Key Takeaways
- Pakistan’s distributed solar capacity reached 38GW in FY2024-25.
- This equals about 93% of the country’s utility-scale installed power capacity.
- Estimated distributed solar generation reached 51TWh in FY25.
- Grid electricity sales fell to 111TWh, but overall demand has not disappeared.
- Homes, farms and businesses are now reshaping Pakistan’s power market.
Solar Growth Reaches a New Turning Point
Pakistan’s solar electricity shift has reached a major turning point, with distributed solar capacity now standing close to the size of the country’s entire grid-based power system. According to the Pakistan Electricity Review 2026, total distributed solar capacity reached 38 gigawatts by FY2024-25. This is equal to around 93 percent of Pakistan’s utility-scale installed power capacity, showing how quickly consumers have changed the energy landscape.
The growth is not limited to one class of users. Households, shops, farms, factories and commercial buildings have all added solar panels to reduce electricity bills and protect themselves from rising tariffs. For many users, solar is no longer just a backup option. It has become a main source of electricity during daytime hours, especially in areas where grid supply is expensive, unreliable or difficult to manage.
What the 38GW Solar Figure Means
The 38GW figure is important because it shows the rise of a parallel electricity system outside traditional utility planning. In the past, Pakistan’s electricity debate focused mostly on power plants connected to the national grid. Now, a large share of electricity is being generated behind the meter, on rooftops, farms and business sites, where it may not be fully counted in official supply data.
The report estimates that distributed solar generation reached 51 terawatt-hours in FY25. That is nearly 46 percent of total grid electricity sales, which stood at 111TWh. This means that while consumers still use the national grid, a very large portion of their actual power needs is now being met through private solar systems. The real size of Pakistan’s electricity use is therefore higher than what grid sales alone suggest.
Why Grid Sales Are Falling
Pakistan’s grid electricity sales have declined from 125TWh in FY22 to 111TWh in FY25. At first glance, this may look like a fall in electricity demand. However, the report explains that demand has not simply disappeared. Instead, more consumption is taking place outside the central grid as users generate their own power through solar panels and batteries.
This change is a serious signal for power planners. If grid sales keep falling while fixed power-sector costs remain high, the burden may shift to consumers who cannot afford solar. That could make electricity even more expensive for lower-income households and small users who remain fully dependent on the grid. Managing this shift fairly will be one of the biggest policy challenges in the coming years.
Net Metering and Off-Grid Use Are Expanding
Net-metering capacity has also grown strongly, reaching 6.8GW. Net metering allows consumers to send extra solar electricity back to the grid and receive credit on their bills. This has encouraged many households and businesses to install larger systems, especially in urban areas where rooftop space and grid access are available.
However, the report also shows that much of the solar deployment is outside formal accounting systems. Many farms, homes and commercial users run behind-the-meter or off-grid solar setups that do not appear clearly in national energy statistics. This undercounting makes planning more difficult because official data may not show how much electricity Pakistan is actually producing and consuming.
Pakistan’s Power Sector Is Being Reshaped by Consumers
The biggest lesson from the report is that Pakistan’s power sector is now being reshaped from the consumer side. People are not waiting only for new government projects or grid reforms. They are making their own energy decisions based on electricity prices, load management, business needs and long-term savings. Solar has become a practical response to high power costs.
For policymakers, this trend brings both opportunity and risk. On one side, solar can reduce pressure on fuel imports, improve energy access and support cleaner electricity. On the other side, it can weaken grid revenues if the transition is not managed carefully. Pakistan will need better data, smarter tariffs, stronger grid planning and fair rules for solar users and non-solar users alike.
The rise of 38GW distributed solar capacity shows that Pakistan’s electricity future is no longer only about large power plants. It is also about millions of smaller decisions made by families, farmers and businesses. If handled well, this consumer-led solar boom can become one of the most important energy shifts in the country’s history.
