Pakistan is witnessing a rapid shift in how households and businesses use solar energy, with a growing number of consumers choosing battery storage over exporting surplus electricity to the national grid. The trend has accelerated following changes to the country’s net billing policy, prompting many solar users to store excess power for later use instead of selling it back to the electricity network.
According to the Pakistan Battery Import Market Report, the country imported batteries with a combined storage capacity of 6.004 gigawatts between January 2024 and August 2026. Imports reached their highest level in April 2026, when batteries with a storage capacity of 652.2 megawatts entered the country.
Pakistan Adjusts Net Metering Policy, Reduces Solar Export Rate
The report estimates that consumers invested Rs. 126 billion in battery storage systems during April alone. Falling global battery prices have made these systems more affordable, encouraging households to maximize the benefits of their rooftop solar installations while reducing reliance on the national grid.
The surge in battery adoption has reportedly taken policymakers by surprise, leading the government to begin work on a National Battery Framework aimed at addressing the rapid growth of energy storage technology. Officials are now looking at ways to integrate batteries into Pakistan’s evolving energy landscape while maintaining grid stability.
Pakistan currently has an electricity generation capacity of around 39,000 megawatts, excluding solar power, yet transmission and distribution losses remain as high as 18 percent. As more consumers store their own electricity, the country’s energy system may undergo significant changes, reducing pressure on the grid while also creating new regulatory and infrastructure challenges.
The global battery market is also expanding rapidly. Worldwide energy storage capacity is expected to reach 1.5 million megawatts by 2030, with investments projected to exceed $1.2 trillion between 2024 and 2035. Meanwhile, the average price of lithium iron phosphate (LFP) battery packs has fallen dramatically—from $151 per kilowatt-hour in 2022 to around $70 per kilowatt-hour in 2025.
Pakistan’s growing investment in battery storage reflects a broader transition toward cleaner, more reliable, and consumer-driven energy solutions. If supported by effective policies and modern infrastructure, battery technology could play a major role in strengthening the country’s energy security while accelerating the shift toward renewable power.
