Pakistan's Energy Crisis: How Circular Debt, Wasted Capacity, and Untapped Renewables Are Bleeding the Economy

How Pakistan's Power Sector Works

Pakistan's electricity system operates as a chain with three main links:

Generation: Power plants produce electricity. Pakistan has added significant generation capacity in recent years, including coal, LNG, and renewable sources. The Central Power Purchasing Agency-Guarantee (CPPA-G) purchases power from generators under long-term power purchase agreements.

Transmission: The National Transmission and Despatch Company (NTDC) moves electricity from power plants to distribution networks through the national grid.

Distribution: Ten government-owned Distribution Companies (DISCOs) and one private company (K-Electric) deliver electricity to end consumers. This is where the system breaks down financially.

The DISCOs are the weak link. They purchase power at one price, sell it at a regulated tariff, collect payments from consumers, and remit funds back up the chain. When DISCOs fail to collect enough revenue, payments to generators back up, and circular debt accumulates.

The Circular Debt Black Hole

Pakistan's power sector is bleeding money. According to the World Bank's Pakistan Development Update from October 2024, the accumulated electricity circular debt stock reached approximately PKR 2.4 trillion by the end of June 2024, equivalent to roughly 2.3% of GDP.^[1]

But electricity is only part of the problem. The gas sector carries its own circular debt burden. According to the World Bank's energy discussion note (PN5), gas circular debt stood at approximately US$6.3 billion (PKR 1,800 billion) as of June 2023.^[2] Combined, the total energy sector circular debt exceeded US$14 billion.

The World Bank estimates that circular debt has been growing by approximately PKR 400 billion annually over the last four years.^[1] Power sector deficits have averaged approximately 2.8% of GDP over the FY2014-FY2024 period.^[1] This is not a one-time problem but a structural failure that accumulates year after year.

How Circular Debt Accumulates

Circular debt is not a mysterious phenomenon. It follows a predictable cascade through the energy value chain:

1. Distribution companies (DISCOs) fail to collect enough revenue from consumers due to theft, non-payment, and technical losses.
2. DISCOs cannot pay the Central Power Purchasing Agency (CPPA-G) the full cost of electricity they received.
3. CPPA-G cannot pay power generation companies what they are owed under power purchase agreements.
4. Generation companies cannot pay fuel suppliers for gas, coal, and LNG.
5. The government steps in with periodic bailouts, adding to public debt, while the cycle restarts.

According to the World Bank, transmission and distribution losses alone added PKR 160.4 billion to circular debt in FY2023.^[1] This is money lost between the power plant and the consumer's meter, representing electricity that was generated and purchased but never paid for.

The Capacity Paradox: Surplus on Paper, Shortages in Reality

One of the most striking features of Pakistan's power sector is the gap between installed capacity and actual delivery capability. According to the World Bank's energy discussion note:^[2]

Metric	Value
Installed capacity	43 GW
Dependable capacity	40.5 GW
Peak delivery capability	~28 GW
Peak summer demand	>30 GW

Pakistan has built more generation capacity than it can actually use. Yet it still experiences scheduled blackouts because peak summer demand exceeds what the system can deliver. This paradox results from several factors.

Why the Gap Between Capacity and Delivery?

Transmission bottlenecks: The national grid cannot move power efficiently from generation sites to demand centers. Transmission constraints mean power plants may be available but unable to dispatch.

Aging equipment: Parts of the distribution network date back decades. Transformers and lines operating beyond their design life reduce effective capacity.

Seasonal hydro variability: Hydropower provides clean, cheap electricity during the monsoon season but drops significantly in winter months when water flows decrease.

Economic dispatch choices: Government reluctance to operate expensive LNG and oil-fired plants reduces available supply. These plants receive capacity payments regardless of whether they generate, adding to costs without adding to power delivery.

Load-shedding to non-paying areas: DISCOs in areas with high theft and non-payment deliberately reduce supply to limit losses, reducing effective service coverage.

The Capacity Trap

Many of Pakistan's newer power plants operate under take-or-pay power purchase agreements. These contracts guarantee capacity payments to generators regardless of actual generation. According to the World Bank, capacity payments increased by approximately 50% due to new coal and LNG contracts.^[2]

This creates what the World Bank describes as a "capacity trap": more generation capacity was added without corresponding improvements in distribution infrastructure or demand growth. Pakistan pays for generation capacity it does not use while still experiencing blackouts because the power cannot reach consumers. The financial burden accumulates even as service quality remains poor.

Why Distribution Companies Lose Money

The distribution stage is where most financial losses accumulate. Pakistan has ten government-owned Distribution Companies (DISCOs) and one private company (K-Electric serving Karachi). The DISCOs face three interconnected problems.

Transmission and Distribution Losses

When electricity flows through the grid, some is lost to technical factors (resistance in wires, transformer inefficiencies) and non-technical factors (theft, meter tampering, unbilled connections).

According to the World Bank's Pakistan Development Update, DISCOs reported a combined T&D loss of approximately 16.5% in FY2023, based on NEPRA data.^[1]

World Bank Development Indicators provide independent verification at a slightly different figure. World Bank data shows Pakistan's T&D losses at 14.8% in calendar year 2022.^[3] The difference (16.5% vs 14.8%) likely reflects methodological differences and fiscal year vs calendar year timing.

Either way, Pakistan's losses are significantly higher than efficient benchmarks:

Pakistan's losses are roughly four to five times higher than the benchmarks set by South Korea and China. While Pakistan is comparable to India at the national level, India has made significant progress in reducing losses from 17.7% in 2014 to 14.2% in 2023.^[3]

Concentrated Losses in Specific DISCOs

Losses are not evenly distributed. According to the World Bank citing NEPRA data, four DISCOs (PESCO, QESCO, SEPCO, and HESCO) have T&D losses as high as 37%.^[1]

These companies serve challenging areas in Khyber Pakhtunkhwa (PESCO), Balochistan (QESCO), and rural Sindh (SEPCO, HESCO), where security conditions, geography, and governance challenges compound technical problems.

Collection Shortfalls

Beyond technical and theft losses, DISCOs also fail to collect bills from consumers who have received electricity. According to the World Bank, non-recovery across DISCOs totaled PKR 211.79 billion (approximately 0.3% of GDP) in FY2023.^[1]

When T&D losses and collection shortfalls are combined, the World Bank estimates the consolidated DISCO shortfall was PKR 278 billion (0.3% of GDP) in FY2023.^[1]

The K-Electric Exception

K-Electric, Pakistan's only private distribution company serving Karachi, provides an interesting comparison. According to the World Bank, K-Electric reduced its T&D losses from 35% in 2009 to 15.3% in 2023.^[1]

This demonstrates that substantial improvement is possible under different management incentives. K-Electric's loss levels still exceed efficient benchmarks but show that private sector participation can drive operational improvements that have proven elusive in public DISCOs.

The Fossil Fuel Lock-In

Pakistan's energy system remains heavily dependent on fossil fuels, despite significant potential for alternatives.

Heavy Dependence on Imports

According to the World Bank, fossil fuels account for approximately 86% of Pakistan's primary commercial energy supply.^[2] The breakdown of final energy consumption is:

Notably, only 17% of Pakistan's energy consumption is electricity. The majority is direct combustion of fossil fuels in transport, industry, and households.

Approximately 43% of Pakistan's energy supply is imported, according to the World Bank, creating a forex drain of roughly US$13 billion annually.^[2] This exposure to global commodity prices and exchange rate fluctuations adds volatility to energy costs.

Industrial Coal Dependence

Industry accounts for approximately 37% of total energy consumption but consumes 73% of all coal used in Pakistan.^[2] The industrial fuel mix is heavily coal-dependent:

Fuel	Share of Industrial Energy
Coal	51.4%
Gas	31.3%
Electricity	10.9%
Oil	6.4%

Much of this coal is imported, adding to the balance of payments burden. Brick kilns and cement plants dominate industrial energy use, sectors where fuel switching is technically feasible but requires investment and policy support.

The High Cost of Generation

Pakistan's electricity is expensive to generate. According to the World Bank, the average power generation cost was approximately US 12.76 cents per kilowatt-hour as of July 2024.^[1]

The World Bank reports this is 87-140% higher than neighboring countries.^[1] We have not independently verified this comparison against primary CPPA-G data, but the claim is consistent with Pakistan's dependence on imported fuels and capacity payments.

High generation costs mean that even if distribution worked perfectly, electricity would be expensive. The gap between generation costs and what consumers can afford to pay must be filled either by subsidies or by curtailing supply.

The Subsidy Problem

High generation costs and distribution losses create a gap between what electricity actually costs and what consumers can afford. This gap has been filled by subsidies, which have grown dramatically.

Subsidy Growth

According to the World Bank, federal power sector subsidies grew from PKR 236 billion (approximately 0.5% of GDP) in FY2020 to PKR 1,190 billion (approximately 1.0% of GDP) budgeted for FY2025.^[1]

This represents a fivefold increase in nominal terms over five years. As a share of GDP, subsidies doubled even as the government faces severe fiscal constraints.

The World Bank's energy discussion note provides a broader perspective. Using IMF Fossil Fuel Subsidies Database methodology, explicit energy subsidies (direct budget transfers) were approximately 2.6% of GDP in 2020. Including implicit subsidies (underpricing relative to full cost including environmental externalities), total energy subsidies reached approximately 11.9% of GDP, the highest in South Asia.^[2]

Who Benefits?

The World Bank reports that 94% of residential consumers benefit from some form of subsidy or cross-subsidy in FY2024.^[1] A separate figure suggests that 62% of residential consumers and all agriculture consumers are directly subsidized.^[2]

The broad coverage raises questions about targeting efficiency:

• Wealthier households that could afford cost-reflective tariffs also receive subsidies.
• Agricultural tube-well electricity subsidies are regressive, disproportionately benefiting larger farmers who own more tube-wells.^[2]
• Industrial and commercial consumers pay higher rates to cross-subsidize residential consumers, raising production costs.

The subsidy structure creates weak incentives for energy conservation and makes the system vulnerable to fiscal shocks.

The Wasted Renewable Potential

Pakistan has enormous renewable energy potential that remains largely untapped.

Scale of Potential

According to the World Bank, covering just 0.071% of Pakistan's land area with solar photovoltaic panels could meet the entire electricity demand.^[2] Strong wind resources exist in Balochistan and coastal Sindh.

Pakistan has set an official target of 60% renewable electricity generation by 2030, which would require approximately 13.6 GW of additional solar and wind capacity.^[2] However, deployment has barely begun, and the country remains locked into fossil fuels.

Why Not Renewables?

Several factors explain the slow adoption:

Vested interests: The fossil fuel supply chain and existing power plants have significant economic and political stakes in maintaining the status quo.

"Surplus capacity" excuse: Policymakers point to excess generation capacity as a reason not to add more, ignoring that much of the capacity is unavailable due to transmission constraints or is too expensive to dispatch.

Contract structures: Take-or-pay contracts with existing generators make it financially costly to shift to new sources, even if they are cheaper per unit.

Grid integration challenges: Variable renewable generation requires grid flexibility and storage that Pakistan's transmission infrastructure currently lacks.

Potential Benefits

The World Bank estimates that shifting to renewables could reduce generation costs by approximately 13%.^[2] Energy efficiency improvements could save an estimated US$2 billion annually.^[2] Reduced fossil fuel imports could save approximately US$13 billion in forex outflows over time.^[2]

These are World Bank estimates that we have not independently verified. They should be treated as indicative of potential rather than precise projections.

Energy Intensity: Using Energy Inefficiently

Pakistan uses energy less efficiently than its peers. According to the World Bank citing IEA data, Pakistan's energy intensity was approximately 4.6 megajoules per dollar of GDP in 2018.^[2]

Pakistan produces less economic output per unit of energy consumed than Bangladesh or Sri Lanka. The World Bank notes that Pakistan's energy efficiency improved at approximately 1.2% per year from 2000-2018, below the SDG7 target of 2.6% annual improvement.^[2]

A striking example: the World Bank estimates Pakistan has approximately 175 million electric fans, and inefficient models use approximately twice the electricity of efficient DC fans.^[2] Simple appliance efficiency standards could reduce electricity consumption significantly.

Why Reforms Have Stalled

Pakistan's power sector problems are well-documented, and reform proposals are not new. Several factors have constrained progress.

Political economy: Electricity prices are politically sensitive. Reforms that raise tariffs face public resistance, particularly during periods of high inflation.

Governance challenges: DISCOs operate in challenging environments. Staff face security risks when attempting to enforce collections in some areas. Political interference in appointments and operations undermines institutional capacity.

Institutional fragmentation: Responsibilities are divided across multiple federal and provincial entities, making coordinated reform difficult.

Incumbent interests: Existing power purchase agreements create obligations that are difficult to renegotiate without fiscal cost.

What Could Change the Trajectory

Several reform pathways have been proposed or are being implemented.

Tariff adjustment: The IMF-EFF program includes commitments to maintain cost-reflective tariffs and rationalize subsidies. The challenge is implementing increases while protecting vulnerable consumers.

Targeted subsidies: Moving from consumption-based subsidies to direct cash transfers targeted at low-income households could improve fiscal efficiency and reduce distortions.

Private sector participation: The government has explored privatization or long-term concessions for DISCOs. K-Electric provides a reference point, though its experience has been mixed.

Performance contracts: Introducing management performance contracts with clear loss reduction and collection targets could improve accountability.

Renewable transition: Accelerating solar and wind deployment while renegotiating or phasing out expensive fossil fuel contracts could reduce long-term generation costs.

Regulatory strengthening: NEPRA has the mandate to regulate the sector, but its effectiveness depends on political commitment to enforce compliance.

Regional Comparison: Pakistan in Context

Placing Pakistan's power sector performance in regional context helps calibrate expectations and identify achievable improvements.

Transmission and distribution losses: At approximately 15%, Pakistan's losses are comparable to India but significantly higher than Bangladesh (7.8%), which has made notable progress from 12% in 2014. South Korea and China demonstrate that losses below 4% are achievable with adequate infrastructure investment and governance.^[3]

Electricity access: Pakistan's electricity access rate reached 95.6% in 2023, trailing India (99.5%) and Bangladesh (99.5%), both of which have achieved near-universal access.^[4]

The comparison suggests that Pakistan's distribution challenges are not unique to developing countries. Bangladesh has demonstrated that rapid improvement is possible. India, despite also starting with high losses, has shown a sustained downward trend.