HomeEnergy & ThermodynamicsTransboundary Dam: Hydropower Diplomacy Simulator

Transboundary Dam: Hydropower Diplomacy Simulator

Interactive 3D simulation of a shared-river hydropower dam: control an upstream reservoir's release rate, switch between unilateral and treaty-coordinated operation, and watch downstream flow deficit drive a live diplomatic tension index.

Energy & Thermodynamics3DModerate60 FPS📱 Mobile-adapted⇄ 2D version
energy-topic-72 ↗ Open standalone

Many of the world's largest rivers cross national borders, and the dam that generates one country's electricity controls the water that feeds another's fields downstream — a structural link between energy policy and peace. This simulator models a single upstream reservoir with a real mass-balance equation: turbine release drains it, natural inflow (throttled by a dry-season slider) refills it, and hydraulic head plus release rate determine live power output in megawatts. Switching between unilateral and treaty-coordinated operation shows the mechanic at the heart of real transboundary water-energy diplomacy — a negotiated minimum flow floor turns a resource one nation could withhold into one both nations can rely on, and the live diplomatic tension index tracks how a downstream irrigation deficit accumulates under each policy.

⚙ Under the hood

Interactive 3D simulation of a shared-river hydropower dam: control an upstream reservoir's release rate, switch between unilateral and treaty-coordinated operation, and watch downstream flow deficit drive a live diplomatic tension index.

hydropowerdamwater diplomacyenergy securityreservoirtransboundary river

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

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