OPINION | How EVs Could Stabilise the Middle East’s Power Grid
Art Hunter
For most drivers today, an electric vehicle (EV) is simply a cleaner way to get from point A to point B. Plug it in, charge it overnight, and forget about it until the next trip. But this view overlooks a fundamental shift already underway: the EV is not only a mode of transport, it is fast becoming a mobile, high‑capacity energy asset, one that could fundamentally reshape how power systems operate across the Middle East.
At the heart of this shift is a concept known as Vehicle‑to‑Grid (V2G), which enables bi-directional energy flow between EVs and the electricity grid. Instead of merely consuming power, EVs can store it and feed it back when demand peaks. Consider this: A single vehicle with a 70–100 kWh battery holds enough stored energy to power an average home for two to three days. Now, multiply that by the tens of thousands of EVs expected to hit the roads of the UAE, Saudi Arabia and the wider Gulf region by 2030, and a compelling picture emerges: a vast, decentralised network of stored energy, functioning as a virtual power plant without the need for additional land, infrastructure, or large-scale construction.
In a region investing heavily in renewable energy, where managing intermittency and peak demand remains a challenge, EVs could quietly become one of the grid’s most powerful stabilising forces.