EcoKettle Digital Twin

Interactive Thermal Simulation Dashboard

Heating Curve

Energy Savings

Temperature Retention

Three-Lever Breakdown

Annual Impact

Heating Curve Simulator

Physics: Q = m × Cp × ΔT with thermal mass and heat losses. Compares EcoKettle (insulated, dose-right) vs Conventional (uninsulated, full fill).

Water Volume

250 ml

Target Temperature

88°C

Ambient Temperature

20°C

EcoKettle Water Temp

Heater Surface Temp

Conventional Water Temp

Annual Energy Savings Calculator

Conventional: fills to 1L, boils to 100°C, re-boils 30% of the time. EcoKettle: heats exact amount, targets correct temperature (weighted avg 88°C), no re-boil.

Cups Per Day

4 cups

Cup Size

Electricity Price (EUR/kWh)

€0.30

Grid Carbon Intensity (gCO₂/kWh)

230 g

Temperature Retention Curve

Newton's Law of Cooling: T(t) = T_ambient + (T_initial - T_ambient) × exp(-t/τ). Compares three insulation strategies.

Initial Temperature

100°C

Ambient Temperature

20°C

Time Horizon

Conventional (τ=15 min)

EcoKettle Mid — Aerogel (τ=90 min)

EcoKettle Premium — Vacuum (τ=360 min)

Three-Lever Energy Breakdown

Toggle each lever to see its contribution. Conventional: 1L, 100°C, re-boil → ~180 Wh. EcoKettle: 250ml, 88°C, insulated → ~35 Wh.

Lever 1 — Dose Right (250 ml)

Lever 2 — Temp Target (88°C)

Lever 3 — Insulation (No Re-boil)

Annual Impact Dashboard

Per-household annual savings. Select your country for localized electricity price and grid carbon intensity.

Country