Electric Car vs Petrol Cost in Egypt 2026: Running-Cost Guide

As of the current Ministry of Petroleum page dated 21 September 2026, petrol 92 is listed at EGP 22.25 per litre and petrol 95 at EGP 24 per litre. Fuel prices can change, so a running-cost comparison should always state the date of the input rather than treating the figure as permanent.

For home EV charging, EgyptERA states that a household installing an electric-car charger is billed according to the applicable residential electricity tariff, and a separate meter can also be installed on the residential tariff structure. The April 2026 residential tariff page lists rates from 68 piasters/kWh in the lowest band up to EGP 2.58/kWh for consumption above 1,000 kWh, with band rules that depend on monthly consumption.

Because residential billing depends on the household's consumption band, there is no single correct home-charging rate that applies to every owner. The honest comparison is to use the marginal or effective rate that actually applies to your electricity bill and multiply it by the car's real energy use.

For a petrol car, multiply fuel consumption in litres per 100 km by the petrol price per litre. For an EV charged at home, multiply electricity consumption in kWh per 100 km by the electricity price per kWh. This creates an energy-only comparison on the same distance basis.

Do not use a manufacturer's best-case consumption figure if your real driving is very different. Motorway speed, air-conditioning, traffic, wheel size and driving style can change both petrol and electric consumption. Use your own measured consumption once you own the car, or use a conservative estimate when shopping.

Take a petrol car that uses 8 litres/100 km. At EGP 22.25 per litre for petrol 92, the fuel-only cost is EGP 178 per 100 km. At EGP 24 per litre for petrol 95, the same 8 L/100 km car costs EGP 192 per 100 km in fuel.

Now take a BEV using 18 kWh/100 km. At an illustrative household electricity rate of EGP 2.10/kWh, the energy cost is EGP 37.80 per 100 km. At EGP 2.58/kWh, it is EGP 46.44 per 100 km. These electricity figures are examples using tariff values published by EgyptERA; your actual household billing band may be lower or different.

The example shows why home charging can materially reduce energy cost, but it is not a total-cost-of-ownership guarantee. Purchase price, financing, insurance, tyres, service, battery warranty, public fast charging and resale value all matter. A premium EV can still cost more overall than an inexpensive petrol car even when energy cost is lower.

A proper comparison includes purchase price, finance cost, insurance, tyres, scheduled maintenance, home-charger installation, public charging, warranty and depreciation. Electric vehicles generally have fewer routine combustion-engine service items, but premium tyres, suspension, body parts and insurance can still be expensive.

The size and performance of the car matter too. A powerful premium EV may use significantly more electricity than a compact city EV. Comparing a small efficient EV against a large petrol SUV can exaggerate the powertrain effect because you are also comparing vehicle size and performance. Where possible, compare similar body styles and use cases.

A REEV or plug-in vehicle can be very cheap to run on days when most distance is covered from charged electricity, but more expensive on trips where the engine operates for long periods. The result depends heavily on charging frequency and the exact system efficiency.

This is why the powertrain label alone is not enough. If you are comparing a Deepal S05 REEV, IM LS9 or ROX 01 with a BEV, use the model-level technical data and think about what percentage of your monthly distance would realistically be electric.

If your annual mileage is high and home charging is easy, energy-cost savings can become a strong part of the EV case. If annual mileage is low, purchase price and depreciation may matter more than energy savings. The decision should therefore combine your kilometres per year with the exact car you are considering.

Use the SPARKD-EV model pages to compare the actual vehicle price, range, battery, warranty and powertrain. Then use this cost formula with your real mileage and tariff assumptions. That keeps the blog educational while the money page remains the commercial destination.