Stadium Energy Balance Simulator
Interactive stadium energy-balance simulator: tune LED retrofit level, insulation/heat-recovery, roof solar coverage, wind turbine count, geothermal HVAC offset and crowd attendance, and watch onsite generation, grid draw and self-sufficiency respond live in a 3D stadium.
Sports venues are large, spiky energy consumers: floodlights, HVAC for tens of thousands of people, and broadcast infrastructure all draw power at once on event days. This simulator models a stadium's live energy balance — tune the LED retrofit level, insulation and heat-recovery quality, roof solar coverage, wind turbine count, geothermal HVAC offset, sunlight, wind speed and attendance, and watch total load, onsite generation, grid draw and self-sufficiency update in real time over a 3D stadium with animated floodlights, solar roof tiles and spinning turbines.
Tune LED retrofit level, insulation/heat-recovery, roof solar coverage, wind turbine count, geothermal HVAC offset and match-day attendance, and watch a 3D stadium's total load, onsite generation, grid draw and self-sufficiency respond live.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install