Tired of Power Cuts, Gaza Turns to Solar

This picture taken on September 6, 2022 shows a view of solar panels placed atop a bakery building used to power it, in Gaza City in the Palestinian enclave. (Photo by MOHAMMED ABED / AFP)
This picture taken on September 6, 2022 shows a view of solar panels placed atop a bakery building used to power it, in Gaza City in the Palestinian enclave. (Photo by MOHAMMED ABED / AFP)
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Tired of Power Cuts, Gaza Turns to Solar

This picture taken on September 6, 2022 shows a view of solar panels placed atop a bakery building used to power it, in Gaza City in the Palestinian enclave. (Photo by MOHAMMED ABED / AFP)
This picture taken on September 6, 2022 shows a view of solar panels placed atop a bakery building used to power it, in Gaza City in the Palestinian enclave. (Photo by MOHAMMED ABED / AFP)

Palestinians living in the Israeli-blockaded enclave of Gaza have long endured an unstable and costly electricity supply, so Yasser al-Hajj found a different way: solar power.

Looking at the rows of photo-voltaic panels at his beachfront fish farm and seafood restaurant, The Sailor, he said the investment he made six years ago had more than paid off.

"Electricity is the backbone of the project," Hajj said, standing under a blazing Mediterranean sun. "We rely on it to provide oxygen for the fish, as well as to draw and pump water from the sea."

The dozens of solar panels that shade the fish ponds below have brought savings that are now paying to refurbish the business, he said, as laborers loaded sand onto a horse-drawn cart.

Hajj said he used to pay 150,000 shekels ($42,000) per month for electricity, "a huge burden," before solar power slashed his monthly bill to 50,000 shekels.

For most of Gaza's 2.3 million residents, living under Hamas rule and a 15-year-old Israeli blockade, power cuts are a daily fact of life that impact everything from homes to hospital wards.

While some Gazans pay for a generator to kick in when the mains are cut -- for around half of each day, according to United Nations data -- ever more people are turning to renewables.

From the rooftops of Gaza City, solar panels now stretch out into the horizon.

Green energy advocates say it is a vision for a global future as the world faces the perils of climate change and rising energy costs.

Gaza bakery owner Bishara Shehadeh began the switch to solar this summer, by placing hundreds of gleaming panels on his rooftop.

"We have surplus electricity in the day," AFP quoted him as saying. "We sell it to the electricity company in exchange for providing us with current during the night."

Solar energy lights up the bright bulbs illuminating the bustling bakery, but the ovens still run on diesel.

"We are working on importing ovens, depending on electrical power, from Israel, to save the cost of diesel," said Shehadeh.

Both the bakery and the fish farm have relied partially on foreign donors to kick-start their switch to solar, although their owners are also investing their own cash.

But in a poverty-stricken territory where nearly 80 percent of residents rely on humanitarian assistance, according to the UN, not everyone can afford to install renewable energy.

Around a fifth of Gazans have installed solar power in their homes, according to an estimate published in April by the "Energy, Sustainability and Society" journal.

Financing options are available for Gazans with some capital, like Shehadeh, who got a four-year loan to fund his bakery project.

At a store selling solar power kits, MegaPower, engineer Shehab Hussein said prices start at around $1,000 and can be paid in instalments.

Clients included a sewing factory and a drinks producer, which see the mostly Chinese-made technology as "a worthwhile investment", he said.

Raya al-Dadah, who heads the University of Birmingham's Sustainable Energy Technology Laboratory, said her family in Gaza has been using simple solar panels that heat water for more than 15 years.

"The pipe is super rusty, the glass is broken... and I just had a shower and the water is super hot," she said during a visit to the territory.

But Dadah encountered obstacles when she tried to import a more sophisticated solar system for a community project in Gaza.

"Bringing them to the Gaza Strip has proved to be impossible," she said.

The advanced set-up includes more efficient panels and equipment that tracks the sun's path.

Such technology is being used by Israeli firms such as SolarGik, whose smart control systems factor in weather conditions and can harness up to 20 percent more energy than standard panels, chief executive Gil Kroyzer told AFP.

Across the frontier in Gaza, in the absence of such high-tech equipment, Dadah relies on the standard panels to power a women's center and surrounding homes in the strip's northern Jabalia area.

Despite the challenges, Dadah said solar energy remains a "brilliant" option for Gaza, with its copious sunlight: "It is really a very promising energy source, and it's available everywhere".



These Canadian Rocks May Be the Oldest on Earth

A close-up view of metagabbroic rocks from the Nuvvuagittuq greenstone belt in Nunavik, Quebec, Canada, that are 4.16 billion years old is seen in this photograph released on June 26, 2025. (Jonathan O'Neil/Handout via Reuters)
A close-up view of metagabbroic rocks from the Nuvvuagittuq greenstone belt in Nunavik, Quebec, Canada, that are 4.16 billion years old is seen in this photograph released on June 26, 2025. (Jonathan O'Neil/Handout via Reuters)
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These Canadian Rocks May Be the Oldest on Earth

A close-up view of metagabbroic rocks from the Nuvvuagittuq greenstone belt in Nunavik, Quebec, Canada, that are 4.16 billion years old is seen in this photograph released on June 26, 2025. (Jonathan O'Neil/Handout via Reuters)
A close-up view of metagabbroic rocks from the Nuvvuagittuq greenstone belt in Nunavik, Quebec, Canada, that are 4.16 billion years old is seen in this photograph released on June 26, 2025. (Jonathan O'Neil/Handout via Reuters)

Scientists have identified what could be the oldest rocks on Earth from a rock formation in Canada.

The Nuvvuagittuq Greenstone Belt has long been known for its ancient rocks — plains of streaked gray stone on the eastern shore of Hudson Bay in Quebec. But researchers disagree on exactly how old they are.

Work from two decades ago suggested the rocks could be 4.3 billion years old, placing them in the earliest period of Earth's history. But other scientists using a different dating method contested the finding, arguing that long-ago contaminants were skewing the rocks' age and that they were actually slightly younger at 3.8 billion years old.

In the new study, researchers sampled a different section of rock from the belt and estimated its age using the previous two dating techniques — measuring how one radioactive element decays into another over time. The result: The rocks were about 4.16 billion years old.

The different methods "gave exactly the same age,” said study author Jonathan O'Neil with the University of Ottawa.

The new research was published Thursday in the journal Science.

Earth formed about 4.5 billion years ago from a collapsing cloud of dust and gas soon after the solar system existed. Primordial rocks often get melted and recycled by Earth's moving tectonic plates, making them extremely rare on the surface today. Scientists have uncovered 4 billion-year-old rocks from another formation in Canada called the Acasta Gneiss Complex, but the Nuvvuagittuq rocks could be even older.

Studying rocks from Earth's earliest history could give a glimpse into how the planet may have looked — how its roiling magma oceans gave way to tectonic plates — and even how life got started.

“To have a sample of what was going on on Earth way back then is really valuable,” said Mark Reagan with the University of Iowa, who studies volcanic rocks and lava and was not involved with the new study.

The rock formation is on tribal Inukjuak lands and the local Inuit community has temporarily restricted scientists from taking samples from the site due to damage from previous visits.

After some geologists visited the site, large chunks of rock were missing and the community noticed pieces for sale online, said Tommy Palliser, who manages the land with the Pituvik Landholding Corp. The Inuit community wants to work with scientists to set up a provincial park that would protect the land while allowing researchers to study it.

“There's a lot of interest for these rocks, which we understand,” said Palliser, a member of the community. “We just don't want any more damage.”