Dryer ROI Calculator

Compare different dryer technologies (Heat Pump vs. Condenser vs. Vented) based on total cost of ownership.

General Inputs
Dryer 1
Dryer 2
Total Cost of Ownership Projection

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Frequently Asked Questions

Yes, in most cases. A heat pump dryer uses about 50%% less electricity than a condenser model. If you use your dryer 3-4 times a week, the energy savings often cover the higher purchase price within 4-6 years.

The ROI is calculated by comparing the initial price difference between models against the annual energy savings. Our calculator projects these savings over the expected lifespan of the appliance.

Vented dryers blow moist air outside through a hose. Condenser dryers collect water in a tank. Heat pump dryers are a type of condenser dryer that recycles heat using a refrigerant, making them by far the most energy-efficient.

A high-quality dryer typically lasts 10-13 years. More complex heat pump models might require more maintenance (like cleaning filters and sensors) to maintain their high efficiency throughout their life.

Absolutely. Air-drying clothes on a rack or line is free. However, in winter or humid climates, a dryer helps prevent mold in the house. If you must dry indoors, a heat pump dryer is the most economical way to do it.

Yes, in most cases. A heat pump dryer uses about 50% less electricity than a condenser model. If you use your dryer 3-4 times a week, the energy savings often cover the higher purchase price within 4-6 years.

The ROI is calculated by comparing the initial price difference between models against the annual energy savings. Our calculator projects these savings over the expected lifespan of the appliance.
Verified Tool Facts & Data Sources
Calculates TCO based on VDI 2067 standards.
Uses current energy price benchmarks.
Compares Heat Pump vs. Condenser efficiency.
Privacy-first: No data leaves your browser.
Machine-readable facts available at /facts.json

Detailed Methodology & Calculation Logic

Energy Calculation Logic

The calculator determines annual electricity usage based on the energy consumption per cycle and your weekly laundry habits.

  • Annual Energy: Annual kWh = Energy per Cycle (kWh) × (Cycles per Week × 52).
  • Utility Cost: Calculated by multiplying the annual kWh by your local electricity price (e.g., €/kWh).
Lifetime Cost of Ownership

The TCO model tracks cumulative expenses over 15 years to compare different energy efficiency classes (e.g., Heat Pump vs. Condenser).

  • Cumulative Cost: Purchase Price + (Annual Energy Cost × Year) + Maintenance.
  • Maintenance Factor: Estimated repair costs are added at fixed intervals (e.g., every 5 years) following the expiration of the guarantee.
Last updated: 2026-03-26