Calculate your electricity load, monthly bill, and get personalized AI-powered savings recommendations
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Power: 40 Watts
Power: 15 Watts
Power: 10 Watts
Power: 75 Watts
Power: 35 Watts
Power: 150 Watts
Power: 1500 Watts
Power: 900 Watts
Power: 200 Watts
Power: 500 Watts
Power: 1000 Watts
Power: 1200 Watts
Power: 100 Watts
Power: 200 Watts
Power: 750 Watts
Power: 1000 Watts
Power: 2000 Watts
| Appliance | Daily Usage | Monthly Usage | Monthly Cost | % of Total |
|---|---|---|---|---|
| Refrigerator | 4.80 kWh | 144.00 kWh | 5040.00 PKR | 77.4% |
| Fans | 1.20 kWh | 36.00 kWh | 1260.00 PKR | 85.7% |
| Tv | 0.40 kWh | 12.00 kWh | 420.00 PKR | 6.1% |
| Led Bulbs | 0.20 kWh | 6.00 kWh | 210.00 PKR | 100.0% |
Note: Monthly bill excludes government taxes and surcharges. Results are estimates based on average power consumption. Actual electricity usage may vary based on the age and efficiency of your appliances.
Track your electricity usage over time or compare with average Pakistani households
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Find out how much you can save by switching to solar energy in Pakistan
A family in Lahore installed a 5kW solar system and reduced their monthly electricity bill from PKR 30,000 to just PKR 3,000, achieving payback in just 4 years.
A small business in Karachi installed a 10kW solar system and is saving over PKR 100,000 monthly, expecting full return on investment in less than 3 years.
A homeowner in Islamabad installed an 8kW system with net metering and now receives credit from the utility company instead of bills during several months of the year.
A housing society in Multan installed a community solar system, cutting each household's bill by 70% while providing backup during load shedding hours.
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Practical advice to reduce your electricity consumption and save money
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This calculator provides estimates based on average power consumption of typical appliances in Pakistan. Actual electricity usage may vary based on the age, efficiency, and usage patterns of your specific appliances. For the most accurate results, enter the exact wattage of your appliances where possible and update current electricity rates from your latest bill. The calculator is regularly updated with the latest NEPRA tariff rates to ensure calculations remain relevant.
Electricity rates in Pakistan have been increasing due to several factors including rising fuel costs, capacity payments to independent power producers (IPPs), line losses, circular debt, and currency devaluation affecting imported fuel prices. The government has implemented various tariff adjustments to address the financial challenges in the power sector, which has resulted in higher consumer prices. Additionally, electricity theft and distribution inefficiencies contribute to higher costs which are passed on to paying consumers through various surcharges.
You can reduce your electricity bill by: 1) Replacing regular lights with LED bulbs, 2) Using inverter AC instead of conventional ACs, 3) Switching to energy-efficient appliances, 4) Installing BLDC fans instead of regular fans, 5) Using solar water heaters instead of electric geysers, 6) Running heavy appliances during off-peak hours, 7) Properly maintaining appliances like refrigerators and ACs, 8) Installing solar panels for your home, and 9) Ensuring proper home insulation to reduce heating/cooling needs. Making these changes can reduce your electricity consumption by 30-40% in most households.
Electricity in Pakistan is billed using a slab-based tariff system where the per-unit rate increases with higher consumption. For example, the first 50-100 units are charged at a lower rate, while consumption above that is charged progressively higher. Bills also include various surcharges, taxes, and fees including fuel adjustment charges, electricity duty, TV license fees (where applicable), and general sales tax. Different distribution companies (DISCOs) may have slightly different rates and structures, but all follow NEPRA's general tariff determination guidelines.
Yes, solar energy has become increasingly worthwhile in Pakistan due to rising electricity costs and abundant sunshine. Most regions in Pakistan receive 7-8 hours of sunlight daily, making it ideal for solar installations. With current electricity prices, a typical solar system can pay for itself in 3-5 years while continuing to provide free electricity for up to 25 years. The government's net metering policy also allows you to sell excess electricity back to the grid, further increasing your savings. A 5 kW solar system can reduce your bill by 80-90%, depending on your usage and net metering credits.
In Pakistani homes, air conditioners are typically the highest electricity consumers, accounting for up to 40-50% of summer bills. Other high-consumption appliances include water heaters/geysers (especially in winter), refrigerators (due to 24/7 operation), water pumps, and conventional ceiling fans. Cooling devices collectively make up the largest portion of electricity usage, with ACs and fans together representing over 60% of consumption during summer months. Energy-efficient alternatives for these appliances can significantly reduce overall electricity consumption.
A conventional 1.5 ton AC consumes approximately 1,500-2,000 watts per hour of operation. If used for 8 hours daily during summer months, it would consume around 12-16 kWh per day or 360-480 kWh per month. At current electricity rates averaging PKR 35-40 per unit, this adds approximately PKR 12,600-19,200 to your monthly bill. In contrast, a 1.5 ton inverter AC consumes around 900-1,200 watts per hour, potentially reducing this bill impact by 30-40%. This significant difference makes inverter ACs much more economical in the long run despite their higher initial cost.
Net metering is a billing mechanism that credits solar energy system owners for the electricity they add to the grid. In Pakistan, the net metering policy allows homeowners and businesses with solar panels to export excess electricity to the national grid and receive credits on their bills. To benefit from net metering, you need to install an on-grid solar system and apply for a net metering connection through your local distribution company (like K-Electric, LESCO, IESCO, etc.). The process takes approximately 3-4 weeks, and once approved, your electricity meter will be replaced with a bidirectional meter that tracks both consumption and contribution to the grid.
In April 2025, the Pakistani government announced a significant reduction in electricity tariffs, cutting rates by Rs.7.41 per unit for residential consumers. This brought the average domestic rate down to around Rs.34.47 per unit from the previous Rs.41.88 per unit. The reduction was implemented to provide relief to consumers who had been facing continuously rising electricity costs. Additionally, NEPRA approved a further reduction of Rs.1.71 per unit for the April-June 2025 quarter. These reductions came after several years of increasing tariffs that had significantly impacted household budgets across the country.
As of May 2025, the cost of electricity in Pakistan varies by consumption category and distributor. For protected residential consumers using 1-50 units (lifeline consumers), the rate is approximately PKR 3.95 per unit. For those using 51-100 units (also lifeline), the rate is around PKR 7.74 per unit. Standard residential consumers face tiered pricing: PKR 11.69 per unit for 1-100 units, with rates increasing progressively for higher consumption brackets. The average residential rate is around PKR 34-36 per unit including all taxes and surcharges. Commercial and industrial consumers pay different rates, typically higher than residential rates. These figures are subject to change with government policy updates and fuel price adjustments.
The average monthly electricity bill in Pakistan has increased significantly in recent years. As of 2025, the average monthly bill for a typical Pakistani household is approximately PKR 20,000-25,000, though this varies widely depending on location, home size, and season. A small apartment using 200-300 units might pay PKR 10,000-15,000 monthly, while a larger house consuming 500+ units could face bills of PKR 30,000-50,000 or more. During summer months (May-September), bills typically increase by 40-60% due to cooling needs. Urban areas generally face higher bills than rural areas due to increased appliance usage. This represents a dramatic increase from just a few years ago when average bills were around PKR 8,000-10,000 for the same consumption.
Line losses and electricity theft significantly impact bills in Pakistan, with the country experiencing transmission and distribution losses of 15-20% (compared to the global average of 8-9%). These losses are passed on to paying consumers through higher tariffs. Electricity theft, which accounts for a substantial portion of these losses, occurs through illegal connections, meter tampering, and billing fraud. The government has implemented various measures to combat these issues, including smart metering, improved grid infrastructure, and stricter penalties for theft. However, progress has been slow, and the financial burden continues to be borne by legitimate consumers, who effectively subsidize the cost of stolen electricity through their own higher bills.
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This calculator is provided for informational purposes only. While we strive for accuracy, we make no guarantees regarding the preciseness of calculations or recommendations.
We do not collect any personal information through this calculator. All calculations are performed locally in your browser and no data is transmitted to our servers.
The information provided by this calculator should not be considered professional advice. For precise billing details, always consult your electricity provider's official resources.
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