Pakistan’s energy system is shaped by one central problem: the country needs reliable and affordable power for a large population, but its fuel supply, electricity grid and public finances remain under pressure. Oil and natural gas still dominate much of Pakistan’s primary energy supply, while hydropower, nuclear power, Thar coal and solar energy have become increasingly important for the electricity system. The country is not simply moving from fossil fuels to renewables. It is trying to reduce imported fuel costs, manage circular debt, expand power access, protect industry and build a more secure energy mix at the same time.
Pakistan’s Energy Story: A Large Power System Under Cost Pressure
Pakistan is one of South Asia’s most important energy markets because its power needs are tied to population growth, urban expansion, industry, agriculture and transport. The country’s energy challenge is not only about adding new power plants. It is about making electricity affordable, keeping the grid stable, reducing dependence on imported fuels and improving the financial health of the power sector.
The International Energy Agency describes Pakistan’s primary energy supply as still led by oil and natural gas, with hydropower as the country’s main renewable source and solar and wind growing from a smaller base. The same IEA profile also notes that more than 40 million people remain without electricity access, while about half of the population lacks access to clean cooking facilities. That makes Pakistan’s energy policy a development issue as much as a power-market issue.
Pakistan’s energy system has three major stories running at once. First, imported oil and LNG create pressure on foreign exchange reserves. Second, Thar coal, hydropower and nuclear energy are used to improve domestic supply and reduce import exposure. Third, high electricity prices have helped trigger a rapid shift toward rooftop solar, especially among households and businesses that can afford self-generation.
Pakistan’s Electricity Mix: Thermal Power Still Leads, but the System Is Changing
Pakistan’s power sector is large and diverse. As of July–March FY2025, total installed electricity generation capacity stood at 46,605 MW. The official capacity mix was 55.7 percent thermal, 24.4 percent hydel, 7.8 percent nuclear and 12.2 percent renewable, with the renewable figure including net metering. During the same period, Pakistan generated 90,145 GWh of electricity, with hydel, nuclear and renewables together providing 53.7 percent of generation.
This matters because Pakistan’s installed capacity does not always translate into cheap or reliable electricity. Some thermal plants depend on imported fuel. Some renewable generation is seasonal or variable. Hydropower changes with river flows and water availability. Gas-fired generation depends on domestic gas production and LNG imports. Nuclear plants provide stable baseload power, but they require large upfront investment and long-term technical planning.
Pakistan’s electricity demand is also uneven by sector. In July–March FY2025, households accounted for nearly half of national electricity consumption, while industry used about a quarter. That means electricity prices affect both household budgets and industrial competitiveness. High tariffs can push factories toward lower output or captive generation, while middle-class households may turn to rooftop solar to reduce bills.
Coal in Pakistan: Thar Coal, Imported Coal and the Search for Baseload Power
Coal has become more important in Pakistan because it offers baseload electricity and, in the case of Thar coal, a domestic alternative to imported fuel. Pakistan’s coal story is not only about emissions. It is also about energy security, foreign exchange and the desire to use local resources.
The Thar Desert in Sindh is central to this strategy. Pakistan’s Economic Survey describes a policy push toward “indigenization” of coal-based power, with several Thar coal-fired plants contributing to the national grid. PPIB-facilitated capacity includes 3,300 MW of Thar coal and 3,960 MW of imported coal capacity, showing that coal remains a serious part of the power system.
The government has also presented Thar coal as a way to reduce exposure to imported coal prices. The official survey says Pakistan has a 175 billion-ton Thar coal reserve and lists five Thar coal-based IPPs totaling 3,300 MW. These include projects at Thar Block-I and Block-II, along with coal-linked plants connected to major power corridors.
The challenge is that coal solves one problem while creating others. It can support baseload power and reduce import pressure when domestic coal replaces imported fuel. But it also raises environmental concerns, water-use questions in dry regions, air-quality issues and long-term pressure from climate finance rules. Pakistan’s coal future will likely depend on whether Thar coal remains cheaper than imported alternatives and whether grid planners keep coal plants running as baseload assets while renewables grow.
Natural Gas in Pakistan: Local Depletion, LNG Imports and Industrial Demand
Natural gas has long been one of Pakistan’s most important fuels. It supports power generation, households, fertilizer production, industry and commercial users. But the country’s gas system is under strain because domestic reserves are declining while demand remains high.
Pakistan’s Economic Survey states that indigenous natural gas supplied about 29.3 percent of the country’s total primary energy supply in FY2024. It also reports an extensive gas network of more than 14,276 km of transmission lines, 162,031 km of mains and 41,577 km of service lines. During July–March FY2025, average natural gas consumption was about 3,143 MMCFD, including 798 MMCFD of regasified LNG. The largest consuming sectors were power, domestic users and fertilizer.
Gas is important because Pakistan’s fertilizer sector depends heavily on it, and agriculture depends on fertilizer. This connects the gas sector directly to food production, rural incomes and inflation. When gas is short or expensive, the effects can move beyond the energy sector into agriculture and consumer prices.
Pakistan has used LNG imports to fill part of the gap left by declining local gas production. LNG gives the country supply flexibility, but it also exposes Pakistan to global gas prices, contract terms, foreign exchange pressure and shipping risk. In practical terms, Pakistan’s natural gas policy is a balancing act between households, power plants, fertilizer producers, general industry and fiscal limits.
Oil in Pakistan: Imports, Transport Fuels and Refining Pressure
Oil remains vital in Pakistan even though it is no longer the preferred fuel for power generation. Its main role is in transport, aviation, shipping, agriculture, backup generation and industry. Because Pakistan imports much of its crude oil and petroleum products, oil prices have a direct effect on the trade balance and domestic inflation.
During July–March FY2025, Pakistan’s petroleum product consumption rose to 13.17 million tonnes. Transport was the dominant user, consuming 10.54 million tonnes, or about 80 percent of total demand. At the same time, petroleum use in the power sector fell sharply, reflecting a shift away from furnace oil generation toward hydropower, nuclear, coal and imported LNG.
Pakistan also imported 12.53 million metric tonnes of petroleum products during July–March FY2025, up from 11.14 million metric tonnes in the same period of FY2024. The import bill was about US$8.40 billion, almost flat compared with the previous year because lower international prices offset higher volumes. Crude oil imports also rose as local refining activity increased.
The oil sector matters for SEO and for real energy analysis because it connects Pakistan’s energy profile to everyday life. Road transport, freight movement, port activity, bus networks, motorcycles, private vehicles and aviation all depend on petroleum products. Pakistan’s future oil demand will depend on urban growth, public transport investment, fuel prices, refinery upgrades and the pace of electric vehicle adoption.
Electricity Infrastructure in Pakistan: Grid Limits, IPPs and Circular Debt
Pakistan’s electricity infrastructure is one of the main reasons the country’s energy story is more complicated than its fuel mix. The country has built major power plants, but grid reliability, transmission constraints, distribution losses, tariff disputes and circular debt continue to shape the sector.
The Private Power and Infrastructure Board has supported a large share of Pakistan’s power buildout. As of March 2025, PPIB had facilitated 88 operational Independent Power Producers with a combined capacity of 20,726 MW. The Economic Survey also points to the 660 kV Matiari–Lahore HVDC transmission line as a major private-sector-backed transmission project, showing the importance of long-distance power movement from generation centers to demand centers.
Circular debt remains one of Pakistan’s most important electricity-sector problems. It refers to unpaid bills, subsidies, losses and delayed payments that move through the chain of generators, distributors and government entities. Reuters reported in 2025 that Pakistan signed term sheets with 18 commercial banks for a 1.275 trillion rupee Islamic finance facility to help pay down power-sector debt. The report described circular debt as a liquidity problem that has disrupted supply, discouraged investment and added fiscal pressure.
The government has also claimed progress. Pakistan’s Power Division stated that circular debt declined to Rs. 1,614 billion as of June 2025, citing improved DISCO operational efficiency, macroeconomic factors and negotiations with independent power producers.
For Pakistan, grid reform is not a technical side issue. It is central to whether new generation can lower costs, whether solar can be integrated fairly, whether industry can get reliable power, and whether future investment will arrive at the scale the country needs.
Nuclear Energy in Pakistan: Chashma, Karachi and Reliable Low-Carbon Power
Nuclear energy plays a larger role in Pakistan than many readers may expect. Pakistan has six operating nuclear power plants at two main sites: Chashma in Punjab and Karachi on the Sindh coast. The Economic Survey lists total installed nuclear capacity at about 3,530 MW, with Chashma’s four units totaling 1,330 MW and Karachi’s newer K-2 and K-3 units totaling 2,200 MW. Pakistan’s first nuclear power plant, KANUPP-1, was permanently shut down in 2021 after 50 years of operation.
Nuclear power is important for Pakistan because it provides stable, low-carbon electricity with low fuel-cost exposure after construction. In July–March FY2025, nuclear generation supplied 17,175 GWh, or 19.05 percent of Pakistan’s electricity generation. That made nuclear one of the country’s most important non-fossil electricity sources.
The World Nuclear Association reports that Pakistan has 3,262 MWe of operable nuclear capacity and one 1,100 MWe reactor under construction. It also notes that Pakistan’s pressurized water reactor fuel is imported from China, reflecting the close role of Chinese cooperation in Pakistan’s civil nuclear program.
Pakistan nuclear energy is therefore not a symbolic program. It is a working part of the national grid and a major part of Pakistan’s low-carbon electricity supply.
Renewable Energy in Pakistan: Hydropower, Solar, Wind and Bagasse
Renewable energy in Pakistan is shaped by geography. Hydropower comes from the country’s river systems and mountain regions. Solar power benefits from strong sunlight across much of the country, especially in Sindh, Balochistan and southern Punjab. Wind power is strongest in corridors such as the Gharo-Jhimpir region of Sindh. Bagasse power is linked to the sugar industry.
Hydropower remains the main renewable electricity source. In July–March FY2025, hydel capacity reached 11,368 MW and hydel generation supplied 27,413 GWh, or 30.41 percent of electricity generation. The 884 MW Suki Kinari Hydropower Project reached commercial operation in September 2024, adding another major hydro asset to the system.
Solar is the fastest-changing part of Pakistan’s energy market. The official installed renewable figure includes net metering, but the full solar story is larger because many systems are behind the meter or off-grid. REN21 reports that Pakistan’s net-metered rooftop solar capacity rose from 583 MW added in 2022–23 to 1,181 MW added in 2023–24, then surged to 2.8 GW in the first 10 months of FY2024–25. By April 2025, cumulative national net-metered rooftop solar reached 5.3 GW.
This rooftop solar boom is one of the most important energy developments in Pakistan. It is driven by high grid electricity prices, cheaper solar panels and the desire for more reliable self-generation. But it also creates a policy problem: households and businesses with solar buy less grid electricity, while poorer consumers who cannot afford solar may carry more of the fixed grid cost.
Pakistan’s Alternative and Renewable Energy Policy 2019 set targets to increase renewable energy generation to 20 percent by 2025 and 30 percent by 2030, covering solar, wind, biomass, biogas, waste-to-energy, geothermal, hydrogen, ocean energy, storage and hybrids.
Geography and Energy Demand in Pakistan
Pakistan’s geography makes its energy system difficult to manage. The Indus River system supports hydropower and irrigation, but river flows are seasonal and climate-sensitive. Northern mountain regions offer hydropower potential but require difficult transmission construction. Sindh and Balochistan have strong solar and wind potential, but major demand centers are spread across Karachi, Lahore, Faisalabad, Rawalpindi, Islamabad and other urban areas.
Agriculture also plays a major role. Pakistan’s farms depend on irrigation, fertilizer and transport fuels. That connects electricity, gas and oil to food security. Fertilizer plants need gas. Pumps need electricity, diesel or solar. Trucks move crops to cities and ports. Energy prices therefore affect not only factories and households, but also food supply chains.
Karachi adds another layer. As Pakistan’s largest city, main port and financial center, it requires reliable electricity for industry, services, shipping, households and cooling demand. Punjab’s industrial and agricultural base creates another major demand center. Balochistan and Gilgit-Baltistan face more difficult questions around remote power, grid expansion and local resource use.
Energy Security and the Future of Energy in Pakistan
Pakistan’s energy security depends on reducing imported fuel pressure while keeping enough reliable electricity for homes and industry. Oil imports, LNG contracts, coal choices, hydropower seasonality, nuclear expansion, rooftop solar and grid reform all fit into the same national question: how can Pakistan power growth without creating another affordability crisis?
The future of energy in Pakistan will likely be built around four priorities. The first is using more domestic and lower-cost resources, including hydropower, Thar coal, solar, wind and nuclear power. The second is modernizing the grid so new generation can actually serve demand. The third is managing circular debt and tariff design so the power sector can attract investment without making electricity unaffordable. The fourth is handling rooftop solar in a way that supports consumers without weakening the financial base of the grid.
Pakistan’s energy future will not be decided by one technology. Coal will remain important where baseload power and domestic fuel security matter. Natural gas will remain important for industry, fertilizer and flexible generation, even as domestic reserves decline. Oil will remain central to transport. Nuclear power will continue to provide stable low-carbon electricity. Renewable energy, especially hydropower and solar, will keep growing. The real test is whether Pakistan can connect these pieces into a system that is reliable, affordable and strong enough to support long-term development.
