Building At Scale In The Middle East: How ABB E-Mobility Is Deploying Charging Infrastructure Across The Region

The demand is real and the capital is committed, and the public backing behind it is a genuine advantage for the region. On its own, though, it is not enough. What decides whether this investment holds up is harder: deploying and operating charging infrastructure that keeps working across the conditions this region imposes. That part is already underway at scale. Across the markets in this piece, ABB E-mobility chargers delivered 79.6 GWh through more than one million charging sessions in the last twelve months alone. What follows is five answers to five different operational questions.
 

Why Local Partners are Part of the Product

Reliable hardware secures throughput, but keeping a site available over time takes more than that. A charger that fails and waits three days for a technician is not delivering, however well it was engineered. For that reason the regional model runs through local installation and service partners rather than around them. Partners such as Powertech in the UAE, and Alhasawi in Kuwait, are not procurement line items; they are the first-response layer that turns a hardware specification into an operating guarantee.

That structure is a defined service model with clear responsibilities. Remote teams monitor the network and resolve many faults before drivers are affected; when a fault needs hands on hardware, technicians are dispatched with defined response times and pre-positioned spare parts, so a repair is not waiting on a shipment. The distance between a fault caught remotely and a part already on the shelf is the distance between a charger back in service the same day and one dark for a week.

What That Looks Like on the Ground

The projects below span public fast-charging, fleet and taxi charging, aviation ground support, bus depots, and national corridors, and each answers a different operational question.

United Arab Emirates: Deployment Speed 

In January 2026, ABB E-mobility deployed 51 Terra 360 fast chargers with the Department of Energy – Abu Dhabi and TAQA, alongside installation partner Powertech, with the physical installation completed in seven days. In many markets what slows a roll-out is not the hardware but permitting, grid approvals, and site coordination, which can stretch a deployment into months. Seven days is what becomes possible when regulatory clarity, a committed utility partner, and prepared installers line up, without compromising the commissioning quality the hardware depends on in this climate.

Dubai: Fleet Charging at High Utilization 

DEWA has inaugurated the first hub of an ultrafast charging network for the Dubai Taxi Company, built on ABB E-mobility charging solutions. The site delivers more than 4.3 MW across 24 charge points, the first phase of a rollout planned to exceed 200 as Dubai's electric taxi fleet grows. A taxi fleet works the same chargers hard all day, which puts a premium on keeping vehicles in service rather than queuing, and that is why the hub was built in close coordination with DEWA and DTC rather than as a hardware supply alone.

Kuwait: Continuity of Operation in One of the Region's Harshest Climates 

Kuwait pushes past 50 °C in summer, and ABB E-mobility has been operating there through it. The most recent proof point is the first A400 fast charger in the region, deployed in July 2026 at the Q8 Al-Riqqa station, a retail forecourt adding fast charging to a high-traffic site, launched during one of Kuwait's hottest weeks. It builds on more than a year in the same climate: two C50 chargers were installed at the Kuwait City headquarters of the Alhasawi Group and are operated by Teyyar, the site's charge point operator. These early deployments treat the climate as a demanding test environment rather than pretending it is a non-issue. The forward look belongs to the partners: Teyyar plans scalable charging at eight locations nationwide by 2026, part of Alhasawi Group's stated aim to place charging every 20 to 25 kilometers across the country.

A separate, forward-looking Kuwait project sits in aviation: a planned deployment to electrify the ground support equipment fleet at Kuwait Airport with 21 HVC200 and 12 Terra 54 HV systems. Ground support runs near-continuous duty cycles, sustained load rather than intermittent sessions in open-tarmac heat, which makes it a demanding operating environment.

Qatar: Fleet Charging at Industrial Scale, Where Software Does the Heavy Lifting

ABB E-mobility supplies the charging infrastructure for a bus depot with 35.6 MW of installed charging capacity, among the largest such sites in the region. On a site this size, installed capacity typically exceeds what the grid can deliver at peak, so without active control the site slows charging, misses departures, or overloads. The answer is a software and energy-management layer that distributes power dynamically across the fleet, keeping the site within its grid limits while serving as many vehicles as the schedule demands, with cloud intelligence optimizing across the network and a local controller balancing each site in real time. Above it, an asset-management layer handles monitoring, remote diagnosis, and service ticketing. This is where the integrated-infrastructure positioning becomes real: hardware, software, and service as one system rather than a hardware sale with support attached.

Saudi Arabia: Corridor Build-Out 

ABB E-mobility already operates 131 chargers in Saudi Arabia. The next step is scale: ABB E-mobility is a partner of the Electric Vehicle Infrastructure Company (EVIQ), whose stated goal is to establish 5,000 charging points across 1,000 locations by 2030. The target belongs to EVIQ as network owner.

The projects share one logic. Deploying and operating charging infrastructure across the Gulf depends on three things working together: reliable hardware, software that keeps a site within its grid limits, and a local service structure that keeps both running. That is what an operator in the region weighs when the headline deployment numbers are set aside.