Maximising Building Efficiency with the Right Commercial Lifts
Commercial lifts are some of the most heavily
used systems in a building because they move people and goods between floors
and keep daily operations moving. Are you planning to upgrade the ones in your
property to handle higher traffic and reduce delays? Here are some tips on
matching your lift system to your building’s demands so that it can handle peak
traffic, no problem.
Understand your building’s specific needs
Start by identifying what your building
actually requires. How much weight does the lift need to carry? How much space
do you have available? Are access points tight or restricted?
Consider where the lift will operate. Do you
plan to install it indoors or outdoors? In areas where the ground isn’t level? Answering
these questions will help you choose a lift that matches your building’s
requirements to avoid performance issues and safety concerns.
Pick the right type of commercial lift
Different types of commercial lifts suit
different buildings and uses. When you know how each type works, it’s easier to
make a better decision.
Electric traction lifts are
commonly used in apartment buildings and commercial properties across
Australia. In addition to their smooth operation and clean performance, they
are also known for being simple to maintain. These elevators usually operate
inside a lift shaft, which can be part of your building structure or
constructed using materials like steel and glass.
Hydraulic lifts (as the name suggests) uses
hydraulic fluid to power the lifting system. You will often see them in
commercial environments, although they can also be installed in residential
properties in some cases.
If you’re moving items instead of people, dumbwaiters will get the job
done. These commercial lifts are a common
sight in restaurants and hotels, as well as hospitals, for transporting
anything from food and documents to laundry and supplies between floors. With a
dumbwaiter, your staff can work more
efficiently and keep operations organised.
Consider sustainability and energy efficiency
Energy efficiency is an important factor when
selecting commercial lifts. Traction elevators typically use less energy than
hydraulic systems, which can lower operating costs and reduce environmental
impact. You can also look for features such as regenerative drives and LED
lighting, as well as standby modes to improve energy savings.
If your building aims to meet Australian
sustainability standards, you may also want to explore lift systems that
contribute toward Green Star certification from the Green Building Council of
Australia.
Features that maximise efficiency
·
Energy-efficient motors
help reduce power consumption while maintaining strong performance.
·
On the other hand, gearless
motor technology improves hoisting efficiency to reduce your energy use and
provide quieter, smoother operation. You’ll often find these efficient motor
systems in traction elevators.
·
Regenerative drives in commercial lifts
capture energy produced during braking and return it to the building’s
electrical system. This reduces wasted energy and can help lower your overall
energy costs.
·
A machine-room-less (MRL) lift can also maximise your
building’s efficiency since all its components are within the shaft instead of
requiring a separate machine room. It lets you save space and simplifies
building design. When combined with gearless
traction machines or regenerative drives, these lifts can also improve energy
efficiency.
Lift Experts can help you choose the right
commercial elevator
Here at Lift Experts, choosing commercial
lifts is a lot more straightforward. We
carry out a detailed needs analysis to understand your building requirements,
then consider other unique factors that can impact your choice, such as budget
and customisation options.
If you need help comparing commercial
lifts for your building, you can request a
quick estimate or ask for a callback. We can present options from eight
different OEM manufacturers, making it easier for you to compare commercial
elevators and choose the right units based on overall value and cost.

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