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XX. Pakistan's Energy Problems and Their Effects

📂 START HERE — How This Page Is Organised

No child pages here — read the sections below in order, then the solved past papers at the end.

📝 Actual CSS questions from this chapter

  • CSS 2017 Q7 — Alternative energy resources to overcome the crisis
  • CSS 2019 Q6 — Causes of the energy crisis and measures
  • CSS 2020 Q7 — Lack of strategy and political will
  • CSS 2021 Q5 — Significance of renewable energy

📺 Directly Relevant YouTube Lecture Sources

📌 Topic Contents

  1. 📖 Core Problems
  2. 📖 Causes
  3. 📖 Effects
  4. 📖 Policy Responses
  5. 📖 Latest Data and Developments (2024–2026)
  6. 📖 Argument Bank
  7. 📖 Answer Outline (20 marks)
  8. 📖 Exam angle
  9. 📖 ✍️ Model Answer (20 marks)
  10. 📖 Outline
  11. 📖 1. Introduction
  12. 📖 2. Energy Profile (Economic Survey 2025-26)
  13. 📖 3. Core Problems
  14. 📖 4. Causes
  15. 📖 5. Effects
  16. 📖 6. Reforms So Far
  17. 📖 7. Way Forward

CSS focus: explain causes and effects, use dated evidence, discuss limits and end with a judgment relevant to the wording.

Core Problems

  • Circular debt — cascading unpaid bills/subsidies across generation-distribution chain; crossed PKR 2.5+ trillion in recent years
  • Generation-transmission mismatch — installed capacity often exceeds actual usable/transmittable power (capacity payments to IPPs paid regardless of usage — major fiscal burden)
  • High cost of generation — heavy reliance on imported fuel (LNG, furnace oil) historically; expensive IPP contracts (some dollar-indexed)
  • Transmission & distribution losses — technical + theft/non-payment losses ("line losses") remain high, especially in certain DISCOs
  • Gas depletion — domestic gas reserves declining, rising import dependency (LNG)

Causes

  • Poor energy sector governance & planning (over-contracting IPP capacity in 2015-18 era)
  • Underpricing/subsidies without matching fiscal capacity
  • Currency depreciation raising cost of imported fuel & dollar-indexed IPP payments
  • Weak collection/recovery — theft, non-payment, especially in some regions

Effects

  • High electricity/gas tariffs — burden on households & industry, hurting export competitiveness
  • Frequent load-shedding historically — dents industrial productivity, foreign investment appeal
  • Fiscal burden — energy subsidies/circular debt strain national budget, complicate IMF program compliance
  • Social/political unrest over rising utility bills (recurring protests)

Policy Responses

  • Push toward renewable energy (solar, wind, hydel) to reduce import dependency
  • IMF-linked reforms: tariff rationalization, DISCO privatization discussions
  • CPEC energy projects (added significant generation capacity, but contributed to capacity payment burden)

Latest Data and Developments (2024–2026)

  • Installed capacity: ~49,650 MW (FY26); electricity mix 49% thermal, 23% hydel, 20% renewables, 7% nuclear (Economic Survey 2025-26). Hydel, nuclear and renewables together produced over half of generation.
  • Overcapacity paradox: capacity far exceeds average demand (~25,000–30,000 MW), so consumers pay capacity charges for idle plants.
  • IPP reform: contracts of several IPPs terminated or renegotiated since October 2024; 13 IPPs (5,105 MW) closed by FY26.
  • Solar revolution: a rooftop solar boom (Pakistan among the world's largest importers of Chinese solar panels in 2024); net metering added about 7,300 MW. Grid demand fell, raising per-unit costs for remaining grid consumers ("utility death spiral" risk); net metering rules revised in 2025–26.
  • Circular debt: a bank financing deal (2025) of about Rs1.2 trillion to retire part of the power circular debt; IMF sets ceilings on new accumulation.
  • Gas: indigenous gas only ~29% of primary energy supply; RLNG surplus and contract issues.
  • 2026 Iran war shock: oil prices spiked (Brent to about $120 in March 2026); the oil import bill rose; a Rs100 per litre petrol subsidy for motorcycles and small cars was announced (September 2026).

Argument Bank

  • Effects on the economy: industrial closures and lost exports (textiles), inflation, fiscal burden (subsidies, capacity payments), IMF conditionality, investment flight.
  • Social effects: unaffordable bills (protests in 2023 and 2024), inequality (solar for the rich, grid costs for the poor), health and education disruptions from load-shedding.
  • Governance failures: policy inconsistency, weak regulators (NEPRA, OGRA), politically appointed DISCO boards, theft protected by influential groups.
  • Energy security: import dependence (oil, LNG) exposes Pakistan to Middle East wars.

Answer Outline (20 marks)

  1. Introduction — energy as the backbone of the economy; thesis.
  2. Current energy profile (data).
  3. Problems — circular debt, capacity payments, losses, gas depletion, import dependence, tariffs.
  4. Causes — planning, governance, pricing, currency.
  5. Effects — economic, social, political, security.
  6. Reforms so far — IPP renegotiation, solar, tariff rationalisation, DISCO privatisation.
  7. Way forward — local resources (Thar coal, hydel, solar, wind), competitive power market, loss reduction, targeted subsidies, storage and grid upgrades, energy conservation.
  8. Conclusion.

Exam angle

  • Structure: problem → root cause → economic and social effect → reform response.
  • Circular debt is the single most important concept to master here.

✍️ Model Answer (20 marks)

Question: Discuss the energy problems of Pakistan and their effects on the economy and society. Suggest measures to resolve them.

Outline

  1. Introduction
  2. Pakistan's energy profile
  3. Core energy problems
  4. Causes
  5. Effects
  6. Reforms so far
  7. Way forward
  8. Conclusion

1. Introduction

Energy is the backbone of economic growth. Pakistan's energy crisis has changed form over time: from load-shedding in the 2000s and early 2010s, to a crisis of affordability and debt today. The country now has more installed capacity than it needs, yet electricity is among the most expensive in the region, and the power sector's circular debt burdens the budget. The 2026 Iran war, which pushed oil prices to about $120 a barrel, showed how vulnerable Pakistan remains to imported fuel.

2. Energy Profile (Economic Survey 2025-26)

  • Installed capacity of about 49,650 MW.
  • Electricity mix: 49% thermal, 23% hydel, 20% renewables and 7% nuclear; hydel, nuclear and renewables together produce over half of generation.
  • Indigenous gas provides only about 29% of primary energy supply.
  • A rapid rooftop solar boom, with net metering adding about 7,300 MW.

3. Core Problems

  1. Circular debt: unpaid bills and subsidies accumulate through the chain from distributors to generators to fuel suppliers.
  2. Capacity payments: capacity far exceeds average demand, but contracts oblige the state to pay for idle plants.
  3. High tariffs: among the highest in the region, hurting households and industry.
  4. Transmission and distribution losses from theft, non-payment and weak infrastructure.
  5. Gas depletion and reliance on costly imported LNG.
  6. Import dependence on oil and LNG, exposing Pakistan to price shocks.
  7. The solar paradox: as wealthier consumers move to solar, grid demand falls and per-unit costs rise for those left on the grid.

4. Causes

  • Poor planning: over-contracting of capacity (2015–18) on guaranteed, often dollar-indexed returns.
  • Underpricing and politically motivated subsidies.
  • Currency depreciation raising fuel and capacity costs.
  • Weak governance of distribution companies; regulators (NEPRA, OGRA) with limited independence.
  • Neglect of local resources (hydel, Thar coal) for decades.

5. Effects

  • Economic: industrial closures and lost export competitiveness (especially textiles); inflation; a fiscal burden that shapes IMF negotiations.
  • Social: unaffordable bills (protests in 2023 and 2024); energy poverty; inequality between solar-equipped households and grid-dependent ones.
  • Political: public anger and pressure for subsidies (such as the Rs100 per litre petrol subsidy for motorcycles and small cars in September 2026).
  • Security: dependence on Middle East supplies makes energy a strategic vulnerability.

6. Reforms So Far

  • Renegotiation and termination of IPP contracts since October 2024; 13 IPPs (5,105 MW) closed by FY26.
  • A bank financing deal (2025) of about Rs1.2 trillion to retire part of the power circular debt.
  • Tariff rationalisation and IMF-linked ceilings on new circular debt.
  • Revised net metering rules and plans for privatising distribution companies.

7. Way Forward

  1. Local resources: hydel (Diamer-Bhasha, Dasu), Thar coal, solar and wind; reduce imported fuel.
  2. Market reform: a competitive wholesale electricity market; no new guaranteed-return contracts.
  3. Loss reduction: smart meters, anti-theft campaigns, professional management of distribution companies.
  4. Targeted subsidies for the poor through BISP data, instead of blanket subsidies.
  5. Grid modernisation and storage to integrate renewables.
  6. Gas policy: new exploration, rational pricing, reduced line losses.
  7. Energy conservation: efficiency standards, market timings, efficient appliances.
  8. Regional energy trade: CASA-1000, and gas imports when feasible.

8. Conclusion

Pakistan's energy crisis is no longer a shortage of power but a crisis of cost, debt and governance. Its effects reach every household and factory and shape the country's fiscal and external position. The solution lies in a decisive shift to local and renewable sources, a competitive market, efficient distribution and targeted support for the poor. Affordable, secure energy is the foundation for every other economic goal Pakistan sets itself.

📝 CSS Past Papers 2014–2026 — This Chapter (Solved)

📊

Asked so far: 4 subjective questions (2017, 2019, 2020, 2021) on the causes of the energy crisis and on renewable energy · 5 MCQs (2016, 2019, 2020, 2026 ×2). Add recent facts from 2024 to 2026 to your answers: the boom in rooftop solar and net-metering, the renegotiation of power contracts, circular debt and the cuts in tariffs.

2024–2026 MCQs are from the FPSC papers with original options. 2014–2023 MCQs come from published answer keys (the FPSC copies only contain Part-II), so their options are rewritten but the keyed answer is kept and checked.

Part-I — Past MCQs

1. (CSS 2016) Quaid-e-Azam Solar Park is located in:

  • (A) Thar
  • (B) Bahawalpur
  • (C) Jhimpir
  • (D) Gwadar
  • ✅ (B) Bahawalpur, in the Cholistan desert — first 100 MW block inaugurated May 2015; planned to reach 1,000 MW.

2. (CSS 2026) Pakistan's largest solar park is in:

  • (A) Gwadar
  • (B) Bahawalpur
  • (C) Dera Ismail Khan
  • (D) Sukkur
  • ✅ (B) Bahawalpur — the Quaid-e-Azam Solar Park (also asked in 2016). Don't confuse it with Jhimpir and Gharo, the wind corridor in Sindh.

3. (CSS 2019) The pipeline built by PARCO from Karachi to the north of the country (2002 onwards) is called:

  • (A) Iran-Pakistan Pipeline
  • (B) TAPI
  • (C) North-South Gas Pipeline
  • (D) White Oil Pipeline
  • ✅ (D) White Oil Pipeline — carries diesel and jet fuel from Port Qasim to Mahmoodkot (Multan), later extended to Machike (Sheikhupura); commissioned 2005.

4. (CSS 2020) Pakistan signed the long-term LNG supply agreement with Qatar on:

  • (A) 10 February 2016
  • (B) 26 March 2015
  • (C) 1 January 2017
  • (D) 29 November 2015
  • ✅ (A) 10 February 2016 — 15-year deal signed in Doha for 3.75 million tonnes a year at 13.37% of Brent. A new 10-year deal followed in 2021 at 10.2% of Brent.

5. (CSS 2026) Which province introduced a "Green Energy Transition Policy" in 2024?

  • (A) Balochistan
  • (B) Khyber Pakhtunkhwa
  • (C) Punjab
  • (D) Sindh
  • ⚠️ Unconfirmed — verify before the exam. No official policy with exactly this title was found.
    • Punjab ran the largest provincial solar schemes in 2024–25 (Roshan Gharana, solar tube-wells).
    • KP launched a 2024 solar scheme for 130,000 households.

Part-II — Past Subjective Questions

1. CSS 2017 Q7 — Explore the option of alternative energy resources to overcome the energy crisis in Pakistan. (20)

Outline

  1. Introduction
  2. The nature of the energy crisis
  3. Alternative energy resources
  4. Barriers to their development
  5. Recommendations
  6. Conclusion

Answer

1. Introduction

  • In the early 2010s Pakistan faced an electricity shortfall of 4,000 to 6,000 megawatts. Its dependence on imported oil and LNG made power expensive and kept the country exposed to world price shocks. Alternative sources of energy, most of them available within Pakistan, offer a cheaper and more secure path.

2. The nature of the energy crisis

  • The crisis is one of cost as well as supply. Imported fuel, circular debt and transmission losses keep tariffs high even when there is enough generating capacity.

3. Alternative energy resources

  • Hydropower. Pakistan's potential is estimated at about 60,000 megawatts, of which only around 10,000 megawatts are in use. Diamer-Bhasha, Dasu, Mohmand and Suki Kinari will add a great deal more.
  • Solar power. The country receives strong sunlight for most of the year. Studies by the US National Renewable Energy Laboratory put the potential at about 2.9 million megawatts. The Quaid-e-Azam Solar Park and a rapid spread of rooftop solar since 2023 show what is possible.
  • Wind power. The Gharo-Keti Bandar corridor in Sindh has a potential of around 50,000 megawatts, and wind farms at Jhimpir already produce about 1,800 megawatts.
  • Nuclear power. Plants at Chashma and the newer K-2 and K-3 units in Karachi provide steady base-load power. The government aims for 8,800 megawatts by 2030.
  • Thar coal. Reserves of about 175 billion tonnes of lignite are now being used in power plants built under CPEC.
  • Biomass and biogas. Sugar mills generate electricity from bagasse, and animal waste can supply biogas to villages.
  • Other sources. Geothermal sites in the Koh-e-Sultan area and the Karakoram, tidal energy in the Indus delta and waste-to-energy plants in large cities also have potential.

4. Barriers to their development

  • High upfront costs.
  • A weak grid that cannot easily absorb variable solar and wind power.
  • Frequent changes in policy.
  • Circular debt, which makes investors wary.
  • Problems of land acquisition and security.

5. Recommendations

  • Targets in the Alternative and Renewable Energy Policy of 2019 and the clean-energy commitments of the NDC should be followed consistently.
  • New projects should be awarded through competitive bidding to keep prices low.
  • The grid should be upgraded and battery storage introduced.
  • Local manufacturing of solar panels and equipment should be encouraged.
  • Incentives should support rooftop and small-scale solar.
  • Energy efficiency should be improved in homes and industry.

6. Conclusion

  • Pakistan does not lack energy resources. It lacks the policies and investment needed to use them. Indigenous renewable energy can give the country power that is cheaper, more secure and cleaner than imported fuel.

Full 20-mark answer: CSS 2017 — Pakistan Affairs Paper (Solved)

2. CSS 2019 Q6 — What are the main causes of the energy crisis in Pakistan? What measures do you recommend to address it? (20)

Outline

  1. Introduction
  2. Causes of the energy crisis
  3. Effects of the crisis
  4. Measures to address it
  5. Conclusion

Answer

1. Introduction

  • Pakistan's energy crisis is often described simply as a shortage of electricity. In reality it is a combination of high costs, circular debt and inefficiency, and these problems have persisted even after new capacity was added.

2. Causes of the energy crisis

  • An unsuitable energy mix. The country relies heavily on imported furnace oil and LNG, which are expensive and vulnerable to price shocks.
  • Costly power contracts. The power policies of 1994 and 2002 gave independent power producers "take-or-pay" contracts with capacity payments linked to the dollar.
  • Circular debt. Unpaid bills passed along the chain have built up a debt of more than 2.3 trillion rupees in the power sector alone by 2023.
  • Losses and theft. Around 17 per cent of electricity is lost in transmission and distribution, and many distribution companies recover only part of what they bill.
  • Neglect of hydropower. Few dams have been built since the 1970s.
  • Falling gas reserves. Domestic gas production is declining.
  • Weak regulation. Under-pricing, untargeted subsidies and a weak regulator have distorted the market.
  • Rising demand. Population growth and inefficient appliances keep pushing demand up.

3. Effects of the crisis

  • In 2012 some areas faced load-shedding of up to 18 hours a day.
  • Factories closed, workers lost their jobs and exports fell.
  • Frequent power cuts led to public protests.

4. Measures to address it

  • Pakistan should shift towards indigenous sources such as hydropower, Thar coal, solar, wind and nuclear energy.
  • Contracts with independent power producers should be renegotiated.
  • Distribution companies should be restructured or privatised.
  • Smart meters and a firm campaign against theft would improve recovery.
  • Subsidies should go only to poor consumers.
  • Transmission lines should be upgraded.
  • Energy conservation should be promoted.
  • Planning should follow the Indicative Generation Capacity Expansion Plan.
  • Regional projects such as CASA-1000 and TAPI could provide cheaper imports.

5. Conclusion

  • Building more power plants alone will not end the energy crisis. Pakistan needs structural and governance reforms that make electricity affordable and ensure that it is paid for.

Full 20-mark answer: CSS 2019 — Pakistan Affairs Paper (Solved)

3. CSS 2020 Q7 — Pakistan's energy crisis was due to the lack of strategy and political will. Discuss. (20)

Outline

  1. Introduction and stance
  2. Evidence of a lack of strategy
  3. Evidence of a lack of political will
  4. Other contributing factors
  5. The counter-argument
  6. Way forward
  7. Conclusion

Answer

1. Introduction and stance

  • The statement is largely correct. Pakistan has never lacked sources of energy. Its crisis has grown out of poor planning and an unwillingness to take difficult decisions.

2. Evidence of a lack of strategy

  • For decades there was no integrated national energy plan.
  • The power policy of 1994 encouraged expensive thermal plants run on imported oil instead of hydropower.
  • Thar's huge coal reserves were ignored until CPEC.
  • Too little was done to encourage new gas exploration.
  • The 2013 power policy focused on adding capacity rather than on keeping electricity affordable, which later produced surplus capacity and heavy capacity payments.

3. Evidence of a lack of political will

  • The Kalabagh Dam was shelved because no government was willing to build a consensus.
  • Privatisation of distribution companies has been postponed again and again.
  • Electricity tariffs have often been set for political rather than economic reasons.
  • Theft by influential consumers has rarely been checked.
  • Circular debt was allowed to grow year after year.
  • Ministers and the boards of power companies have been changed frequently.

4. Other contributing factors

  • Oil price shocks in 2008 and 2022.
  • Repeated falls in the value of the rupee.
  • Declining domestic gas production.
  • Rapid population growth.

5. The counter-argument

  • Between 2013 and 2018 the government added about 10,000 megawatts, much of it under CPEC, and ended load-shedding. This shows that determined leadership can produce results. However, the cost of electricity and the circular debt both rose during the same period, which suggests that the deeper problems were left untouched.

6. Way forward

  • Planning should follow a long-term framework such as the Indicative Generation Capacity Expansion Plan.
  • Priority should go to indigenous sources.
  • The regulator should be free from political interference.
  • Distribution companies should be run by independent boards.
  • Political parties should reach a consensus on building dams.

7. Conclusion

  • Pakistan's energy resources were always there. What was missing was a coherent strategy and the political courage to carry it through.

Full 20-mark answer: CSS 2020 — Pakistan Affairs Paper (Solved)

4. CSS 2021 Q5 — Discuss the significance of renewable energy resources for Pakistan. (20)

Outline

  1. Introduction
  2. Pakistan's renewable energy potential
  3. Significance of renewable energy for Pakistan
  4. Progress so far
  5. Challenges
  6. Recommendations
  7. Conclusion

Answer

1. Introduction

  • In 2021 renewable sources other than large hydropower supplied only about five per cent of Pakistan's electricity. This is a small share for a country with so much sun, wind and running water.

2. Pakistan's renewable energy potential

  • Solar potential is estimated at about 2.9 million megawatts.
  • The wind corridor in southern Sindh could produce around 50,000 megawatts.
  • Small hydropower, biomass and geothermal energy add further potential.

3. Significance of renewable energy for Pakistan

  • Economic benefit. Pakistan spends 15 to 20 billion dollars a year on imported fuel. Replacing part of this with local renewable energy would save foreign exchange, support the rupee and, over time, lower electricity tariffs.
  • Energy security. Domestic renewable sources are not exposed to oil price shocks or supply disruptions abroad.
  • Climate commitments. Pakistan has pledged in its NDC to obtain 60 per cent of its energy from clean sources by 2030. As one of the countries most vulnerable to climate change, it has a direct interest in meeting this goal.
  • Social benefit. Off-grid solar can bring electricity to remote villages in Balochistan and Gilgit-Baltistan and create local jobs.
  • Industrial competitiveness. Cheaper power would help Pakistani industry compete in export markets.

4. Progress so far

  • The Alternative and Renewable Energy Policy of 2019 set clear targets.
  • Wind farms at Jhimpir and the Quaid-e-Azam Solar Park are operating.
  • Net-metering has grown quickly, and the government has announced a 10,000 megawatt solar initiative.

5. Challenges

  • Solar and wind power vary with the weather, and the grid is not yet strong enough to handle large amounts of it.
  • Battery storage is still expensive.
  • Finance and land are difficult to secure.
  • Policy uncertainty and circular debt discourage investors.
  • Most solar panels are imported.

6. Recommendations

  • New capacity should be awarded through competitive auctions.
  • The grid should be modernised and storage added.
  • Local manufacturing of equipment should be encouraged.
  • Green bonds and green Sukuk can mobilise finance.
  • Provincial solar schemes should be expanded.
  • Net-metering rules should be reviewed so that they remain fair to all consumers.

7. Conclusion

  • Renewable energy gives Pakistan the chance to produce cheap, secure and clean power from its own resources. Making the most of it would ease the burden on the economy as well as on the environment.

Full 20-mark answer: CSS 2021 — Pakistan Affairs Paper (Solved)

🧠 Additional Practice Questions — Not Actual FPSC Past Papers

  • "Energy crisis in Pakistan: causes, effects and solutions."
  • "Circular debt is the biggest challenge to Pakistan's energy sector. Discuss."
  • "Discuss the role of renewable energy in solving Pakistan's energy problems."