Across the Gulf, the energy transition conversation is dominated by megawatts of new solar and wind capacity, grid interconnections, and national renewable targets. For instance, the UAE has set a 44 per cent clean energy target for 2050, while Saudi Arabia is targeting 50 per cent of electricity from renewables by 2030, and both countries have committed to achieving net zero by 2050 for the UAE and 2060 for the kingdom.
However, there is a quieter, faster lever sitting inside the region’s factories, water plants, and utilities that gets far less attention: the electric motor.
Motor-driven systems account for around a quarter of the world’s total electricity use, and close to 60 per cent of all the electricity industry consumes. They drive the pumps, fans, compressors and conveyors that keep industry, water networks and buildings running: largely invisible, but foundational to everything else.
Yet globally, only around a quarter of installed motors are paired with a variable speed drive, the technology that matches a motor’s speed and output to what a process actually needs, rather than running it flat-out regardless of demand. It is one of the most proven, fastest-payback efficiency upgrades in industrial engineering, and it remains dramatically under-deployed.
The UAE’s total electricity demand is already around 173 TWh a year and is projected to climb toward 225 TWh by 2040, driven by urbanisation, industrial expansion, and a fast-growing data centre and AI infrastructure sector, a segment whose power consumption in the UAE alone is expected to roughly double by 2030.
Saudi Arabia and the wider GCC are on similar trajectories, driven by data centres and the constant need for cooling in a hot climate, both of which now add steadily to the growing electricity demand every year.
Every gigawatt-hour of that growth that gets met with new power plants and new grid infrastructure is expensive and slow. It takes capital, years of construction, and puts extra strain on transmission networks. On the other hand, using existing equipment more efficiently is cheaper, faster, and can start today.
It is also the cleanest option: the IEA estimates that stepping up energy efficiency could deliver more than a third of the emissions cuts the world needs by 2030. That is the real argument for efficiency because even as the Gulf adds more clean power to the grid, demand is growing faster than that clean capacity can keep up, and efficiency is what makes the renewable energy targets achievable in the first place.
Independent estimates suggest that upgrading the world’s installed base of inefficient motor-driven systems to high-efficiency motors could cut global electricity consumption by up to 10 per cent. Adding a VSD to a pump, fan, or compressor typically reduces its power draw by around a quarter. Layered together, these are not incremental gains; they are among the largest, most immediately actionable efficiency levers available to industry anywhere.
What should make this particularly attractive for CFOs and operations heads in the region is that it does not require the capital intensity, planning approval, or multi-year timelines that new generation projects demand. A fleet-level energy appraisal, pinpointing quick wins and opportunities to reduce losses, can be carried out without halting operations.
Upgrades can be phased into existing maintenance cycles rather than treated as standalone capital projects. And the payback period on high-efficiency motors and drives typically runs one to three years, a return profile that stacks up on pure commercial logic, well before sustainability reporting is factored in.
This is also where boards and operations leaders across the GCC need to rethink the conversation: efficiency upgrades are a fast-return business decision, and cutting emissions, easing pressure on the grid, and extending asset life all come as a bonus. Seen that way, the case for efficiency stands on its own, with no policy mandate needed to justify it.
National net zero commitments provide the macro backdrop and the long-term direction of travel. But the businesses that move first on efficiency will not be doing it to hit a target. They will be doing it because it is the cheapest capacity they will ever “build,” using assets they already own.
As the region’s industrial base, utilities and digital infrastructure continue to scale, the fastest gains available to meet that growth sustainably are not all sitting in the next solar tender or the next grid interconnection.
A significant share of them is already running, right now, in the motor rooms industrial leaders walk past every day and capturing those gains does not require a single new megawatt of generation capacity, only the decision to finally put what is already there to work
The author is VP, Motion Services Division, Middle East & Africa Region, ABB.
