Jordan

Scientists in Palestine say that controlled tests show that bifacial solar panels produce 6.81% more electricity than monofacial PV modules.

With utility scale solar installations accelerating, Philip Wolfe, founder of PV data consultancy Wiki-Solar, drills into the data to highlight some interesting variations in relative progress around the world.

Jordanian researchers have developed a method using acrylic sheets to reflect and absorb unused solar radiation in PV power generation. The solution has the potential to decrease solar panel temperature by more than 14% and increase power yields by approximately 2%.

With the acquisition of Spectrum International, Amarenco Group strengthens its presence in the Middle East and North Africa, where it is aiming for 200 MW.

A Jordanian research team has designed a cleaning technique for solar modules that uses static electricity to remove dust from panel surfaces. The system features an electrostatic ionizer that reduces attraction between dust particles and their accumulation on modules, improving their energy yield.

The opening ceremony of Abu Dhabi Sustainability Week 2023 was not short of inspirational rhetoric, but the winners of the Zayed Sustainability Prize provided some real-world examples of what action on the local level really looks like.

The Inflation Reduction Act (IRA) has opened a new door for US solar manufacturers, as one of the executives behind a US-Jordanian project to bring PV production to the US explains.

Israel and Jordan have agreed to pair 600 MW of solar with an undisclosed amount of storage. The deal, which was brokered by the United Arab Emirates at COP27, will see Jordan provide electricity to Israel in exchange for desalinated water.

The shading effect of rooftop PV systems may help reduce cooling demand in uninsulated buildings by over 10% in the summer, according to new research from Jordan. The scientists also found that a rooftop array may increase a building’s heating load in the winter by 3.8%.

Scientists have investigated how utility-scale solar may be used to power multistage flashing-brine recirculation (MSF-BR) water desalination plants in Aqaba, Jordan. They found the facility would be sufficient to provide the entire city with drinking water. The proposed system configuration comprises a 30 MW solar plant and a standar MSF-BR unit.