If you are considering installing a lift in your home, it is normal to wonder how much electricity a lift uses and whether it could significantly increase your electricity bill.
In practice, modern home lifts are designed to be integrated into standard residential properties with controlled electricity consumption. In many cases, depending on use and system configuration, their consumption can be compared to that of small household appliances.
Is a lift an extra energy cost in your home?
The electricity consumption of a home lift mainly depends on three factors:
- Type of traction system: Gearless or hydraulic
- Frequency of daily use
- Efficiency of the control system
In detached homes, consumption is usually low because the lift remains idle for most of the time. This means that the real impact on the household electricity bill is limited compared with other domestic appliances.
In addition, in modern installations with an A energy rating, consumption remains optimised even with frequent daily use.
How much power does a lift actually use?
The consumption of a home lift depends on daily use, the number of floors and the technology installed. In a detached house with average use, approximately 15–25 trips per day, annual running costs are surprisingly low:
| Daily use | Annual consumption | Annual cost at €0.30/kWh | Monthly cost |
|---|---|---|---|
| 10 trips | 63–75 kWh | €20–25 | approx. €2 |
| 20 trips, high use | 127–150 kWh | €35–50 | approx. €3–4 |
How variable frequency drives and contracted power affect consumption?
Energy consumption does not depend only on the motor, but on the full control system.
Variable frequency drive, VVVF
The variable frequency drive regulates the lift’s start and stop, avoiding consumption peaks. This allows for more stable and efficient energy use on every journey.
Gearless technology
Gearless motors eliminate mechanical friction components, improving energy efficiency and reducing losses within the system.
Standby consumption
In a home, the lift remains stationary for around 90% of the time. For this reason, modern systems include LED lighting and low-consumption modes to reduce energy use while idle.
Why is electric lift more efficient than hydraulic in consumption?
When comparing hydraulic and electric lifts, nominal power is a key factor. While conventional systems often require an increase in the contracted electricity supply, SHE-Elevator engineering is designed to optimise energy consumption:
- Extreme efficiency: Our models can operate at around 1.5 kW under optimised operating conditions.
- Real-life comparison: A domestic oven consumes around 2.2 kW, while a washing machine uses approximately 2.5 kW.
- Advantage on your bill: This low power requirement allows you to keep your standard household electricity contract, usually between 5 and 6 kW, without paying more for the fixed power term.
The result: it can help you avoid increasing your contracted power, removing an additional fixed cost before the lift even moves for the first time.
Frequently asked questions about lift electricity consumption
Do I need to change my electricity contract to install a lift?
In most cases, no. Our most efficient models require between 1.5 and 2.3 kW, which fits perfectly within a standard single-phase domestic electrical installation, without the need to increase the contracted power or pay more for the fixed power term.
What happens to consumption if I get trapped during a power cut?
Safety does not mean extra consumption. These lifts are fitted with an automatic battery rescue system. In the event of a power failure, the lift descends to the lower floor and opens the doors automatically, without depending on the mains supply.
Does a lift consume more than an LED television?
Under residential use conditions, consumption is usually comparable to or lower than that of continuously running appliances such as a fridge.
What technical maintenance helps reduce the bill?
Ensuring that your lift has a correctly configured gearless system and variable frequency drive will help avoid power peaks and reactive energy charges, keeping your bill as low as possible.
Financial peace of mind and accessibility
Installing a lift at home no longer means facing a major expense. SHE-Elevator’s single-phase lifts offer low consumption, maximum accessibility and an immediate increase in property value.
To explore the technical metrics in more detail or compare specific models, we invite you to read our detailed guide on home lift energy costs and discover the most efficient solution for your particular case.
