Solar Panels in Egypt: What They Cost, What They Save and When They Pay Back

Illustrative information only; not financial or engineering advice. Get a site survey and dated quotations.

Electricity prices rose twice in 2026 and Egypt has rewritten its rooftop-solar rules. For some homes, solar now pays back in a few years. For others, it may never pay back. Here is how to tell which one you live in.

Look at an electricity bill in Egypt in late 2026 and two things stand out. It is higher than last year, and for households that use a lot of power, it jumps sharply past certain thresholds. That is why rooftop solar keeps coming up in conversations among homeowners in Sheikh Zayed, New Cairo and the North Coast.

Solar can be an excellent investment in Egypt. It can also be a poor one. The difference is not the sunshine, which is abundant everywhere. It is how much electricity you use, which tariff bracket you sit in, what you pay for the system, and whether you can connect it to the grid.

The short answer

Solar makes the strongest financial sense for higher-consumption homes: villas and large apartments with several air-conditioning units, regularly using 900 kWh a month or more. In our transparent model, these homes recover a well-priced system in roughly 3 to 10 years at today's tariffs. For a typical apartment using around 450 kWh a month, the case is weaker. Payback ranges from about 8 years to more than 20, and the system may not pay back at all if it is expensive. Rising tariffs improve the numbers, but nobody can promise how fast they will rise.

Key takeaways

• Tariffs rose twice in 2026. The top bracket rose in April, and most residential brackets rose by an average of about 12% in August.
• Big users pay much more per unit. Above 650 kWh a month, the whole month is billed at the higher rate, not just the extra units.
• Net metering survived, with new conditions. EgyptERA's Circular No. 4 of 2026 keeps it, with stricter technical and local-content rules.
• Grid-tied solar switches off in a power cut. Backup needs batteries.
• Installed prices vary by a factor of two or more. Compare itemised quotations.

What you pay for electricity now

The 2026 residential tariff

The Ministry of Electricity and Renewable Energy announced new residential prices at the end of July 2026, with an average increase of about 12% and the first bracket unchanged.

Prices as reported from the ministry's statement by EnterpriseAM and Attaqa. Customer-service fees are charged on top. Some outlets published different figures for several brackets, and at the time of the announcement the regulator's website still showed the April 2026 schedule. Check your own bill or the EgyptERA website before relying on these numbers.

Earlier in 2026, in April, the top bracket alone had risen from EGP 2.23 to EGP 2.58.

Why the brackets matter more than the average

Up to 650 kWh a month, the bill is progressive: each block of units is charged at its own rate. Above 650 kWh, the whole month's consumption is charged at the higher bracket's rate from the first unit, and above 1,000 kWh the whole month moves to the top rate. This creates cliffs:

Calculated by EGC Insights from the August 2026 prices and the billing rules above.

One extra unit at 650 or 1,000 kWh adds roughly EGP 400–540 to the month's bill. Solar that brings a household back below one of these lines saves far more than the units it produces would suggest. The reverse is also true: a household already on the lower brackets saves relatively little per unit.

The government says it still covers part of the cost for most households. At 50 kWh a month, consumers pay about 25% of the real cost; at 700–1,000 kWh, about 88%; at 2,000 kWh, the full cost. If subsidies continue to be reduced, the value of each solar unit rises.

How much electricity a rooftop system produces

kWp is not output

A system's size is quoted in kilowatts peak (kWp): its output under standard test conditions. A 5 kWp system does not deliver 5 kW all day. It produces nothing at night, less in winter and on hazy days, and less when the panels are hot or dusty.

What matters is annual energy in kWh. The usual planning figure is "specific yield": kWh produced per kWp per year.

• Egyptian installers have quoted roughly 700 kWh a month from a 5 kW system, about 1,680 kWh per kWp per year.
• An academic study of Egyptian prosumers assumed a more conservative 120 kWh per kW per month, about 1,440 kWh per kWp per year.

We use 1,450, 1,600 and 1,750 kWh per kWp per year as conservative, base and optimistic cases. Your installer should model your actual roof: orientation, tilt, shading from water tanks and neighbouring buildings, and dust.

Seasons

Output in Greater Cairo roughly doubles from winter to summer, according to NASA-based estimates: around 4 kWh per kW per day in winter and 8.5 in summer. Conveniently, summer is also when air conditioning drives consumption up.

Space

As a rule of thumb from Egyptian installers, a 5 kW system needs about 50 m² of roof. Water tanks, satellite dishes, stair housings and shade from taller neighbours reduce the usable area.

Grid-connected, hybrid or off-grid?

Many Egyptian homeowners first think about solar because of load-shedding. A standard grid-connected system will not help during a cut. If backup matters, budget for batteries, and ask the installer exactly which circuits the battery will run and for how many hours.

The rules in 2026

Net metering: suspended, nearly scrapped, then rewritten

In early 2025, EgyptERA froze approvals for new solar grid connections while it revised the rules. At the end of 2025 it moved to cancel net metering altogether, and solar companies lobbied against the decision. In February 2026 it issued Circular No. 4 of 2026, which keeps net metering under new conditions.

Reported key conditions:

• Minimum 25% local content, approved through the New and Renewable Energy Authority.
• Certified inverters, and automatic disconnection during grid outages.
• Every project registered and tracked on the regulator's PV-hub platform.
• Distribution companies handle approval, metering and monthly settlement.
• Surplus energy is credited forward against later consumption; it cannot be cashed out.
• A technical review and testing fee of EGP 4,000 for systems up to 500 kW, EGP 3,000 for retesting, plus a charge for the bidirectional meter.
• A remote performance-monitoring contract for installations below 100 kW.
• Deadlines for distribution companies: three weeks to test after completion, three more to install the meter and energise.

The ministry's spokesperson has described the settlement of net-metering balances as annual. How any unused annual balance is valued is not clear from the sources we could access, so our model gives unused surplus no value. That is one reason to size the system to your consumption rather than your roof.

We could not access the full text of Circular No. 4 of 2026. Capacity limits and settlement details should be confirmed with your distribution company and installer.

Self-consumption without the grid

The ministry has said that systems for self-consumption only can be installed without licences, through qualified companies registered with the New and Renewable Energy Authority.

Who can apply

Applicants must own the installation site or hold a right to use it for 25 years. In an apartment building, that means the roof. Check your ownership contract, the owners' association and any compound rules before you buy anything.

What a system costs

There is no official price list, and published estimates in 2026 disagree:

That is roughly EGP 14,000 to 40,000 per kWp. Differences come from panel and inverter brands, mounting structures (especially raised frames above water tanks), cabling distances, local-content requirements, warranties, monitoring contracts and installer margins. Batteries add significantly.

Ask each installer to itemise: panels (brand, model, wattage, warranty), inverter (brand, model, warranty), mounting structure, cabling and protection, monitoring, grid-connection paperwork and fees, the bidirectional meter, commissioning, and after-sales service. Ask for the expected annual kWh, not just the kWp.

Will it pay back? A transparent model

Three homes

These are illustrative profiles, not official averages. We did not find a current official figure for average household consumption. Monthly use follows an assumed seasonal pattern, higher in summer.

Assumptions

All cases include EGP 9,000 for grid-connection fees and meter (EGP 4,000 review fee plus an assumed EGP 5,000 for the meter), EGP 1,500 a year for cleaning and monitoring, 0.5% annual panel degradation, and an inverter replacement in year 12 at 15% of system cost. Bills are calculated month by month under net metering, with surplus carried forward and unused surplus worth nothing. Tariffs are held at August 2026 levels unless stated. Customer-service fees are excluded.

Formulas

• Annual generation = System size (kWp) × Specific yield
• Monthly grid consumption = Monthly use − Monthly generation − Credit carried forward
• Annual saving = Bill without solar − Bill with solar − Maintenance
• Simple payback = Installed cost ÷ Annual saving

Results at today's tariffs

If tariffs keep rising

If tariffs rose 10% a year, paybacks would shorten: about 12.7 / 9.5 / 6.2 years for the apartment, 7.2 / 5.6 / 3.3 for the large apartment and 6.7 / 5.2 / 3.0 for the villa. This is a sensitivity test, not a forecast. Tariffs rose twice in 2026, but future increases depend on government policy.

What the model shows

1. Consumption decides the case. The large apartment uses twice as much electricity as the small one but saves almost four times as much money, because its units are billed at much higher rates.
2. Price decides the payback. The same villa pays back in about 3 years at the low end of quoted prices and about 9 at the high end.
3. The cheapest units are the hardest to replace. Covering the first 200 kWh a month saves only about EGP 1 per unit. Covering units above 650 kWh saves EGP 2.18 to 2.89 or more, and more again if it removes a cliff.
4. Oversizing wastes money. Surplus beyond a year's use has no assured value under the information available.

When solar makes sense, and when it doesn't

Solar is more likely to make sense if:

• you regularly use more than about 650 kWh a month, especially above 1,000;
• you own or control a sunny, unshaded roof with enough space;
• you can connect under net metering;
• you plan to stay at least as long as the payback period;
• you get a competitive, itemised quotation from a qualified installer.

Solar is less likely to make sense if:

• your consumption sits in the lower brackets;
• your roof is shaded, shared or legally unavailable;
• your main goal is backup during power cuts but your budget does not cover batteries;
• you may sell or move within a few years;
• the quotation is at the top of the market range without a clear reason.

Before solar, cut consumption. Efficient inverter air conditioners, insulation, shading and better glazing reduce the units you need to generate. Our article What Hassan Fathy Can Still Teach a Modern Egyptian Home covers passive measures.

Questions to ask an installer

1. Are you registered with the New and Renewable Energy Authority as qualified for net-metering projects?
2. What annual kWh do you expect from my roof, and how did you calculate it?
3. Which panels and inverter, and what are their warranties?
4. Does the system meet the 25% local-content requirement?
5. Who handles the distribution-company application and the meter, and what are the fees?
6. What happens during a power cut?
7. What maintenance and monitoring is included, and for how long?
8. What is the inverter's expected life, and what does replacement cost?

Explore your options

If you are building, renovating or finishing a home, the time to plan for solar is before the roof is finished: structure, waterproofing, cable routes and space for an inverter and batteries are far easier to design in than to retrofit. EGC Residential's Design my home service can help you plan these together with the rest of your home.

Related articles

• What Hassan Fathy Can Still Teach a Modern Egyptian Home
• Your Old Cairo Apartment Could Be Your Next Investment
• Interior Design Trends for 2027

FAQ

How much does a home solar system cost in Egypt? Published estimates in 2026 vary widely. One set puts a 5 kW grid-connected system without batteries at about EGP 70,000–95,000; another at EGP 150,000–200,000. Battery systems cost more. Get at least three itemised, dated quotations from qualified installers.

Is solar worth it for an apartment in Egypt? It depends mainly on how much electricity you use. In our illustrative model, a household using about 450 kWh a month recovers a 3 kW system in roughly 8 to 23 years at today's tariffs, depending on cost and output. A household using 900 kWh or more a month recovers a 5 kW system in roughly 4 to 10 years. Apartments also need roof rights and space.

Does net metering still exist in Egypt? Yes, under new rules. After freezing approvals in 2025 and moving to cancel the scheme, EgyptERA issued Circular No. 4 of 2026, which keeps net metering with stricter conditions, including a minimum 25% local content. Surplus energy can be credited forward against future consumption.

Will grid-connected solar keep my lights on during a power cut? No. Under the 2026 rules, grid-connected systems must disconnect automatically during grid outages. Backup during outages needs a battery or hybrid system, which costs more.

Do I need a licence to install solar panels? The Ministry of Electricity has said that systems for self-consumption only do not need a licence. Connecting to the grid under net metering requires approval from your distribution company, a bidirectional meter, a qualified installer and fees.

Sources

Checked 11 November 2026.

• EnterpriseAM: Household electricity tariffs hiked by an average of 12% (2 Aug 2026); What the energy system costs you, from your roof to your car (4 Nov 2026); EgyptERA net-metering circular (23 Feb 2026); Solar firms urge government to halt scrapping of net metering (4 Dec 2025)
• Attaqa: Egypt raises household electricity prices 12% (1 Aug 2026)
• Egypt Today: Egypt increases electricity prices by 12% for domestic use (1 Aug 2026)
• The Edge: Reported 12% rise not on the official schedule (Aug 2026)
• Egypt Independent: Egypt's 2026 electricity prices (2026)
• Al-Ain: New electricity tariff in Egypt (2026)
• Al Mal News: Bill details after the increase (Aug 2026); Cost of a home solar station (installer estimates)
• Hapi Journal: EgyptERA adopts Circular No. 4 of 2026 (22 Feb 2026); Mada Masr: Solar market regains net metering under new conditions (26 Feb 2026)
• Masrawy: Ministry spokesperson on self-consumption and net metering (18 May 2026)
• El Watan: Procedures and prices for home solar (Apr 2026)
• Energy Conversion and Management: X: Prosumer-driven energy models for Egypt (2025)
• ProfileSolar (NASA POWER data): Solar PV analysis, Heliopolis

We review this article every three months, or sooner when tariffs or net-metering rules change. It is illustrative and is not financial or engineering advice.