region of the United States. Early in the design phase, they evaluated three façade glazing options:
- Storefront systems with multiple windows
- A simplified window-only design
- A horizontal storefront configuration
While local code was considered, building performance was the primary driver for both the designers and the owner.
SSOE’s typical workflow involves coordination across disciplines, which can be time-consuming. Although a Revit model existed, it was linked to Forma for initial environmental
To address this, Envelope Analysis was used to study glazing percentages and their impact on heat gain and daylighting.
“Coordination with our mechanical designers was so much quicker and easier because we obtained information through Envelope Analysis early on.”
Multiple analyses were run quickly, generating comparative reports and visual data to support decision-making.
“Using Envelope Analysis allowed us to carry out a process that would usually take a full day or more in twenty minutes.”
By examining how different glazing ratios affected performance, optimal WWRs were selected for each façade, balancing daylight and heat gain. Forma and Envelope Analysis provided clear, graphical insights that enhanced understanding and supported more informed design decisions.
Facade Option A
While local code was considered, building performance was the primary driver for both the designers and the owner.
SSOE’s typical workflow involves coordination across disciplines, which can be time-consuming. Although a Revit model existed, it was linked to Forma for initial environmental
To address this, Envelope Analysis was used to study glazing percentages and their impact on heat gain and daylighting.
Facade Option B
While local code was considered, building performance was the primary driver for both the designers and the owner.
SSOE’s typical workflow involves coordination across disciplines, which can be time-consuming. Although a Revit model existed, it was linked to Forma for initial environmental
To address this, Envelope Analysis was used to study glazing percentages and their impact on heat gain and daylighting.
Facade Option C
While local code was considered, building performance was the primary driver for both the designers and the owner.
SSOE’s typical workflow involves coordination across disciplines, which can be time-consuming. Although a Revit model existed, it was linked to Forma for initial environmental
To address this, Envelope Analysis was used to study glazing percentages and their impact on heat gain and daylighting.
Key Features Used
Energy Model
Clean Up
Early Investigation
of Window-To-Wall
Ratio