Re-emerging Energy Crisis

From a Languishing Conundrum to Catastrophe?

Pakistan’s already fragile economy has repeatedly been confronted by an acute energy crisis.

The country’s energy difficulties are deep and complex. The problem does not arise solely from an absolute shortage of energy resources. It is also rooted in governance failures, weak political commitment, poor coordination and the absence of a comprehensive and integrated energy strategy.

Major structural weaknesses include:

• Lack of an integrated national energy policy
• Inter-agency coordination failures
• Insufficient financial resources for power generation
• Weak investment in transmission infrastructure
• Low tax collection
• Large-scale circular debt
• Political reluctance to undertake unpopular reforms

Pakistan’s energy challenge has therefore evolved from a persistent sectoral problem into a wider threat to economic stability, industrial production and national development.

Energy Woes Are Not New – A Historical Glimpse

Pakistan’s energy crisis is neither recent nor temporary. Its roots can be traced back several decades.

During the 1970s, the construction of major hydropower projects such as Mangla and Tarbela dams helped Pakistan avoid a serious energy shortage and created a period of relatively reliable electricity supply.

However, rapid economic expansion during the 1980s significantly increased electricity demand.

Demand eventually began to grow faster than:

• Generation capacity
• Transmission infrastructure
• Distribution networks
• Energy-sector investment

The government attempted to increase production but struggled to keep pace with expanding consumption.

Population growth and rapid urbanisation further increased pressure on the energy system.

New industries, businesses, housing developments and commercial users created additional demand, while investment in infrastructure remained inadequate.

Exacerbated Energy Shortfall – The Contemporary Crisis

The source article describes a period in which Pakistan faced a major electricity shortfall and extensive load-shedding.

Electricity generation remained substantially below demand, resulting in prolonged outages across the country.

At the same time, a significant portion of the population remained without reliable access to electricity, while consumers connected to the grid faced increasingly expensive electricity bills.

One of the most important paradoxes of Pakistan’s energy sector is that installed generation capacity can exceed actual demand while available electricity production remains insufficient.

This happens because installed plants cannot always operate at full capacity due to:

• Fuel shortages
• Outstanding payments
• Circular debt
• Technical problems
• Transmission constraints
• Operational inefficiencies

CPEC has added several energy projects to Pakistan’s generation portfolio, with additional projects planned or under development.

In theory, these projects significantly increase Pakistan’s generation potential. However, generation capacity alone cannot solve the crisis unless financial and institutional problems are addressed simultaneously.

What Is Fuelling Pakistan’s Energy Crisis?

Pakistan’s electricity shortages result from multiple interconnected problems.

These include:

• Faulty power policies
• High transmission and distribution losses
• Mismanagement of indigenous resources
• Dependence on imported fossil fuels
• Outdated thermal power plants
• Circular debt
• Weak governance

The energy crisis has serious implications for economic security.

Persistent electricity shortages can reduce industrial production, affect agricultural productivity, increase unemployment and weaken overall economic growth.

Mounting Circular Debt

Circular debt is one of the most serious structural problems in Pakistan’s power sector.

It develops when one participant in the electricity supply chain cannot pay another, causing unpaid obligations to accumulate throughout the system.

The chain may involve:

• Electricity consumers
• Distribution companies
• Power producers
• Fuel suppliers
• Government institutions

When Independent Power Producers and other electricity generators do not receive timely payments, they may be unable to purchase fuel or operate plants at full capacity.

This means Pakistan can possess sufficient installed power-generation capacity while still experiencing electricity shortages.

Impact on Independent Power Producers

The source article notes that Independent Power Producers reduced production because of outstanding payments from the government.

Some power plants also remained shut because they lacked fuel or faced technical problems.

When power producers cannot recover their costs, the entire electricity system becomes financially unsustainable.

International Price Hike of Hydrocarbons

Pakistan’s energy sector remains highly dependent on imported hydrocarbons.

This dependence exposes the country to fluctuations in international prices of:

• Oil
• Liquefied natural gas
• Coal
• Other energy commodities

When global prices rise sharply, Pakistan’s import bill increases and pressure on foreign-exchange reserves intensifies.

Higher international energy prices also make electricity generation more expensive.

The Problem of Artificially Frozen Energy Prices

The source argues that governments cannot permanently protect consumers from rising international commodity prices without creating larger fiscal costs.

If international fuel costs increase while domestic petroleum and electricity prices remain artificially frozen, the government must absorb the difference.

This can increase:

• Budget deficits
• Public debt
• Subsidy costs
• Circular debt

Such policies may provide temporary political relief but can worsen the long-term financial condition of the energy sector.

Low Tax Collection and Weak Fiscal Capacity

Pakistan’s energy problem is also linked with its broader fiscal weaknesses.

Low tax collection reduces the government’s capacity to finance:

• Energy subsidies
• Infrastructure development
• Transmission upgrades
• Debt payments
• Public investment

A weak tax base therefore makes it increasingly difficult to manage an energy system requiring large and continuous financial support.

Decaying Transmission and Distribution Infrastructure

Transmission and distribution losses remain another major problem.

The source highlights unusually high aggregate technical and commercial losses in Pakistan’s power sector.

In a country already facing electricity shortages, losing a substantial portion of generated electricity before it reaches paying consumers creates enormous economic costs.

What Are Line Losses?

Line losses refer to electricity lost while power moves through transmission and distribution networks.

These losses can be divided into two broad categories.

Technical Losses

Technical losses occur naturally during electricity transmission but become excessive when infrastructure is outdated or inefficient.

Major causes include:

• Long transmission distances
• Outdated equipment
• Overloaded networks
• Voltage drops
• Poor maintenance

Non-Technical or Commercial Losses

Commercial losses arise from problems outside the physical generation process.

These include:

• Electricity theft
• Meter tampering
• Unpaid electricity bills
• Poor billing and collection systems

Ultimately, the financial burden created by these losses is transferred to paying consumers or absorbed by the government.

Electricity Theft

Electricity theft further weakens Pakistan’s power sector.

Consumers who illegally obtain electricity increase losses for distribution companies and reduce the revenue available for maintenance and generation.

The result is a vicious cycle:

• Electricity theft increases financial losses
• Financial losses increase circular debt
• Circular debt reduces generation capacity
• Lower generation increases load-shedding
• Higher tariffs burden paying consumers

Obsolete Thermal Power Plants

Pakistan has historically relied heavily on thermal power generation.

Older and inefficient plants require expensive fuel while producing electricity at comparatively high costs.

This dependence becomes particularly problematic when imported oil and gas prices increase internationally.

Pakistan therefore faces both an energy-security problem and an energy-cost problem.

Economic Consequences of the Energy Crisis

Energy is a basic input for almost every sector of the economy.

Persistent shortages therefore create wide-ranging economic consequences.

Industrial Shutdowns

Electricity shortages force factories to reduce production or temporarily close operations.

This lowers industrial output and weakens competitiveness.

Agricultural Losses

Agriculture depends on electricity and fuel for:

• Tube wells
• Irrigation
• Processing
• Storage
• Transportation

Energy shortages therefore reduce agricultural productivity and increase food-production costs.

Unemployment

When businesses reduce production, employment opportunities also decline.

Energy shortages can therefore contribute directly to unemployment and declining household incomes.

Pressure on GDP

Industrial disruption, weak investment and reduced productivity collectively slow economic growth.

Currency Depreciation

Heavy dependence on imported fuels increases demand for foreign currency.

This creates additional pressure on Pakistan’s exchange rate and foreign-exchange reserves.

Can Pakistan Salvage the Energy Crisis?

Resolving Pakistan’s energy crisis requires more than simply constructing additional power plants.

The crisis requires:

• Political will
• Financial reform
• Better governance
• Efficient transmission
• Revenue mobilisation
• Energy diversification

Both short-term stabilisation and long-term structural reform are necessary.

Paying IPPs and Reducing Circular Debt

A short-term measure identified in the source is clearing outstanding payments owed to Independent Power Producers.

Providing liquidity to power producers can allow plants to:

• Purchase fuel
• Restart generation
• Improve electricity availability

However, simply borrowing additional money to clear circular debt will not permanently solve the problem.

Unless the structural causes of circular debt are addressed, unpaid liabilities will accumulate again.

External Financing and the IMF

The source discusses external borrowing from institutions such as the International Monetary Fund or bilateral partners as a possible short-term source of financial relief.

However, such financing normally comes with policy conditions.

These may involve politically difficult reforms such as:

• Reducing subsidies
• Increasing electricity tariffs
• Increasing petroleum levies
• Improving tax collection

External borrowing can therefore provide temporary liquidity, but it cannot substitute for domestic structural reform.

Resume Hydrocarbon Imports Where Necessary

In the short term, Pakistan may need sufficient fuel imports to operate existing thermal power plants.

Where power plants depend on imported fuels, shortages of oil, LNG or coal can significantly reduce generation.

However, greater imports also increase Pakistan’s vulnerability to global prices and foreign-exchange pressures.

Therefore, imported fuel can only be part of a short-term solution.

Tax Reform

Tax reform is essential because Pakistan requires greater domestic revenue to finance the energy sector and reduce reliance on borrowing.

A stronger taxation system can improve the state’s capacity to:

• Invest in transmission infrastructure
• Support energy-sector reforms
• Clear legitimate financial obligations
• Reduce fiscal deficits

Long-Term Solution: Diversify the Energy Mix

Pakistan’s long-term energy security depends on reducing excessive reliance on imported hydrocarbons.

The country should develop a diversified energy mix based on:

• Hydropower
• Solar energy
• Wind power
• Nuclear energy
• Domestic energy resources
• Cleaner and more efficient technologies

Renewable Energy Generation

Renewable energy provides Pakistan with an opportunity to reduce both import dependence and environmental damage.

Priority technologies include:

• Solar power
• Wind energy
• Hydropower

Renewable energy can also improve long-term price stability because its operating costs are less exposed to volatile international fuel markets.

Green, Clean and Sustainable Electricity

The source stresses the importance of Green, Clean and Sustainable electricity generation.

A long-term transition towards cleaner energy technologies can strengthen:

• Energy security
• Environmental sustainability
• Economic resilience
• Foreign-exchange stability

The ultimate objective should be to produce an increasingly large share of electricity from sustainable and cleaner technologies.

Role of Nuclear Energy

Nuclear power can also contribute to Pakistan’s long-term energy diversification.

It offers large-scale electricity generation without the same dependence on imported fossil fuels associated with conventional thermal plants.

However, nuclear development requires:

• Large capital investment
• Technical expertise
• Strong safety standards
• Long-term planning

Role of CPEC Energy Projects

CPEC has already increased Pakistan’s installed electricity-generation capacity through several energy projects.

However, the experience demonstrates that additional generation capacity alone does not automatically eliminate shortages.

CPEC energy projects must therefore be accompanied by reforms in:

• Transmission
• Distribution
• Revenue collection
• Circular debt management
• Fuel supply

Way Forward

1. Resolve Circular Debt Structurally

Pakistan must address the underlying causes of circular debt instead of repeatedly clearing accumulated liabilities through borrowing.

2. Upgrade Transmission Infrastructure

Old transmission and distribution systems should be modernised to reduce technical losses.

3. Act Against Electricity Theft

Enforcement, digital metering and improved monitoring can reduce commercial losses.

4. Improve Bill Recovery

Distribution companies must strengthen collection from both private and public-sector consumers.

5. Rationalise Electricity Tariffs

Tariffs should increasingly reflect production costs while targeted subsidies protect vulnerable households.

6. Expand Renewable Energy

Pakistan should accelerate investment in solar, wind and hydropower.

7. Reduce Imported-Fuel Dependence

Greater reliance on indigenous and renewable sources can reduce exposure to international commodity shocks.

8. Reform the Tax System

Higher domestic revenue is essential for sustainable investment in energy infrastructure.

9. Improve Energy Governance

Pakistan requires stronger coordination among institutions responsible for:

• Electricity
• Petroleum
• Gas
• Renewable energy
• Finance

10. Develop an Integrated National Energy Strategy

Energy policy should be guided by a coherent long-term framework rather than short-term political decisions.

The strategy should integrate:

• Generation
• Transmission
• Distribution
• Pricing
• Fuel security
• Climate commitments

Conclusion

Pakistan’s energy crisis is a recurring structural problem rather than a simple shortage of generating capacity.

Its roots lie in circular debt, imported-fuel dependence, inefficient power plants, transmission losses, electricity theft, weak tax collection and inadequate governance.

The country has significant installed generation capacity, including additional projects developed under CPEC, yet financial and institutional weaknesses frequently prevent this capacity from being utilised effectively.

Short-term measures such as clearing IPP payments and securing sufficient fuel supplies may reduce immediate load-shedding, but they cannot provide a permanent solution.

Pakistan requires structural reforms that improve revenue collection, modernise transmission infrastructure, reduce losses and diversify the national energy mix.

Renewable energy, hydropower, nuclear power and other cleaner technologies should gradually reduce dependence on volatile imported hydrocarbons.

Pakistan’s energy crisis will remain a languishing conundrum—and may evolve into a wider economic catastrophe—unless political leadership moves from temporary crisis management towards an integrated, financially sustainable and long-term energy-security strategy.