Monday 03 / August / 2026
Stand in a vegetable plot in the Omani interior at midday and you feel the problem before anyone explains it. The sun that makes this country a solar powerhouse is the same sun that scorches young crops and pulls moisture from the soil faster than a farmer can put it back. For years that sun was treated as either a gift for energy or a hardship for farming. Agrivoltaics is the quiet idea that it can be both at the same time.
The concept traces back to a German physicist, Adolf Goetzberger, who argued in 1981 that solar panels and crops did not have to fight over the same ground. Lift the panels high enough and space them thoughtfully, and they cast a moving shade over the plants below while still generating electricity above them. That shade cools the air around the leaves and slows the escape of water, which matters enormously where every liter is accounted for. On the hottest days, plants grown beneath panels can end up healthier than those left fully in the open.
Oman is now taking this seriously. The country has announced its first large-scale agrivoltaics venture, a 300-acre agri-solar park backed by more than 61 million rials, with Singapore’s V-Plus Agritech supplying the growing technology. That is the sort of scale that turns a promising experiment into a real model for the wider region.
Smaller steps are already reaching everyday farmers. This year the Ministry of Agriculture, Fisheries and Water Resources launched a programme called Solar Energy, Sustainable Harvest, offering interest-free loans so farmers can bring solar onto their land. The goal is to trim electricity costs by up to 30 percent, and on a farm that saving usually flows straight back into the work. One farm in Suwaiq fitted a modest system and watched its monthly bill drop from around 350 rials to roughly 120, with solar now handling most of what it takes to keep the place running.
What makes this so promising is how naturally it suits the country. Oman has generous sunshine and a genuine drive toward food security, on land where heat rather than light has always been the real limit. Agrivoltaics takes that old constraint and flips it into something useful.
The same acre can raise food while shielding it from the worst of the glare, and the power it produces runs the pumps and cold stores a farm cannot manage without.
The real measure of this will not be megawatts. It will be a farmer keeping more of what they earn, a greenhouse staying cool through August, a stretch of land that finally earns its keep twice over. Those are small wins on their own, but multiplied across a country they add up to something close to food and energy security at the same time.
