Decoder Special Report: The Jugaad (Bottom-Up) Energy Revolution

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In early March 2026, Iran's Islamic Revolutionary Guard Corps officially confirmed that the Strait of Hormuz was closed, threatening to set ablaze any vessel attempting to transit the waterway. The closure followed coordinated U.S. and Israeli airstrikes on Iran beginning in late February, and it sent shockwaves through global energy markets: roughly a fifth of the world's oil and natural gas supply, effectively cut off overnight.

And Pakistan, historically one of the most import-dependent energy economies in Asia, is weathering it better than almost anyone expected.

That is not an accident. It is the payoff from a quiet, bottom-up revolution unfolding on Pakistani rooftops for several years, driven not by government planning but by millions of households, shopkeepers, and farmers making individual decisions to go solar. Bloomberg, NPR, and researchers at CREA and Renewables First have all arrived at the same conclusion: Pakistan's grassroots solar boom has become one of its most effective energy security strategies.

This piece began as a bookend to our recent exploration of China's top-down energy revolution: one story about state-directed industrial strategy at breathtaking scale, the other about something equally powerful happening from exactly the opposite direction. What I did not anticipate when I started writing is how quickly world events would transform the Pakistan story from a compelling development narrative into a live geopolitical case study.

In just two years, net-metered rooftop solar installations in Pakistan surged nearly tenfold, from 0.5 GW to 5.3 GW. By 2024, Pakistan had become the world's third-largest importer of solar panels, installing capacity equivalent to half the national grid in a single year. Since 2023, Pakistan has imported roughly 41 GW of solar panels from China, bringing cumulative imports to over 51 GW by late 2025. All other generation sources combined, including coal, natural gas, and nuclear, totaled about 46 GW in 2024.

The financial impact is stark. By February 2026, Pakistan had already avoided more than $12 billion in fossil fuel imports that would otherwise have been needed to meet domestic energy demand, according to analysis by Renewables First and CREA. At current elevated prices, Pakistan is on track to avoid a further $6.3 billion in import costs through 2026. Fossil fuel imports dropped 40% between 2022 and 2024.

Consider Pakistan's geographic vulnerability. In 2024, despite years of reducing its reliance, Pakistan still ranked third globally in LNG dependence on Hormuz-transiting cargoes as a share of total consumption, and fifth for oil.

The disruption has arrived. Yet Pakistan's energy minister confirmed that the country is not as exposed as it would have been, in part because of new solar capacity. The government has closed schools and ordered work-from-home to reduce transportation fuel demand, but load shedding and electricity supply restrictions are not under consideration. That gap between transport vulnerability and electricity resilience tells the whole story.

The contrast with regional peers is sharp. China, India, South Korea, and most other Asian economies have increased LNG imports in recent years. As Alice Harrison of the Secure Energy Project observed: while most Asian economies have increased their gas imports, leaving the continent dangerously exposed as ships ground to a halt in the Strait of Hormuz, Pakistan's energy curve has bent the other way.

To understand what makes this revolution so remarkable, we need to grasp something fundamental about modern solar technology. John Despujols captured it perfectly: "A single panel, occupying just the space of a standard sheet of plywood, can generate enough electricity to transform a life, lifting someone from energy poverty into the modern world."

Today's solar panels exceed 700 watts of output, and with bifacial technology capturing reflected light, they can generate even more. They are warranted to maintain 87% of their output after three decades. A panel installed today will, in 2054, still outperform brand-new panels from just a few years ago.

The chart makes the stakes concrete. Notice the annotation: "No such thing as a low-energy rich country." Scale up slightly from one panel: just ten per person could theoretically power the entire American way of life, not just homes, but industry, data centers, transportation, everything. We are not just talking about clean energy. We are talking about democratizing power itself.

Pakistan's solar boom emerged from crisis. For decades, unreliable grid power and soaring electricity costs eroded public trust in the state's ability to provide basic energy services. Rolling blackouts became routine. Bills became unaffordable. Traditional infrastructure investments could not keep pace with demand.

Then came cheap Chinese solar panels, flooding the market with technology previously out of reach. Pakistan maintained a zero-rated tax regime on solar PV imports from 2013 until mid-2025. The government did not plan the revolution, but it left the door wide open. Electricians and early adopters shared installation tutorials on TikTok and YouTube, and the knowledge spread the same way the technology did: virally, peer to peer, without a program office in sight.

Research from Arizona State University professor and energy geography pioneer Mike Pasqualetti and his colleagues, working in Khyber Pakhtunkhwa, confirmed what the market data suggested:

Across South Asia, there is a word for this: jugaad. It is a Hindustani concept, native to both Hindi and Urdu, that describes the art of frugal, improvised problem-solving: making something work with whatever you have, bending the rules if necessary, refusing to wait for a perfect solution when a functional one is within reach. It is not a management framework. It is a survival instinct that became a culture. And in Pakistan's solar revolution, it found perhaps its most consequential expression yet.

What makes this revolution so compelling is not just its scale; it is the model itself. Solar technology's inherent flexibility, its modularity, scalability, and relative simplicity, makes it perfect for jugaad-style adoption. You do not need massive infrastructure investments or utility permission. You need panels, basic electrical knowledge (increasingly available via YouTube), and the motivation to solve your own energy problems.

Pakistani communities are crafting energy solutions that traditional infrastructure planning would never have imagined. A shopkeeper installs panels to keep refrigeration running during blackouts. A rural household starts with one panel for lights and phone charging, then adds capacity as finances allow. An urban family disconnects from the grid entirely, tired of unpredictable bills and unreliable service.

This is innovation at the edges, where necessity meets capability.

Pakistan's experience offers a replicable model for regions where traditional grid infrastructure has failed. The key ingredients are not exotic:

There are real challenges ahead. Utilities are grappling with revenue losses as customers defect. Transportation remains a vulnerability: with diesel prices climbing, Pakistan has closed schools and mandated remote work to conserve fuel. But these are solvable problems, especially compared to remaining indefinitely exposed to the whims of a contested strait.

If you work in energy or sustainability, sit with that for a moment. The instinct in our field is often to wait: for the perfect policy, the complete business case, the fully funded program. Pakistan's rooftop revolution is a reminder that incremental progress, even one panel at a time, is not small. It compounds. And when a crisis arrives, every kilowatt of capacity quietly installed in the years before turns out to have mattered: a thread in a net that, taken alone, seemed trivial, but woven together proved strong enough to hold.

What makes this revolution genuinely surprising is not the scale. It is the source. No ministry issued a mandate. No utility designed a program. The transition happened because millions of ordinary people, facing unreliable power and unaffordable bills, made a rational decision and acted on it. A female-headed household gained energy independence. A rural village leapfrogged the grid. A shopkeeper powered through blackouts that would have shuttered their business just years ago.

Kingsmill Bond of Ember framed the geopolitical stakes plainly: "Once you've got your solar panel, there's no cost for the sun. But once you've got your gas-fired power station, you have to pay every day for the gas that you burn in it. With a stroke, this war has dramatically increased the power and the influence of those who want to go down the solar route."

Some countries learned that lesson after Ukraine. Others replaced Russian gas with Qatari LNG. It was a mistake.

Pakistan made a different choice, not through grand strategy but through the aggregate of millions of individual decisions. The result is $12 billion in avoided imports, a 40% drop in fossil fuel dependence, and an electricity sector holding steady while a global energy crisis bears down on Asia. That is not luck. That is what genuine energy security looks like, and it was built one rooftop at a time.

Solar is the most readily available, cheapest, and most modular and flexible energy tool ever invented since burning wooden logs. Pakistan is showing us that sometimes the most powerful innovations come not from the top down, but from the bottom up.

-Wes