How much does backup power for a lift cost: what affects the price
The cost of backup power for a lift depends on the equipment power, operating scenario, electrical network parameters, installation conditions and future maintenance.
Why the price depends on the building
Backup power for a lift should not be treated as a separate battery or a universal UPS unit. It is an engineering solution that must work together with a specific lift, the building’s electrical infrastructure, control system, safety requirements and the intended operating scenario during a power outage.
For a developer, hospital or commercial building, the question of price begins not with a price list, but with understanding what the system is expected to do. For one building, the standard guaranteed evacuation system may be sufficient: it moves the lift cabin to the nearest floor and opens the doors. Another building may require a separate backup power system that allows the lift to continue operating during a power outage.
Euroformat approaches the lift as part of the building’s engineering infrastructure. This is why backup power should be discussed together with the lift parameters, power supply, maintenance conditions and future operation.
It is important to distinguish between a guaranteed evacuation system and a separate backup power solution. All Euroformat lifts are equipped with a guaranteed evacuation system which, if the main power supply fails, moves the lift cabin to the nearest floor and opens the doors. A separate backup solution is required when the customer wants the lift to continue operating during a power outage or needs another extended operating scenario.
Main cost factors
| Factor | What needs to be clarified | How it affects the budget |
|---|---|---|
| Lift type and power | Model, drive, load, control system | Determines compatibility and power requirements for the backup solution |
| Purpose of the separate backup power system | Support for a defined number of trips, short-term or longer autonomous operation, integration with the building’s backup infrastructure | The more complex the scenario, the greater the configuration requirements |
| Condition of the electrical network | Available power, stability, electrical switchboard, existing backup systems | May require additional checks or preparatory work |
| Installation location | Accessibility, ventilation, safe placement | Affects installation complexity and future maintenance |
| Maintenance and support | Scheduled maintenance, diagnostics and allocation of responsibility | Important for reliable operation after installation |
Lift type and power
Backup power should be selected for a specific lift rather than without calculation. The equipment type, power, control system, operating mode and technical limitations of the building all matter. A lift in a residential building, healthcare facility or business centre may have different requirements for backup operation.
Lift operating scenario during a power outage
Before preparing a calculation, it is necessary to determine whether the standard guaranteed evacuation system fitted to all Euroformat lifts is sufficient for the building, or whether a separate backup power solution is required to keep the lift operating during an outage.
An extended scenario may include a defined number of trips, a certain period of autonomous operation or integration with the building’s overall backup infrastructure. Such a solution requires a separate technical assessment and calculation.
Condition of the electrical network
Even a high-quality backup solution will not operate correctly unless it is compatible with the building’s electrical network. The electrical switchboard, available power, connection scheme, protection, grounding and the possibility of integration with existing systems should all be assessed. The requirements may differ between older buildings and new-build developments.
Installation and maintenance
The budget includes not only the equipment, but also installation work, connection, configuration, scenario testing and future maintenance. If the system is installed without considering technical access, diagnostics and ongoing support may become more difficult later.
What is required for a calculation
To obtain a meaningful calculation, the customer should prepare a short set of data:
- Building type: residential complex, new-build development, hospital, office, shopping centre or another type of facility.
- Lift type and its main technical parameters.
- Required operating scenario during a power outage.
- Information about the building’s power supply.
- Information about the electrical switchboard and possible installation location.
- Whether a generator, UPS or another backup system is already installed.
- Expectations regarding maintenance and responsibility after installation.
- Contact details for a technical representative who can clarify the project information.
For backup power in a residential building, it is particularly important to coordinate the solution with those responsible for the building’s electrical systems. If complete data is not yet available, the first stage can be a consultation to determine what needs to be checked before an estimate is prepared.
How to compare proposals
Proposals should be compared based on the complete scope of the solution rather than the total price alone. A cheaper proposal may not include an audit, installation, configuration, scenario testing or maintenance. A more expensive proposal may be justified if it takes the actual technical conditions of the building into account.
When comparing proposals, it is worth asking several questions:
- What operating scenario is included in the calculation?
- Has compatibility with the specific lift been checked?
- Has the condition of the electrical network been taken into account?
- What is included in installation and commissioning?
- Who is responsible for maintenance after installation?
- Are additional works that may become necessary after inspection included or identified?
- Is there a clear list of equipment and works in the estimate?
If proposals are based on different initial data, the comparison will not be accurate. The technical specification should be defined first, and only then should the budget be assessed.
To get started, provide the initial data through the Contacts page or use the questionnaire in the lift equipment section.
Request a calculation for backup power for your building or facility after the technical data has been reviewed.
Frequently asked questions
How much does backup power for a lift cost?
There is no single fixed price because the solution depends on the lift type, power, operating scenario, condition of the electrical network, installation conditions and maintenance requirements. An accurate calculation can only be prepared after analysing the technical data for the building. It is important to assess not only the equipment itself, but the entire integration.
What affects the price of a UPS or battery system for a lift?
The budget is affected by the lift power, required operating scenario, system capacity, installation location, electrical infrastructure and the scope of connection work. Compatibility checks and future maintenance should also be taken into account. Without this information, proposals cannot be compared accurately.
Can a generator be used for a lift?
A generator can form part of the building’s backup power infrastructure, but its compatibility with the specific lift must be checked technically. Important factors include power, power quality, connection scheme, automation and the safe operating mode of the equipment. A decision should not be made without consulting specialists.
What information is needed to calculate backup power?
The calculation requires information about the lift, its power, building type, required operating scenario during an outage, condition of the electrical network, installation location and any existing backup systems. For a residential complex, it is also advisable to involve the person responsible for the building’s technical systems. The more accurate the initial data, the more accurate the commercial proposal will be.
Conclusion
The price of backup power for a lift depends not on a single UPS, battery or generator, but on the complete engineering solution for a specific building. The lift type, power, operating scenario during an outage, condition of the electrical network, installation, maintenance and responsibility after installation all need to be considered. Euroformat approaches this issue comprehensively: from analysing the technical data to selecting a solution that meets the requirements of the building, safety standards and real operating conditions.