Estimate lift electricity use, connected load, monthly units and annual running cost in Indian Rupees for home lifts, apartment elevators, commercial elevators and hospital lifts.
This calculator helps compare lift power use and running cost based on capacity, speed, trips per day, usage pattern, drive type and electricity tariff in India. For better planning, it is useful to also review lift capacity, shaft size and long-term lift maintenance support before finalizing the right system.
Understand how tariff, trips and lift type affect electricity use.
Useful for gearless, MRL, hydraulic and other lift choices.
Suitable for homes, apartments, offices, hospitals and commercial projects.
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Indicative planning estimate for Indian conditions.
Indicative result for comparison and planning.
3.2 kW
2.9 kWh
₹783
₹9,396
This setup looks suitable for moderate daily use.
If lower running cost matters, compare a gearless or efficient traction setup with standby-saving features.
Usually better for villas and lighter daily traffic.
Often suitable for apartments and regular passenger movement.
Common in busy commercial or higher-capacity usage.
This is an indicative planning tool only. Actual power use can change based on motor selection, controller type, travel height, loading, accessories, site condition and user traffic.
Before finalizing a lift, it is best to review capacity, shaft requirements and expected maintenance planning together, especially for long-term running cost and smoother performance.
Once you understand running cost, these pages can help you choose the right lift.
Short customer-friendly answers for readability and search.
A home lift usually uses less electricity than many customers expect, especially with efficient traction systems and standby-saving features. For a more home-specific view, see Home Lift Running Cost in Bangalore.
The monthly running cost depends on lift type, traffic, tariff and efficiency features. This page gives an indicative ₹ estimate for planning. Capacity and shaft fit can also affect the final choice, so it helps to review the Lift Capacity Guide and Lift Shaft Size Guide.
In many applications, gearless traction and efficient MRL lift systems can reduce electricity consumption compared with less efficient setups. Long-term performance also depends on proper service planning and AMC support.
Yes. Good lift planning works best when capacity, shaft size, traffic and running cost are reviewed together. If your project is still in planning stage, the Builder Support page can also help.
