In Pakistan, Solar Panels Are Becoming the New Wedding Dowry

In Pakistan, solar panels have become more than an alternative source of electricity. They are now common enough to appear in wedding dowries, adorn factories and farms, and power homes that once depended almost entirely on an expensive and unreliable national grid.

The extraordinary spread of rooftop solar is being driven by a combination of high electricity prices, frequent supply problems and an influx of relatively cheap Chinese equipment. The result is a consumer-led energy transition that is moving faster than much of Pakistan’s electricity infrastructure and regulation can accommodate.

The scale is striking. Solar generated about 20% of Pakistan’s electricity in 2025, compared with roughly 3% at the beginning of the decade, according to Ember data cited by Bloomberg. China exported 16.6 gigawatts of solar capacity to Pakistan in 2024—about five times the volume exported in 2022—while the average export price per watt fell 54% over the same period.

The rush has continued. Pakistan imported 6.78 gigawatts of solar panels in the first seven months of 2026, according to the Pakistan Solar Association, taking imports for 2025 and January-July 2026 to 28.2 gigawatts. A separate analysis by Renewables First and the Centre for Research on Energy and Clean Air estimated that cumulative solar photovoltaic imports had passed 51 gigawatts by early 2026.

For consumers, the attraction is straightforward. Solar can dramatically reduce exposure to grid prices, particularly for businesses that operate during daylight hours. At an industrial site near Karachi’s Port Qasim, factory owner Zaheer Allana told Bloomberg that rooftop solar supplies about a fifth of his facility’s electricity and costs less than a third of grid power.

Farmers have also embraced the technology, using solar to run irrigation pumps and reduce their dependence on diesel and grid electricity. Reuters reported in 2025 that the technology was spreading rapidly through Punjab, with farmers sometimes selling land, jewellery or taking loans to finance solar equipment.

But the same shift that is helping consumers is putting conventional electricity suppliers under increasing financial pressure.

Pakistan’s grid was built around a system in which electricity generated by large power plants is sold through utilities to consumers, with revenues helping cover generation, transmission, distribution and debt obligations. As households and businesses produce more of their own electricity, utilities have fewer units of power to sell while many of their fixed costs remain.

Reuters reported that electricity consumption across Pakistan’s distribution companies was almost 12% lower in the 12 months to July 2025 than three years earlier. Earlier Reuters reporting also found that most rooftop systems were not configured to send surplus electricity back into the grid, meaning the financial benefits of solar were not evenly distributed across consumers.

That creates a particularly difficult problem for Pakistan because its conventional power system already carries substantial financial obligations.

China played a major role in expanding Pakistan’s electricity-generation capacity under the China-Pakistan Economic Corridor, including several large coal-fired plants. Pakistan’s official CPEC records list major Chinese-linked projects at Port Qasim, Sahiwal and Hub, among others. The Port Qasim plant alone represents a $2.085 billion project, according to the CPEC Secretariat.

Bloomberg reported that seven coal-fired plants delivered by China in Pakistan since 2017 cost about $9.6 billion in total. As solar use has expanded, payments owed to Chinese power producers have also accumulated. An official familiar with the situation told Bloomberg that overdue payments to Chinese electricity plants exceeded $1.5 billion by August 2026. Separately, research from Boston University and Pakistan’s Sustainable Development Policy Institute put outstanding project debt tied to China-financed coal assets at $3.1 billion last year.

The figures should not be read as meaning that Pakistan’s entire power-sector debt is Chinese debt, or that solar alone caused the arrears. Pakistan has struggled for years with what is known as circular debt—a chain of unpaid bills and obligations moving between consumers, distributors, generators and fuel suppliers. IMF-backed tariff increases, high generation costs and structural weaknesses in the electricity market have also contributed to the problem.

Still, the speed of the solar transition is creating an unusual contradiction for Beijing. Chinese companies and financial institutions helped build a large part of the fossil-fuel generation that Pakistan is now using less, while Chinese manufacturers are simultaneously supplying the solar panels and batteries helping consumers move away from that same grid.

China’s Foreign Ministry defended the broader energy relationship, telling Bloomberg that bilateral energy cooperation had strengthened Pakistan’s energy supply, lowered electricity prices and supported economic development. People familiar with discussions cited by Bloomberg said Chinese officials have so far been reluctant to make major debt concessions that could impose losses on Chinese state-owned companies and banks.

The transformation is also exposing a second challenge: Pakistan’s grid needs to evolve alongside the technology. The World Bank approved $375.9 million in July 2026 for a project aimed at strengthening the country’s transmission network, improving grid stability and integrating more renewable energy. The project is expected to help bring 640 megawatts of currently curtailed wind power onto the grid and support additional private renewable projects.

Meanwhile, batteries are becoming increasingly important as consumers seek to store solar power and reduce their dependence on the grid beyond daylight hours. Chinese battery imports jumped almost 150% in the first half of 2026 to about $392 million, according to customs data cited by Bloomberg.

There is also an inequality question. Reuters has reported that wealthier households and landowners have benefited disproportionately from the solar boom because they can afford installations and have suitable rooftops or land, while many apartment residents and lower-income consumers remain dependent on the grid. As higher-value customers reduce their grid consumption, the cost of maintaining the system can increasingly fall on those who cannot afford to leave it.

Pakistan’s experience therefore offers a broader lesson for countries buying large amounts of both conventional and renewable energy technology. The energy transition is no longer simply a question of replacing coal or gas with solar and wind. It can also change the financial assumptions behind power plants, transmission networks and long-term loans much faster than governments or lenders expect.

For China, Pakistan is an unusually clear example of that tension: the same industrial ecosystem that made solar cheap enough to transform everyday life is now accelerating the decline of demand for some Chinese-backed fossil-fuel assets. For Pakistan, the immediate challenge is to turn that disruption into a more modern electricity system without leaving consumers who cannot afford solar to carry an ever-larger share of the old system’s costs. The way Islamabad and Beijing manage that transition could become a useful signal for other developing economies where cheap Chinese clean technology is arriving faster than legacy power investments can be retired.