When the Grid Let Them Down, Pakistanis Went Up to the Roof

Somewhere in the last few years, a very large number of Pakistani families reached the same conclusion at more or less the same time: the electricity grid could not be relied on, the bills that came with it were punishing, and the fix was sitting one storey overhead, in the sunlight falling on the roof.

They bought panels. Enough of them, enough households at once, that private rooftop solar now supplies roughly a fifth of the entire country’s power. What began as thousands of separate household decisions is now a solar boom. The story was reported by the Good News Network.

How a country of 150 million found a spare shoulder

The Guardian, reviewing energy data from a range of research think tanks, described a nation of more than 150 million people that, when it needed to, could lean on the sun because there was not much else to lean on.

The pressure built after Russia’s invasion of Ukraine scrambled the world’s natural-gas supplies and contracts. In Pakistan, that meant millions of people left without reliable power or facing bills they could barely carry. At almost exactly the wrong moment, though, one thing was going right: the global price of solar panels had been dropping for a decade, driven down, in no small part by manufacturing at scale in neighbouring China, until the technology was cheap enough to be a household purchase rather than a national project.

So the maths got simple. A family that could scrape together the money could buy a few panels, put them on the roof, and partly step out from under both the blackouts and the rising prices.

“People who could afford to do it at that time realized that it was much cheaper and cost-effective and better for them in the long run to do a one-time investment in rooftop solar as opposed to keep paying high electricity bills from a grid that is also unreliable,” Nabiya Imran, an associate at the Pakistani think tank Renewables First, told the Guardian.

The numbers that followed

Enough households did it that the ripples reached the national accounts. Pakistan had a long-term deal with Qatar to buy liquefied natural gas, and demand fell so far that cargoes had to be sent elsewhere. As of February 2026, the country had avoided roughly $12 billion in oil and gas imports by making its own electricity from the sun.

Then the value of that head start showed itself. Having spent three years steadily building out its solar capacity, Pakistan watched a US strike on Iran in the Persian Gulf send the price of oil above $100 a barrel and all but end the LNG shipments. A country without the panels would have been badly exposed. Pakistan, with them, was not knocked flat.

“A blessing for Pakistan,” is how Haneea Isaad, an energy finance specialist at the Institute for Energy Economics and Financial Analysis, described the wave of distributed solar, crediting it with heading off an immediate crunch in the gas supply. Her summary is the line worth keeping: “Pakistan serves as a great case study as to how renewables can provide a hedge against dependence on fossil fuels.”

Why this counts as good news even where it isn’t tidy

None of this made the country’s troubles vanish. Pakistan still took an economic hit from the disruption to its oil imports, and the problem is not cleanly solved. But the resilience here was built from the bottom up, by people who didn’t wait for a policy or a rescue.

And it reframes what solar is for. For years the case for putting panels on your roof was mostly about the climate, and that case still holds. But in a country that spends something like a tenth of its entire economic output on importing fossil fuels, Imran points out, solar has become a matter of plain security too: power you own, that no shipping lane or price shock can switch off. The next expected step, Isaad suspects, is that more households sign on, and that some suppliers start pairing panels with storage so the sun keeps the lights on into the evening.

For years the reason to put solar on a roof was the planet. Across Pakistan it turned out to be the electricity bill, and millions of roofs ended up doing what the grid could not.