Building Performance Simulation

Predicting building performance to inform smart building decisions.

Kirksey uses the latest advanced software to predict building performance and inform smart building decisions. We generate energy and daylight models using software such as cove.tool, ClimateStudio, SimScale, eQuest, and OpenStudio to study building orientation, daylighting, shading, lighting technologies, building envelope assemblies, and HVAC systems. This allows us to formulate a wider array of environmentally-sound design options, explore opportunities for renewable energy generation, and ultimately optimize a building’s performance. 

Building Energy Modeling (BEM) 
We conduct building energy modeling of our projects for code and green building standard compliance. The models can calibrate against existing building performance or a baseline building that meets code, to identify where energy efficiency improvements can be made during the design process.

Daylight and Glare Simulation
Adequate daylight significantly improves indoor environmental quality, but excessive daylight can cause glare and detract from occupant comfort. Conducting daylight and glare simulations early in the design process facilitates the development of efficient building envelopes and glare control strategies. 

Shading and Solar Control Studies
Heat gain from direct solar exposure on a building roof or façade can significantly increase cooling loads, energy consumption, and maintenance costs. These types of studies allow project teams to understand insolation on building surfaces and to design effective shading measures. 

Ventilation and Wind Assessments (CFD)
Dense urban environments, surrounding structures, building massing, and landscape elements all have an impact on outdoor air flows. Whether an upper level terrace, outdoor meeting space, or casual dining area, outdoor spaces need to be functional and comfortable. CFD analyses provide the data needed to understand ventilation effectiveness and shape the design of exterior and interior spaces.