Pakistan's Solar Revolution Is Really a Revolt Against an Expensive Grid

Pakistan is experiencing one of the most remarkable rooftop-solar booms in the world.

But there is an uncomfortable reason for it.

Pakistanis aren't simply buying solar because they suddenly became climate-conscious.

Many are buying it because the electricity grid became too expensive, too unreliable and too dysfunctional to depend on.

That makes Pakistan's solar revolution both an energy success story and a warning about what happens when a country's electricity system loses the confidence of its customers.

Recent peer-reviewed research published in Energy Policy finds that Pakistan's rapid solar expansion has improved energy equity, but warns that the benefits can become unequal if policy and financing structures exclude poorer households. The study estimates that solar generation has a measurable inequality-reducing effect, particularly in rural areas.

That is the paradox.

Solar is helping Pakistan escape its electricity crisis while simultaneously exposing how broken the electricity system has become.

The solar panels arrived faster than the grid could respond

Pakistan's solar imports exploded.

In FY2024, solar-panel imports reached roughly 16 GW, a 227% increase from the previous year, according to Renewables First. Net-metered capacity subsequently climbed rapidly, reaching about 4.9 GW by the first nine months of FY2025.

Another estimate put Pakistan's 2024 solar imports at about 17 GW, among the world's highest that year.

That is extraordinary for a country whose electricity system has struggled with debt, losses, unreliable distribution and expensive generation.

But here's the important part:

The solar revolution was largely consumer-driven.

People discovered that putting panels on the roof could make more economic sense than continuing to absorb increasingly painful electricity bills.

Solar therefore became more than renewable energy.

It became energy insurance.

The grid created its own competitors

This is where Pakistan's story becomes particularly interesting.

For years, governments invested heavily in conventional generation capacity.

Power plants were built.

Long-term fuel arrangements were signed.

Sovereign-backed financing supported expansion.

But electricity demand did not grow as expected.

The result was a strange situation:

Pakistan had significant generating capacity, but consumers were still facing high electricity costs.

And much of the cost of the system wasn't simply the electricity being consumed.

It was the enormous financial architecture surrounding the system.

Capacity payments.

Debt.

Transmission losses.

Distribution losses.

Power theft.

Under-utilised generation.

Currency exposure.

Fuel costs.

All of these eventually find their way into the economics of electricity.

So consumers began looking for an exit.

Solar became that exit.

And the exit is creating another problem

There is a brutal irony here.

The customers most capable of installing solar are often the customers who were helping finance the grid.

When wealthy households, businesses and other financially capable consumers install solar, their purchases of grid electricity decline.

But the grid still has fixed costs.

Power plants still require payments.

Transmission networks still need maintenance.

Distribution companies still need revenue.

Debt still has to be serviced.

So the customers who remain on the grid can increasingly be asked to carry a larger share of those costs.

This is the beginning of what analysts have described as a potential utility death spiral.

The Financial Times reported that Pakistan's government was concerned that rising solar adoption was leaving poorer grid customers carrying increasing fixed costs, while the power sector was already burdened by billions of dollars in accumulated debt.

That creates a deeply unfair possibility:

The people who can afford to escape the broken system escape first.

The people who cannot afford solar remain trapped inside it.

And that is where inequality enters the story

Solar is cheaper than it used to be.

But it is not free.

A household needs money upfront for:

• panels
• inverters
• batteries, if it wants backup
• installation
• maintenance
• suitable roof space

That automatically creates an access problem.

A wealthy household can respond to an electricity-price increase by purchasing a solar system.

A low-income tenant cannot simply install panels on the roof of a building they don't own.

That means a technology capable of reducing energy inequality can initially become something that the wealthy benefit from disproportionately.

The new peer-reviewed research captures exactly this tension.

Its conclusion is not that solar is worsening inequality.

Quite the opposite.

It finds that solar adoption can reduce energy injustice.

But it also warns that without appropriate policies, the transition can become exclusive and widen disparities.

That distinction matters.

The problem isn't solar.

The problem is who gets access to solar.

Pakistan's government is now trying to change the deal

And this is where the politics of the electricity system becomes unavoidable.

Pakistan originally used net metering to encourage solar adoption.

Under net metering, consumers could send excess electricity back to the grid and receive compensation.

But as solar adoption accelerated, the economics changed.

In March 2025, Pakistan's Economic Coordination Committee approved a proposal to reduce the buyback rate to Rs10 per kWh, arguing that the existing system was imposing increasing costs on other grid consumers.

Pakistan subsequently moved from the old net-metering framework toward net billing.

A 2026 Next Energy analysis estimates that the reform could reduce the blended economic value of rooftop solar generation for a representative residential prosumer by roughly 44–49%, depending on self-consumption. It also argues that batteries and demand management become more important under the new framework.

In other words:

The government encouraged people to install solar.

People responded.

Solar adoption exploded.

And then the government discovered that the existing electricity business model could not comfortably survive the success of the policy.

That's the lesson for Africa

Pakistan's experience should be studied carefully by countries such as Nigeria.

Because the temptation is to look at solar as simply:

Panels + sunshine = cheap electricity.

It is not that simple.

Solar can reduce household electricity costs.

It can improve energy security.

It can reduce dependence on imported fuels.

It can give businesses protection against unreliable grids.

But if millions of customers simultaneously escape a badly designed electricity system, the grid doesn't magically disappear.

Its fixed costs remain.

Its debts remain.

Its transmission infrastructure remains.

Its distribution companies remain.

And somebody has to pay.

That means countries need to design the transition before the transition designs itself.

Nigeria should pay attention

Nigeria has an enormous solar opportunity.

But the Pakistani experience provides a warning.

If electricity becomes sufficiently expensive and unreliable, Nigerians with money will not necessarily wait for the national grid to improve.

They will build their own.

Solar.

Inverters.

Batteries.

Diesel generators as backup.

Private mini-grids.

Embedded generation.

Anything that provides energy independence.

That can be good for consumers.

But it can also deepen the divide between people who can afford energy independence and those who cannot.

The ultimate objective therefore shouldn't be:

“How do we stop people from leaving the grid?”

It should be:

“How do we build a grid people actually want to remain connected to?”

Pakistan's solar boom is therefore not just a renewable-energy story

It is a market signal.

Millions of consumers are effectively voting with their rooftops.

They're saying:

Your electricity is too expensive.

Your service is unreliable.

Your business model doesn't work for us anymore.

And technology has finally given them an alternative.

That may be the most important lesson.

When a government fails to deliver reliable infrastructure, consumers eventually innovate around the government.

Pakistan's solar revolution is what happens when the rooftop becomes more trustworthy than the grid.

And if policymakers don't understand why people are buying solar, they will misunderstand the revolution entirely.

They're not merely buying renewable energy.

They're buying freedom from a broken electricity system.