Pakistan's Power Division announced a return to scheduled load shedding in April 2026 — up to 2.25 hours of daily outages during peak evening hours. The cuts are not a surprise to anyone who follows the power sector, but the specific trigger this time is worth understanding: it is not a generation shortage in the traditional sense. It is a deliberate choice to avoid burning expensive furnace oil during peak demand, and the alternative to load shedding would be a tariff increase of up to Rs3 per unit on every consumer's bill.
That trade-off is the context most news reports skip. Here is what was actually announced, who is affected, and what it means practically.
What Was Announced and When
The Power Division announced the load shedding plan on April 15, 2026, describing it as a "Peak Relief Strategy." The plan imposes electricity cuts of approximately 2.25 hours per day, scheduled within the peak demand window of 5pm to 1am.
The cuts are not uniform across that eight-hour window — consumers do not lose power for the entire 5pm–1am period. Distribution companies schedule the outages in rotation across feeders within that window, with each feeder typically facing one cut per evening.
As of April 18, Energy Minister Awais Leghari stated that actual outages had come in under two hours daily, citing improved gas supply and rising hydropower output from seasonal river flows. The situation is expected to ease further as summer hydro generation picks up through May and June.
Why Load Shedding Was Imposed
The immediate cause is a 2,500MW power shortfall driven by three simultaneous pressures:
Reduced hydropower output. Pakistan's hydro generation drops in early spring before glacial melt and monsoon rains boost river flows. This seasonal dip reduces the cheapest electricity available to the grid.
Lower RLNG supply. Regasified liquefied natural gas supply to power plants was curtailed during this period, reducing gas-based generation capacity.
High furnace oil cost. The gap left by reduced hydro and gas would normally be filled by furnace oil-fired plants — but furnace oil is expensive. Running these plants at scale during peak hours would directly increase the monthly fuel cost, which feeds into the Fuel Price Adjustment on consumer bills. For a full explanation of how fuel costs flow into your bill, see What is FPA on Your Electricity Bill.
The Power Division's calculation: absorb 2.25 hours of daily load shedding rather than increase the per-unit FPA by up to Rs3. Even with limited furnace oil use, the FPA is still expected to rise by approximately Rs1.5 per unit. Full furnace oil operation would have doubled that increase.
Which Areas Are Exempt
K-Electric (Karachi) and HESCO (Hyderabad and interior Sindh) are both exempt from the planned outages.
The reason is regional: electricity generation in southern Pakistan relies less on furnace oil and benefits from access to cheaper power sources. Imposing the same peak-hour cuts on K-Electric and HESCO consumers would not produce the same fuel savings, so the Power Division excluded both from the plan. HESCO has separately announced plans to declare 68 feeders load shedding-free by June 2026.
Consumers in Karachi and Hyderabad may still experience unannounced outages due to local grid issues, but they are not part of the April 2026 peak-hour scheme.
For consumers across LESCO (Lahore), MEPCO (South Punjab), IESCO (Islamabad), FESCO (Faisalabad), GEPCO (Gujranwala), and PESCO (KPK), the peak-hour schedule applies.
Rural Areas Face More Than the Official Plan
The 2.25-hour figure is the official urban scheduled load shedding. Rural feeders — which have historically carried higher unannounced outages — face additional cuts beyond the official schedule. Rural consumers in areas served by MEPCO, PESCO, and other DISCOs with significant agricultural load have reported substantially longer outages than the official plan suggests.
This gap between announced and actual outage hours is not new to Pakistani consumers. The official schedule covers the managed rotation across urban feeders. Rural areas with poorer loss profiles and lower recovery rates tend to bear disproportionately longer cuts.
What This Means for Your Bill
The load shedding plan was explicitly designed to limit tariff increases. Without it, the April and May FPA figures would be significantly higher — by up to Rs3 per unit — because DISCOs would have run expensive furnace oil plants to meet peak demand.
Even with the plan in place, FPA is expected to rise by around Rs1.5 per unit for affected billing months. For a 300-unit household, that translates to approximately Rs450 added to the bill before GST. High-consumption households will feel it more sharply, since FPA is a per-unit charge. The new fixed monthly charges approved in February 2026 apply on top of this regardless of how many units you consume.
How to Find Your Area's Exact Schedule
DISCO load shedding schedules are published by each distribution company and rotate weekly. The fastest way to find your feeder's schedule:
- LESCO: lesco.gov.pk → Load Shedding Schedule
- MEPCO: mepco.com.pk → Outage Information
- IESCO: iesco.com.pk → Load Management Schedule
- FESCO: fesco.com.pk → Load Shedding
- GEPCO: gepco.com.pk → Consumer Services
Search for your feeder name or area — it is printed on your electricity bill in the consumer details section. Schedules are subject to change with short notice during periods of acute shortfall.
Practical Steps During Load Shedding
Load shedding during the 5pm–1am window hits peak cooking, cooling, and study hours. A few things that reduce the disruption:
Shift heavy loads to daytime. Run the washing machine, water pump, and dishwasher before 4pm when power is stable and tariff rates are off-peak for TOU consumers.
Keep devices charged during the day. Phones, laptops, and portable lights charged before the evening window means the cut does not interrupt what matters most.
A basic UPS covers lights and fans. A modest UPS (600–800VA) keeps ceiling fans and LED lights running through a 2–3 hour outage. It does not run an AC, but it maintains comfort for most households during the cut window.
Solar with battery storage eliminates the problem. A hybrid solar system with a battery bank produces electricity during daylight hours and stores it for evening use — covering the exact window when outages are scheduled. Given the current trajectory of both load shedding and tariffs, the economics of battery storage have improved considerably. See Net Metering vs Net Billing — Pakistan's 2026 Solar Rules if you are considering a solar installation.
Frequently Asked Questions
How long is load shedding per day in Pakistan in 2026?
The official planned load shedding under the April 2026 Peak Relief Strategy is approximately 2.25 hours per day, scheduled within the 5pm–1am peak window. As of April 18, the Energy Minister stated actual outages had come in under two hours due to improving hydro and gas supply. Rural areas may face additional unannounced outages beyond this figure.
Which areas are exempt from load shedding in Pakistan in 2026?
K-Electric (Karachi) and HESCO (Hyderabad and interior Sindh) are exempt from the April 2026 peak-hour plan. All other major DISCOs — LESCO, MEPCO, IESCO, FESCO, GEPCO, and PESCO — are included in the schedule.
Why was load shedding imposed in April 2026?
A 2,500MW power shortfall triggered by reduced hydropower output, lower RLNG supply, and high furnace oil costs. The Power Division chose scheduled outages over running expensive furnace oil plants, which would have increased the per-unit FPA by up to Rs3 for consumers.
Does load shedding affect my electricity bill?
Indirectly, yes. The outages are preventing a larger FPA increase — without them, bills would rise by up to Rs3 per unit more. Even with the plan in place, FPA is expected to rise approximately Rs1.5 per unit for April and May billing cycles.
How do I find my area's load shedding schedule?
Visit your DISCO's official website and look for the Load Shedding or Outage Schedule section. Search by your feeder name, which is printed on your electricity bill. Schedules rotate and can change with short notice during acute shortfall periods.