Pakistan has imported more than 50 gigawatts (GW) worth of solar panels over the past five years, with an estimated cost of nearly $18 billion, according to a recent study presented at the Karachi School of Business and Leadership (KSBL). This massive volume is roughly equal to the country’s entire national grid capacity, highlighting a dramatic and rapid shift toward decentralized renewable energy solutions.
The report, conducted by Renewables First, reveals that approximately 38 GW of this imported solar capacity is already operational as of 2025. A significant portion of this growth has been driven by households, as millions of consumers turn to solar power to cope with rising electricity tariffs, frequent outages, and overall energy instability. Rooftop solar systems, in particular, have become increasingly common in urban areas, signaling a grassroots transformation in how energy is generated and consumed across the country.
Pakistan Emerges as the World’s Largest Solar Panel Importer
While this solar boom has provided relief to many users by lowering electricity bills and offering greater energy independence, it has also created new challenges for Pakistan’s power sector. As more consumers reduce their reliance on the national grid, the burden of capacity payments and system costs is increasingly falling on those who remain grid-dependent. This imbalance is contributing to higher tariffs and worsening the issue of circular debt.
Energy experts warn that the trend is likely to accelerate further with the growing adoption of battery storage systems, which can store excess solar energy for use at night. Without timely policy reforms, improved financing mechanisms, and better integration of distributed energy into the national grid, Pakistan could face long-term structural challenges in managing its evolving energy landscape.
In essence, Pakistan’s solar expansion marks a significant step toward cleaner energy, but it also underscores the urgent need for strategic planning to ensure a balanced and sustainable power system for the future.
