ISLAMABAD – Pakistan’s energy market is entering new and potentially disruptive phase as battery imports surge, rooftop solar spreads rapidly and households increasingly look for ways to escape country’s costly electricity grid.
The country of 250 million imported estimated 4.6 gigawatt-hours (GWh) of batteries in 2025, up from just 1.46 GWh in 2024. That is more than 3X jump in a single year, one of the clearest signs yet that the country’s solar revolution is spawning a second market: energy storage.
Pakistan’s rooftop solar boom changed household energy economics. With electricity tariffs remaining high and solar equipment becoming increasingly affordable, millions of consumers have moved toward generating their own power. But there is a catch.
Solar panels produce electricity when the sun is shining—not necessarily when households need it most. That is where batteries enter the picture. A solar-plus-battery system allows households to store daytime generation and use it later, reducing their reliance on the grid during expensive evening hours and providing an alternative during power outages.
Around 7.3 million households reported to have installed rooftop solar, only around 282,000 have paired their systems with battery storage. That means the overwhelming majority of Pakistan’s solar households have yet to make the jump from simply generating electricity to storing it.
For businesses, that gap could represent a multibillion-rupee opportunity. As demand grows, Pakistan’s battery market could increasingly shift away from a simple race to sell the cheapest imported product.
Customers are likely to demand something more valuable: batteries that are safe, reliable, repairable and backed by long-term technical support. That is opening the door for local companies.
Pakistani battery-storage players are assembling lithium-ion battery packs locally, with the ambition of creating an industry where storage systems can be engineered, tested, maintained and serviced inside Pakistan rather than depending entirely on imported finished products.
If that model succeeds, the country could gradually move from being primarily a battery importer to becoming a regional storage manufacturing and assembly hub. The battery boom is not simply a business story. It could become a major challenge for Pakistan’s electricity system.
Solar is already estimated to account for around 20–25% of Pakistan’s electricity generation or consumption, while the country has added an enormous amount of solar capacity in recent years. The rapid shift has already created financial pressure across the conventional power sector.
As more consumers generate their own electricity, utilities and government-linked power institutions can lose revenue from electricity sales and related charges. Yet much of the cost of maintaining the national grid remains fixed. If fewer consumers buy electricity from the grid, the costs of maintaining that system may have to be recovered from a smaller pool of customers.
The result can be higher effective electricity prices for those who remain dependent on conventional grid supply—potentially creating an even stronger incentive for consumers to install solar. And batteries could push that cycle further.
That is the question Pakistan’s power sector may soon have to confront. A household with solar panels but no battery still depends on the grid when its panels are not producing electricity. Add a sufficiently large battery, however, and that dependence can fall sharply.
According to IEEFA, Pakistan’s battery imports could reach approximately 8.6 GWh by 2030. At that level, battery storage could potentially help manage around 20–30% of the country’s peak electricity demand. Storage could help absorb excess solar generation during the day and release electricity when demand peaks, potentially easing pressure on the grid.
But there is another side to the story. If enough households and businesses generate and store their own electricity, the traditional grid could gradually become less central to consumers’ daily energy needs. Pakistan could be moving toward a power system where the customer increasingly becomes the producer, consumer and storage operator all at once.
The transformation is not limited to rooftop solar. Battery systems have already begun replacing diesel generators at some telecom towers, offering an alternative source of backup electricity while reducing dependence on fuel-based generation.
Pakistan is also developing capabilities around lithium iron phosphate (LFP) batteries, supported by an emerging policy framework aimed at strengthening the country’s battery and energy-storage ecosystem. That could become strategically important.
Instead of importing complete systems indefinitely, Pakistan could develop domestic expertise in battery-pack assembly, testing, engineering, maintenance and eventually manufacturing.
The opportunity is enormous, but so are the challenges. Battery quality, safety standards, warranties, recycling, after-sales service, technical expertise and financing will become increasingly important as the industry expands. The market could also become fiercely competitive, with international manufacturers and local companies battling for consumers who are becoming more sophisticated about energy storage.
That debate could become one of the most important economic and policy questions of the country’s energy transition. For now, however, one trend is unmistakable. Pakistan’s solar boom is no longer just about solar panels. It is rapidly becoming a story about what happens after the sun goes down.
With battery imports already jumping from 1.46 GWh to 4.6 GWh in a single year, millions of solar households still without storage, and potential imports reaching 8.6 GWh by 2030, Pakistan may be standing at the beginning of a second energy revolution.
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