HomeEnergy & ThermodynamicsGPU Power Draw Simulator: Frame Rate vs Energy Efficiency

GPU Power Draw Simulator: Frame Rate vs Energy Efficiency

Interactive 3D GPU power model: adjust resolution, graphics quality, frame-rate cap and power limit to see how a graphics card's power draw, achieved FPS and performance-per-watt efficiency respond in real time.

Energy & Thermodynamics3DModerate60 FPS📱 Mobile-adapted
energy-topic-46 ↗ Open standalone

Gaming's real energy footprint is not just data-center servers — every gaming PC and console draws GPU power that scales dramatically with rendering settings. This simulator models a real graphics card's dynamic power curve: choose a resolution and quality preset, cap the frame rate, and dial in a power limit, then watch the 3D card's heatsink glow and its cooling fan spin faster as the modeled power draw, achieved frame rate and performance-per-watt efficiency update live. It demonstrates the single biggest energy-saving lever available to any gamer or streaming platform — capping frame rate cuts power roughly with the square of the reduction, far more than most players expect.

⚙ Under the hood

Interactive 3D model of a graphics card's dynamic power curve — adjust resolution, quality preset, frame-rate cap and power limit to see GPU power draw, achieved frame rate and performance-per-watt efficiency respond live.

gpupower drawenergy efficiencygaming hardwareframe ratedvfs

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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