How Egypt powers itself today

1

INTRO

Welcome to the first issue of Power Trip

Hello, ladies and gents, and welcome to the first issue of our newest signature series, Power Trip.

Your lights stayed on this summer — and that took more doing than it sounds. Egypt's own gas fields are producing less every year, and demand climbs with every hot week. A war next door disrupted the routes half the region's energy travels on, and a drone hit one of our import terminals as demand was hitting a record peak in August. The pressure never let up. What changed was the machinery built to absorb it — and that machinery has a price.

This issue is about how Egypt powers itself today. How did we get through the peak without rationing? How did a country that was exporting gas eight years ago end up buying it back? When there isn't enough to go around, who loses power first, and who decides? What did keeping the lights on actually cost — in greenbacks, in subsidies, in your own bill? And why does so much of it come down to a single fuel?

Over the next few issues we'll follow the current further: into the transition — the IPPs and the factories — and who’s paying for it; out to the ports, pipelines and cables that would make Egypt a hub; and home to your bill, your roof, and your car.

What we’re tracking this week-

#1- BP’s Egypt portfolio is splitting in two

BP is pressing ahead with a USD 700 mn, four-well drilling program while negotiating the sale of roughly USD 1 bn of local assets to Energean. The first well, Fayoum 4, is already producing around 80 mmcf/d from the West Nile Delta portfolio Energean wants to buy. The rig then moves to the second well, Gharab. After that, it will drill the third and fourth wells — both deepwater exploration prospects — for Arcius Energy, BP’s (51%) joint venture with Abu Dhabi’s XRG (49%). Arcius also holds interest in Zohr.

The read through: Although there’s some blur around the asset sale, Energean remains in exclusive talks to buy BP’s stakes in the West Nile Delta assets and its 50% contractor interest in Temsah — also home to Eni’s 2 tcf Denise West discovery, which is targeting to reach a final investment decision within the next few months.

#2- Also in upstream: M&A tug-of-war

Genel Energy has raised its offer for Capricorn Energy to USD 436 mn, beating DNO’s USD 396 mn proposal and winning back Capricorn’s board recommendation. The prize includes Capricorn’s portfolio — a 50% non-operated interest across eight concessions it merged into a single license across the Western Desert — which produced roughly 20k barrels of oil equivalent per day and USD 81 mn in net income last year.

#3- Idku to the world: miss me?

Shell and Petronas plan to resume LNG exports from Idku in October. The two companies got the green light to export two LNG cargoes during October and November last year. By March 2026, the state pressed pause on LNG shipments flowing out of Idku due to the regional disruptions to energy imports combined with gas shortages. Shell and Petronas jointly hold 71% of the liquefaction plant, while the EGPC and Egas together own 24%, and France’s Engie controls the remaining 5%.

2

THE STRESS TEST

Egypt's summer held because of a bet it made before anyone knew there'd be a war to hedge against

Your lights stayed on this summer. That was a choice, not luck. The gas shortage didn't disappear — domestic production was falling just as electricity demand climbed, while the war was disrupting the region's usual energy routes. What changed was Egypt's ability to keep gas moving. It secured LNG cargoes ahead of peak demand, leaned on US cargoes that never had to pass through Hormuz, pushed regasification capacity hard, and kept alternative fuel routes open.

Egypt got through the summer peak in natural gas and electricity demand without returning to load-shedding, after the government combined higher LNG imports with increased pipeline gas supplies from Israel and additional fuel oil secured as a backup for power generation, three government sources told EnterpriseAM.

The gap Egypt had to fill before the war ever started

The AC you ran in August was plugged into a decision made in spring: The country wasn’t improvising this spring — it was scaling up a system built over years. As domestic production fell and electricity demand climbed, the country moved from occasional LNG imports toward structural dependence on imported gas, becoming a major LNG buyer well before this year’s disruption. “The scale of Egypt's imports this summer shows how tight on natural gas the country actually is,” JP Lacouture, analyst at Kpler, tells EnterpriseAM.

BY THE NUMBERS- Here's what a quiet summer costs in tonnage: Egypt imported around 7.94 mn tons of LNG during the first seven months of 2026, compared with 3.4 mn tons during the same period last year — an increase of more than 133%. Imports rose to around 1.33 mn tons in June and 1.68 mn tons in July before easing to roughly 1.4 mn tons in August, according to calculations by the government sources. The imports kept the gas flowing, but they didn't make the underlying deficit disappear: Egypt still had to keep securing cargoes, regasification capacity, and routes into the power system as the LNG market tightened around it.

And the buying won’t stop when the heat does: Wood Mackenzie expects LNG to remain a major source of supply, with long-term FSRU charters and three-to-five-year supply negotiations pointing to continued reliance on imported gas. That demand is extending beyond the summer peak: sources expected LNG imports to reach around 1.7 mn tons in September despite lower electricity-sector consumption, driven by higher industrial demand.

The pipe next to Israel has a ceiling, and Egypt is near it: “Though expansions to Israeli pipeline capacity will allow Egypt to bring in additional cheaper gas from their neighbor, the scale of production decline and y-o-y increases in power demand will ultimately require Egypt to continue importing large quantities of LNG,” Lacouture says. And replacing pipeline volumes with LNG at short notice is difficult and costly given Egypt's limited spare import capacity, Eimhear Sheehan, senior analyst for North Africa Upstream at Wood Mackenzie, tells us.

The map of where your gas comes from got wider this year: “We have also seen more diversified supply basis for Egypt's imported LNG with cargos coming from West African LNG plants giving us more diversified supply options,” Karim Shaaban, founder and managing director of Rosetta Energy, Taqa Arabia’s LNG arm and IGU executive committee member, tells EnterpriseAM. The state manages the full downstream chain, from LNG import through to supplying the domestic grid, with imported cargoes pooled together with domestically produced gas and pipeline imports from Israel, Shaaban says.

Why it matters: Close to half the gas keeping your lights on at peak is now imported. Disruptions to Israeli piped imports and dwindling domestic production pushed Egypt into the LNG market in the first place; Hormuz then made replacing that gas far more expensive, Sheehan says. Imported gas has gone from filling occasional shortfalls to underpinning the power sector.

IN CONTEXT- Then the war turned a routine purchase order into the reason you didn't notice anything. In April, two months into the war, the government lined up 40 LNG cargoes for May and June, with most of the volumes expected from US suppliers. By June, Egypt was the largest single-country destination for US LNG, taking roughly 86 bcf — more than triple its intake a year earlier and 16.5% of total US LNG exports that month, according to a US Department of Energy report.

SOUND SMART- Shipping rates are what carried a Gulf problem to an Atlantic market. “LNG from Qatar was predominantly serving Asian markets. However, with LNG charter costs for LNG vessels significantly going down, a bigger portion of US exports for example are competitively delivered to the further away Asian markets,” Shaaban says — which is how a chokepoint 2k km away ends up setting the price Egypt pays. Egypt has been shielded so far by tenders signed before the war, Lacouture says, though that protection runs out in the final months of the year as those tenders complete and Egypt is forced into the spot market.

The system got tested twice, and held

REFRESHER- A drone hit one of Egypt's four import terminals at the height of summer, and the grid held. The Energos Winter FSRU at Damietta was hit in July, taking part of Egypt’s regasification capacity offline in the middle of peak summer demand. The government coordinated with Jordan to bring in gas via the Aqaba FSRU, pushed Israeli pipeline flows to their ceiling, and moved quickly to secure spot fuel-oil cargoes, according to the government sources, giving power plants an alternative fuel and keeping the outage from becoming a supply shortage at the moment electricity demand was highest. The Energos Winter has since left for repairs in Spain and is expected back at Damietta by end-October.

Egypt had somewhere to fall back on because its terminals aren't clustered. Four FSRUs sit across the Mediterranean and the Red Sea, which Shaaban says mitigates concentration risk. “The key longer term mitigation is investing more in Solar and Wind power developments which we have seen a strong push for in recent months,” he adds, with the Dabaa nuclear plant coming onstream later as the other half of that hedge.

Three weeks later came the second test: the hottest week of the year pushed the grid to a new record. Peak load hit 40.2 GW on 12 August, up from 39.8 GW the year prior. The Electricity Ministry was managing peak demand through a mix of renewables, battery storage, and reserve generation, while improving plant efficiency and changing operating patterns to reduce fuel consumption. “So far through the summer Egypt has managed the supply stability to the various customer bases with limited power interruptions seen,” Shaaban adds.

IN CONTRAST- To see what you were spared, look at Qatar. Qatar shipped just 18 LNG cargoes in the first six months of the war, against 509 over the same period a year earlier — a 96% collapse, costing the country an estimated USD 24 bn in lost sales.

Egypt had the opposite problem: not enough domestic gas, but supply that could still reach it. Its crisis was one of procurement and cost; Qatar’s was one of access. Egypt had fewer dependencies on the infrastructure that broke. As the disruption drags on, the difference is sharpening: QatarEnergy has extended LNG cancellations into November, while Egypt’s challenge is how much it can afford to pay for alternative supply.

Does anything change for Egypt if Hormuz reopens?

If the strait reopens, the gas gets cheaper — your supply doesn't change. A reopened Hormuz would change the economics of Egypt’s gas strategy more than its physical architecture. Egypt would regain access to cheaper Gulf-origin LNG and face less pressure to compete for Atlantic cargoes, but the infrastructure and sourcing relationships built around US LNG would remain in place. The question is whether lower Gulf prices are enough to pull Egypt back toward the sourcing mix it had before the disruption — or whether the experience of 2026 has changed how it values diversification.

In the near term, LNG imports will remain elevated until additional domestic gas production and pipeline imports come online, Lucas Schmitt, Director, Short-Term LNG at Wood Mackenzie tells us. Reducing LNG imports would lower Egypt’s procurement bill, but the trade-off would be greater reliance on regional pipeline gas and a less diversified supply mix.

In the longer term, reducing Egypt’s reliance on international LNG will depend on arresting the decline in domestic gas production while pushing alternative energy sources into both the power and industrial sectors. Nuclear and renewables will be increasingly important to that effort, Schmitt says.

Our take

Egypt didn’t simply survive a hot summer — it stress-tested a bigger, more expensive power system. LNG contracts, US suppliers, ships, FSRUs, pipeline gas, renewables, batteries and the grid now work as one system. It passed its biggest test this year. But if domestic production stays weak, resilience will depend on buying gas on global markets — potentially at a premium. The question is no longer whether Egypt can find gas, but whether it can afford the system built to secure it. If Gulf LNG returns cheaper, Egypt will have to decide how much diversification is worth paying for. Next summer will show whether Egypt built a more resilient system — or simply learned to pay more for a fragile one.

3

A MESSAGE FROM TAQA ARABIA

The energy story in motion: from source to consumer

Securing fuel is one part of keeping an energy system running. Getting it to users is another. Once gas, fuel, or electricity enters the system, it still has to reach factories, developments, businesses, and households through infrastructure built for different demand profiles.

That delivery challenge has more than one answer. Industrial plants require steady gas, power, or both; developments need utilities from day one; off-grid operations may rely on compressed natural gas (CNG); and fuel retailers need storage and transport. No single network does all of that.

TAQA Arabia operates across most of those links, starting with the network itself. Through TAQA Gas, the group operates eight distribution concessions across 55 cities and distributes more than 6.4 bn cubic meters of natural gas a year to more than 2 mn customers.

Where the grid stops, gas can still move. TAQA Arabia’s Master Gas operates 92 CNG fueling stations and more than 20 vehicle-conversion centers, while its Mobile CNG service works as a virtual pipeline to industrial and tourism customers beyond fixed networks. Launched in November 2018 for Red Sea hotels, it has expanded to industrial sites and connected Kharga in New Valley to natural gas, supplying more than 14k customers.

Liquid fuels bring storage and retail into the picture. Through TAQA Petroleum, TAQA Arabia operates an 18 mn-liter terminal in Suez, a 25 mn-liter terminal in Alexandria, and more than 72 retail stations nationwide. A third terminal is planned for Cairo, with another included in its longer-term plans for Upper Egypt.

New industrial projects raise another question: can the utilities arrive when the investment does? Across Egypt, TAQA Arabia has connected gas and electricity to more than a dozen industrial zones, supplied thousands of factories and tourism clients, and served millions of residential customers. That record supports integrated utility solutions combining conventional and renewable electricity with natural gas delivered through fixed networks or mobile CNG services.

These delivery models are moving beyond Egypt. In Jordan, TAQA Arabia is developing a 14-kilometer natural gas pipeline to Al-Rawdah Industrial City. In Saudi Arabia, it has established two companies to develop and maintain oil and gas pipelines and transport natural gas. Master Gas has also deployed mobile CNG solutions in Tanzania and Mozambique and is studying further opportunities across sub-Saharan Africa.

Energy security depends on a mix of technologies, delivery models, and infrastructure matched to what each customer needs. Together, these capabilities underpin TAQA Arabia’s “One Stop Shop” approach to energy and utility services.

To learn more about TAQA Arabia, your trusted energy and utility partner, click here.

4

Energy

A giant gas discovery brought Egypt back, what brings it back again?

A gas field doesn’t disappear when its best years are behind it: The infrastructure is still there, the wells still produce — just less than before. Across our gas sector, declining output has erased almost a decade of production gains, leaving a country that spent years building its export ambitions back shopping for supply.

The last gas turnaround came fast enough to make the next one look easy. Eni announced the discovery of Zohr — the largest gas field discovered in the Mediterranean — in August 2015 and brought it into production two years later. By 2018, Egypt had returned to an annual gas trade surplus. Five years later, that surplus was gone.

That is the trouble with a discovery big enough to change the story: it is tempting to mistake it for the ending. Keeping the gas flowing required more than one extraordinary find. The country is now working on a sequel — with a growing import bill running through the opening credits.

The reversal

BY THE NUMBERS- Egypt’s return as a net gas exporter lasted five years. The country moved from a 9.2 bcm annual gas trade deficit in 2016 to a small surplus in 2018, before slipping back into net importer territory in 2023, according to our calculations using the Joint Organizations Data Initiative (Jodi) figures. By 2025, that deficit had widened to 21.1 bcm as domestic production fell and imports surged. Roughly 40% of production has gone in four years: annual gas output climbed from 42.1 bcm in 2016 to a peak of 70.4 bcm in 2021, before falling for four consecutive years to 42.3 bcm in 2025 — almost back to where it started, and 28.1 bcm of annual supply lighter.

Depletion did most of the damage: Zohr — which accounted for roughly 30% of the country’s total natural gas output — has seen its production slide to around 1.2 bcf/d from a 2019 peak of 3.2 bcf/d. “Energy companies, especially in the natural gas industry, often tend to extract as much as possible as quickly as possible for their margins,” Nour Taha, a political researcher with the Atlantic Council’s Middle East Programs, tells EnterpriseAM. “But since the gas inside a reservoir is a finite asset, aggressively extracting too much early on can impact the longevity of a reservoir, which is what happened in the case of Zohr,” he says.

Zohr is the marquee name, but the decline has a wider cast: Natural depletion has driven steep falls at many of Egypt’s shallow-water Pliocene gas fields, with declines accelerating as those fields mature, Martijn Murphy, North Africa and Eastern Mediterranean Upstream principal analyst at Wood Mackenzie, tells EnterpriseAM, adding that earlier-than-expected water breakthrough has contributed to underperformance at key developments. Offshore Nile Delta fields account for the producing areas with the largest depletion rates between 2021 and 2025, he says.

The export boom outlasted the production peak — briefly: Gas exports reached a decade-high 12 bcm in 2022, even as domestic output began falling and pipeline imports increased. By 2023, Egypt was importing more gas than it exported overall, despite continuing to ship LNG abroad. Monthly imports overtook exports in May that year and remained higher through December. However, between 2023 and 2025, annual gas imports increased from 8.6 bcm to 22.2 bcm, while exports fell from 5.6 bcm to just 1.1 bcm.

This year hasn’t broken the pattern: Domestic production fell another 7.8% y-o-y to 19.5 bcm in 1H this year, while imports jumped 51.7% to 13.1 bcm. Average production stood at roughly 3.8 bcf/d — some 44% below its level in the first half of 2021. LNG imports more than doubled y-o-y to 8.8 bcm in 1H 2026, accounting for two-thirds of total gas imports, while pipeline inflows fell 7.7% to 4.3 bcm. “Production is struggling to keep pace as consumption increases,” Laury Haytayan, MENA director at the Natural Resource Governance Institute, tells EnterpriseAM.

WANT A MORE IN-DEPTH LOOK? Back in June, we did a more micro-detailed analysis on Egypt’s gas balance in the last three years here.

Inside the well

Getting the gas back isn't one job. It's three, on three different clocks. Egypt’s recovery depends on three overlapping tasks: Getting more gas from producing fields, connecting nearby discoveries to existing facilities, and developing resources that require new infrastructure. Each comes with a different timetable. The nearer-term window lies in making better use of the production system already in place, while larger developments work their way toward first gas.

Existing infrastructure can make smaller discoveries worth it: Where technically feasible, a subsea “tieback” links a new offshore well to an existing production system, allowing it to share platforms, processing facilities, and pipelines instead of requiring new infrastructure. That cuts upfront costs and lowers the volume of gas needed to justify the investment. Egypt is already using the model, with approved projects connecting new wells to established networks and recent discoveries near existing facilities being assessed for accelerated development.

So the next time a big discovery makes the news, hold your applause for a year or two. Appraisal establishes the extent of the reservoir, how easily gas flows through the rock, and the production rates wells can sustain. Those findings determine the number and placement of development wells, the equipment required, and whether the expected gas sales justify the cost. A large estimate of gas in place is therefore an opening assessment, rather than a forecast of daily supply.

There is gas to develop — but commercial terms matter: Egypt has around 19 tcf of commercial gas reserves classified as 2P — equivalent in volume to roughly nine years of the country’s 2024 gas consumption — and another 20 tcf of contingent resources, classified as 2C, Murphy estimates.

SOUND SMART- 2P means “proved plus probable reserves” — gas estimated to be recoverable from commercial projects. 2C means the central estimate of “contingent resources” — gas that has been discovered but can’t yet be classified as commercially recoverable, due to obstacles that include pricing, development costs, infrastructure, or approvals.

Smaller developments can slow the bleeding, but only a big find reverses it. “There are few material fields waiting to be developed,” Murphy says, adding that returning production to some 6 bcf/d would require transformational exploration success — and exploration since Zohr has mostly disappointed.

Some of the spending will go toward losing less: Investment on wells and facilities can support production that would otherwise have declined further, without producing an obvious increase in national output. That makes the distinction between additional production at a project and net growth across the country essential — a successful development can still be offset by falling supply elsewhere.

The terms on offer

The investment bargain runs from pricing to paperwork. The Oil Ministry’s push extends from better prices for selected production to more flexible production-sharing arrangements, revised concession agreements, and simpler contracting procedures. In March, the government was amending several agreements — an acknowledgment that the old investment model has stalled. Different problems need different fixes: an expensive offshore discovery needs terms that justify years of spending before first gas, while a mature field needs further drilling to stay worthwhile as output declines.

For frontier exploration, the R-factor makes the production split respond to profitability: The mechanism tracks cumulative revenues or earnings against expenditure, allowing investors a larger share of petroleum earnings while returns remain low and increasing the state’s share as profitability improves. After introducing it in 2025, the ministry recently said that it had applied the model in the Western Mediterranean and expanded its use to the Red Sea and southern regions where substantial infrastructure investment is required.

The economic logic is to improve cashflow when investors are still earning their money back. A more generous early share strengthens the investment case for a costly development while preserving the state's ability to capture more of the upside later. How far that changes a project's economics depends on the agreed costs, revenue definitions, and thresholds that trigger a different split.

Mature fields are getting a different form of support. The new energy investment model — brought into action later in March — links the contractor’s share to Brent prices and daily production, with that share increasing when prices or output fall — a distinct mechanism from the R-factor, aimed at keeping investment attractive in older fields with higher operating costs. It fits alongside the ministry’s March plans for a fiscal regime encouraging horizontal drilling and hydraulic fracturing over the following five years.

The contracting overhaul also aims to put a clock on development: A proposed framework would simplify contracts and cap development leases at two years, after which Egyptian General Petroleum Corporation (EGPC) and Egas could reclaim concessions without compensation. Commercial discoveries would move to 20–30-year contracts with long-term sales agreements covering volumes, domestic and export allocations, and pricing. It would also simplify tax filing and retain equipment customs exemptions.

IN CONTEXT- EGPC and Egas’ efforts since the early 2020s have unlocked incremental investment, especially in onshore brownfield areas, Murphy tells us. Higher gas prices have encouraged exploration and development of fields that otherwise wouldn’t have been commercially viable. He identifies {West Delta Deep Marine Phases 10-12, North Idku/ North El Amriya, West El Burullus, Mina West, Harmattan, and Fayoum-5 as projects where more flexible fiscal terms helped secure final investment decisions.

The long climb back

Investors are responding, but the test is where the money turns into gas: The Oil Minister’s frequent meetings with international oil and gas executives point to renewed engagement. Global energy giants have also pledged to pour USD 19 bn into our energy sector over the next three years, giving a much-needed jolt. “Drilling is up, the rig count is up and companies are spending more,” Murphy says.

THE CAVEAT- Drillers have long memories and other options: Arrears have historically been cyclical, Murphy cautions, making the challenge whether Egypt can maintain repayments through economic headwinds. For companies considering developments with longer payback periods, confidence in payment must also come alongside terms competitive enough to secure investment against projects elsewhere. Competition for Egyptian assets in the Capricorn, Pharos, and BP’ acquisitions offers another indication of renewed appetite — something he says has been absent for years.

REMEMBER- We settled that question in June, to the tune of USD 6.1 bn. The government fully cleared its outstanding arrears to international oil companies in June this year — a backlog that stood at USD 6.1 bn in June 2024. Clearing the arrears backlog was the linchpin in the government’s strategy to restore investor confidence and get international operators drilling again. “Now that the burden of arrears is off the state’s back, there is a new window to renegotiate terms,” Taha says, arguing that the reluctance to explore while payments were outstanding had limited the state’s ability to negotiate over exploration and extraction.

But paying yesterday’s bills doesn’t produce tomorrow’s gas: Improved payments can help projects move forward, but development wells still need to be drilled, equipment procured and installed, and facilities connected and tested. The Oil Ministry acknowledged this when announcing the clearance of arrears, noting that deepwater developments require years of work before production begins. “Bringing gas from a large discovery to market would take around four years,” Murphy estimates.

The next discovery buys your grid time, nothing more: Murphy expects Egyptian gas production to continue falling, although at a slower pace, with new projects — notably Denise West and Nargis — helping offset losses from older fields. The existing infrastructure gives optionality to bring some discoveries into production faster and keep older fields operating longer, but whether that reverses import dependence will depend on the scale and timing of those additions, the losses they must replace, and the demand they ultimately have to meet.

What’s next? With gas output under 4 bcf/d and a push to add 1 bcf/d by year-end — part of a larger target to reach 6.2 bcf/d by 2027 — the strategy could largely depend on attracting enough investment to reverse the decline. The milestones to watch: investment decisions, development approvals, exploration success following seismic work, and competitive bid rounds attracting credible newcomers.

5

Enterprise explains

How Egypt decides who loses power when gas runs short

An energy shortage doesn’t arrive the same way for everyone. It can run between a household that keeps its power and a factory that loses its gas, or a hotel still serving dinner and a restaurant forced to close. Having traced the gas shortfall and the summer that held, we arrive at the next question: if there isn’t enough energy to meet everyone’s needs, who has to do with less?

The answer has changed from one emergency to the next: Rather than a single published ranking, the approach relies on a series of sector-specific measures — deployed as market conditions dictate and rolled back when pressures ease.

A power cut, a gas cut, and a closing order are three different things. Switching off electricity to a neighbourhood, reducing a factory’s gas allocation, and ordering a shop to close early each land differently. A nitrogen fertilizer plant can have electricity yet remain idle without natural gas feedstock; a restaurant can keep its lights on yet be officially mandated to halt service.

Who makes the call?

Whether your street goes dark is decided well above the control room. In September 2024, the oil and electricity ministries gathered supply and demand data before taking outage options to the Cabinet, which chose between one-hour, two-hour or no cuts. The Oil Ministry manages fuel allocations and supplies; the Electricity Ministry assesses system needs. When gas supplies constrained generation, the Egyptian Electricity Holding Company (EEHC) implemented the resulting load-shedding.

Then comes procurement, enforcement, and negotiation. Egas sought additional LNG cargoes in 2024, while manufacturers later asked the Egyptian General Petroleum Corporation (EGPC) to import on their behalf. Local authorities handled conservation, while industry groups escalated supply problems to the government. What remains unclear is a current rulebook defining which factories lose gas first, how much they must retain, or what compensation follows.

A rulebook, if Egypt introduced one, would weigh more than just who earns USDs: Curtailment should start with non-essential and flexible industrial users, with power generation, critical services, and strategic industries higher up the list, AUC professor Abdelaziz Khlaifat tells us. But the order should flex with energy efficiency, contractual obligations, employment, and “the time required for safe shutdown or restart,” he adds.

Who gets protected

The mall’s air conditioning setting has been policy since 2022: In August 2022 the government explicitly linked electricity conservation to diverting gas for export and bringing in FX. State buildings were mandated to switch off lighting outside working hours, streets and storefronts to use less lighting, and malls to keep air conditioning at 25°C or above.

By the next summer, the trade-offs reached your working week: The government introduced rolling blackouts, cut industrial gas supplies, increased mazut use and formed a cabinet crisis committee. Hospitals and strategic facilities were spared, while coastal areas kept their lights on to protect tourism. Households and public services also absorbed the squeeze, with civil servants working remotely on Sundays and sporting events moved before sunset where possible.

Exporters can lose their place in the queue

Fertilizers show why “exporters first” is too simple: In August 2023, some fertilizer producers were reportedly receiving 20% less gas as supplies were diverted to the grid. Industry figures warned that reduced output could force manufacturers to cut exports to meet domestic requirements, sacrificing FX earnings in the process. The same choice returned in 2024, when the Oil Ministry reportedly reduced fertilizer gas supplies by 20-30% in early June to feed power generators. Shutdown coverage identified Abu Qir Fertilizers, Mopco, Kima, and EgyFert among affected producers, alongside petrochemical company Sidpec.

A year later, even scheduled maintenance exposed the vulnerability. After Israeli imports fell, fertilizer makers faced a 50% gas supply cut over 15 days in May 2025, with some forecasting a 30% production decline. By early June, fertilizer and petrochemical plants were reportedly receiving just 450-500 mmcf/d against usual needs of 770 mmcf/d. The emergency laid bare the priority: the Oil Ministry cut about 900 mmcf/d from energy-intensive industries, including steel, fertilizers and petrochemicals, to supply power stations. Diesel and mazut deliveries to food and cement factories were also suspended for 14 days.

Getting the gas back became its own negotiation — and reached the grocery bill. By late June 2025, fertilizer makers were prioritized because of local obligations and export contracts, while other industries received up to 70% of normal supply. September protocols formalized priorities across domestic agriculture, commercial sales and exports, as farmers reported delays and turned to more expensive open-market purchases. The export obligation helped determine who recovered first, but did not prevent the initial disruption.

The same shortage hits differently

Cement barely noticed, because it stopped depending on gas years ago. Producers reduced their reliance on natural gas following the 2012-2013 crisis, according to our retrospective industry reporting. At the time, 16 of 18 cement producers used coal somewhere in production, and several listed companies said higher gas prices would not affect production lines that did not use it. By June 2025, cement plants were described as largely unaffected by the gas disruption because they relied on coal. Their resilience came from their fuel mix.

Steel’s exposure depends on how steel is made. Direct-reduction plants were affected in 2025. Separate pricing coverage illustrates the difference, with industry estimates putting the cost of a USD 1/mmBtu gas price increase at around EGP 500 per ton for integrated plants, versus no more than EGP 50 for rolling mills, where gas use is largely for furnace heating. Meanwhile, our June 2025 reporting found brick factories largely escaping the disruption, while surpluses cushioned ceramics.

Outside heavy industry, losing electricity could mean losing the product itself. Our June 2024 industry interviews documented poultry farms losing their entire barns of chickens as heatwaves coincided with interrupted cooling. An appliance industry representative estimated a 40% production reduction, while food manufacturers said gas interruptions were their main problem and some were relying on reserves.

When the cut reaches your evening out

Fast forward to this summer that “didn’t break” — thankfully — despite regional disruptions to energy flows, the March conservation package rolled out a 9pm weekday curfew for shops, malls, restaurants, cafes, extended to 10pm on Thursdays and Fridays. It also reduced street lighting, switched off roadside advertising, curtailed government-building use, and slowed diesel-intensive projects.

For the places you go after dark, that removed their busiest hours: In April, we sat down with the owners of your favorite go-to places. Tipsy Camel’s founder said 85-90% of revenue normally came after 9pm, while Brass Monkey put the figure at 80-90%. Babbo’s Eats estimated that early closing erased 60% of revenue, forcing operators to pivot to breakfasts, brunches, and daytime events.

Where you were mattered as much as when: Hotels and tourism establishments were exempt, although businesses reported disputes over how those exemptions applied. However, shop and cafe owners described reduced shifts, cut jobs, and lost sales. Eventually, closing hours were relaxed to 11pm before the cabinet’s crisis committee scrapped the commercial curfew. Sunday remote work was extended at that point.

Buying industry more breathing room

Industry was also promised a larger share of imported LNG. In May, the Oil Ministry allocated five cargoes a month to industry starting June, up from one. The reported allocation amounted to 16 bcf monthly, with more than 65% earmarked for fertilizers, petrochemicals, and steel, with a reported cost of USD 300-350 mn.

The idea had been developing since the previous summer. In June 2025, the government was considering three monthly cargoes for fertilizer and petrochemical producers, over four months, with factories covering the cost. Producers separately asked EGPC to import on their behalf, proposing USD payment, while the Federation of Egyptian Industries suggested an import-support fund financed with 20% of export proceeds.

More secure supply came with pressure to pay for it, and that lands in what you buy. The government raised industrial gas prices in September 2025, then began working on a broader pricing formula reflecting domestic production and import costs. Our February fertilizer analysis described the resulting tension between maintaining supply, domestic agricultural obligations, and producers’ margins.

The cost of losing gas doesn’t show up neatly in a company’s bottom line. Reliable supply helped Mopco produce above plan in 1Q 2026, with sales up 29% to EGP 8.2 bn and exports generating 78.5% of sales revenue — showing what is at stake when gas reaches an export-oriented factory. But Abu Qir’s 9M FY 2024/25 net income decline reflected lower FX gains and investment distributions.

Keeping the lights on is only one measure of what energy shortage costs. The lights may stay on at home even as a gas squeeze starts to hit businesses, industry and agriculture. Until there is enough reliable supply to make those trade-offs less necessary, the question is whose loss the country is prepared to bear.

6

A MESSAGE FROM VALMORE HOLDING

Energy resilience lets industry plan in years, not seasons

In the hardest hours of the hottest days, Egypt spent the summer matching energy supply to demand. A manufacturer weighing a new factory here needs confidence that gas and power will be available throughout the next decade.

The gas balance can change much faster than a factory’s investment horizon. Egypt’s annual gas production fell nearly 30% between 2023 and 2025, by the Joint Organizations Data Initiative's count (pdf). A factory financed today will need reliable energy through years of changing supply conditions.

At Valmore Holding, we see resilience from both sides of the meter. Our gas and power businesses build infrastructure before demand arrives, while our industrial companies need reliable supply to keep production running.

AlexFert depends on that reliability. Stable natural gas supply through Q2 2026 enabled our fertilizer business to sustain full production utilization. Sales volumes reached about 416k tons in H1 2026, up 11% year-on-year, while AlexFert remained Valmore’s largest hard-currency contributor. That stability makes it easier for an exporter to commit to longer contracts.

New factories need gas and power in place before they open. NATGAS, one of our NatEnergy distributors, serves around 900 industrial clients. This year, it began laying the network for the New 6th of October industrial zone, ahead of the factories it will supply. On the power side, Kahraba’s electricity distribution volumes rose 40% year-on-year in H1 2026.

For industrial investors, energy belongs in the investment case alongside land, equipment, and financing. Consider the two Suez Canal Economic Zone projects approved by the Ministerial Group for Industrial Development in January. Their gas and electricity allocations were to be submitted to the Supreme Energy Council for approval, according to the Industry Ministry. Energy requirements need to enter the investment plan long before construction begins.

At Valmore Holding, that commitment to long-term resilience is part of what Investing Beyond Capital means in practice. As active owners, we work alongside our portfolio companies to strengthen the operating capabilities and infrastructure platforms they need to grow.

That work shows up in ordinary business decisions: a longer export contract, a new production line, or a factory site chosen with confidence that its gas and power connections will be ready when needed. Capital can build a factory. Resilient infrastructure allows that factory to plan years ahead.

Jon Rokk, CEO, Valmore Holding

7

THE MACRO PICTURE

The real cost of Egypt’s electricity is split between your bill, the Treasury, and the country’s dollar reserves

You notice electricity most when it disappears. The air conditioner falls silent, the fridge stops humming, and someone heads for the balcony to see whether the rest of the street has gone dark. Keeping those ordinary sounds going has become an expensive job. Behind the switch is a country buying more of its gas from abroad, finding the USDs to pay for it, and sometimes asking suppliers to wait.

Your bill is just a part of the total cost that you can see. Household electricity tariffs rose by an average of 12% at the start of August, with the lowest consumption bracket left unchanged. But the increase captures only a part of the pressure: the country spent USD 6.04 bn on natural gas imports in the first six months of 2026, up 73% from USD 3.5 bn a year earlier, according to a Capmas bulletin obtained by Shorouk News.

Why it matters: Egypt’s gas shortage has become a bill the whole economy carries. The cost is showing up in demand for greenbacks, in state support for the energy sector, and in the prices households and businesses pay. The question here shifts to where the country can afford to let the cost land.

BACKGROUND- Egypt’s gas import bill jumped from roughly USD 560 mn in February to USD 1.65 bn in March, as the conflict disrupted regional supply and pushed Egypt into a far tighter global LNG market. Oil Minister Karim Badawi said in August that an LNG cargo was costing around USD 80 mn after the war, roughly double the USD 40 mn level beforehand. The country has budgeted USD 10.7 bn for gas imports in FY2026/27 — a 26% y-o-y increase.

Fuel consumption costs rose to around USD 6.7 bn during the summer, according to three government sources, who expect the country’s total petroleum products import bill to exceed USD 20.5 bn this year, including natural gas and fuel oil. The figures underline the scale of the pressure on the state to secure energy supplies in a year when electricity consumption reached unprecedented levels.

The USD pressure

The energy bill is adding to an external account already under mounting energy pressure. Egypt’s net oil and gas trade deficit widened from USD 7.6 bn in FY 2023/24 to USD 13.9 bn in FY 2024/25 and an estimated USD 20.1 bn in FY 2025/26, according to the IMF (pdf). Those figures cover the entire oil and gas trade balance rather than LNG alone, but they show how much larger Egypt’s energy-related USD shortfall has become.

So we asked to pay later, and paid for the privilege: During its early days of LNG imports, the government sought to spread the cost over time, requesting up to six months to pay for cargoes, with some payment periods reaching a year, market participants told S&P Global at the time, which estimated that extended payment terms added around USD 0.50 per mmBtu to delivered prices. Deferring payment eases the immediate hit to foreign currency reserves, but leaves the additional premium sitting on Egypt’s books long after the cargo itself has been consumed.

The cargo price is only the start of what Egypt pays: Freight, Suez transit, regasification, and financing all add to the bill, Laury Haytayan, MENA director at the Natural Resource Governance Institute, tells us, making access to foreign currency central to keeping gas and electricity flowing. FX liquidity, reserves, supplier arrears and the wider oil and gas trade balance therefore become part of the energy security equation.

What the Treasury is quietly covering

The same problem runs in the other direction, the EGP: In May, the Finance Ministry settled EGP 166 bn in unpaid fuel and electricity subsidy reimbursements owed to Egyptian General Petroleum Corporation (EGPC), alongside EGP 13.6 bn owed by the electricity and water ministries. Those arrears had constrained EGPC’s ability to pay foreign partners, showing how payment problems inside the domestic energy system feed back into investment and future supply.

Here’s what standing between you and the real price of electricity costs: The Treasury is increasingly closing that gap directly. Electricity subsidy allocations rose from EGP 2.5 bn in FY 2024/25 to EGP 75 bn in FY 2025/26 and EGP 104.2 bn in FY 2026/27. These are budget allocations rather than final expenditure, but the direction is unambiguous: as the cost of supplying power has risen faster than what consumers pay, the state has absorbed more of the difference.

Who ends up paying

The bill is still climbing: “Later this year, the economics may become more difficult as Egypt has increasing exposure to spot prices, possibly forcing them to reduce imports,” JP Lacouture, analyst at Kpler, tells EnterpriseAM. That leaves Egypt with harder questions than how to survive one disrupted summer: how much reliable electricity costs when the gas behind it has to be imported, and how much of that bill the state absorbs versus passes to consumers.

The alternative to expensive LNG may hurt the pockets more: “LNG is expensive, but the alternative is gas and electricity shortages that could cost more to the economy,” Haytayan says. “I believe the government understands the cost and the dependence issue, but right now it is important to maintain the system’s reliability. If LNG imports prevent electricity shortages, they can protect industrial production, employment, exports, tourism, etc. Therefore, emergency LNG procurement can be justified where the alternative is power rationing or major disruption to productive sectors,” she adds.

Even at the new rate, you’re not paying what your electricity costs to make. Households are absorbing more of the cost, though nowhere near all of it. Even after the increase, the government estimated the annual gap between generation costs and household tariffs at around EGP 100 bn — the hike recovered more revenue without coming close to eliminating state support.

Industry is being handed a larger share. The government considered more flexible gas pricing mechanisms across several sectors — including linking fertilizer producers’ gas costs more closely to international fertilizer prices — before introducing a fixed USD 2 per mmBtu increase in May for a number of energy-intensive industries, excluding customers whose contracts already contained pricing formulas. That reduces the imported energy cost absorbed by the state and shifts the pressure onto manufacturers’ margins and competitiveness.

And the tariff you watch isn’t the only one that reaches you. Protecting household tariffs doesn’t protect household budgets. Electricity rates for irrigation, water distribution, and commercial and service subscribers rose 31.4% in May. “Higher energy prices don’t only affect household electricity bills. They feed into food, transport, water, manufacturing, and services. So policymakers need to balance affordability, system reliability, and financial sustainability,” Haytayan notes.

8

Infrastructure

Why a gas shortage becomes a blackout in your living room

The lights go out, and the explanation comes back: there isn’t enough gas. You’ve heard that enough that the connection barely needs explaining. But somewhere between charging your phone and waiting for the air conditioner to come back, there’s a question worth asking: how did gas become the thing so much of the country’s electricity depends on — and why can’t we just burn something else?

Trace the electricity back and you reach a decades-old choice: build the grid around Egypt’s own gas. That made sense until dwindling production showed how quickly trouble in a gas field could become a blackout at home.

A power plant is an expensive thing to leave hungry: Egypt had some 59.7 GW of installed generating capacity in June 2024, yet households were still organizing their days around power cuts. That month, the government put a USD 1.18 bn price tag on the gas and mazut imports needed to end the outages. Prime Minister Mostafa Madbouly said Egypt had sufficient generating capacity and network infrastructure, but lacked fuel to meet demand.

Four-fifths of what keeps your light on is one fuel. Natural gas accounted for 79.1% of the fuel consumed by the power plants covered in the Egyptian Electricity Holding Company’s (EEHC) FY 2024/25 report, measured in oil-equivalent terms, down from 83.7% in FY 2023/24. That means roughly four-fifths of the system’s fuel came from gas.

BACKGROUND- Residential consumption accounted for 38.9% of electricity used in May, followed by industry at 27.3%, according to the Capmas bulletin (pdf). Together, the two sectors accounted for roughly two-thirds of electricity use, putting homes and factories at the center of the country’s power needs.

How gas got the job

The relationship predates Zohr by decades: Gas discoveries in the 1990s and 2000s drove Egypt to expand domestic gas use while developing pipeline and LNG exports, according to the World Bank. By 2014, power generation consumed 57% of domestic gas, while gas made up roughly three-quarters of proven petroleum reserves in oil-equivalent terms. Building around gas was therefore a way to turn a major domestic resource into electricity while reducing fuel imports.

The trick is burning the same gas twice. Combined-cycle stations accounted for some 53% of the country’s installed generating capacity at end-June 2025, but supplied almost 67% of its electricity during the fiscal year, according to the EEHC. These plants burn gas to drive a turbine, then capture its exhaust heat to produce steam and drive another — generating additional electricity from heat that would otherwise go to waste.

Odds are one of three plants made your electricity today. Siemens and its partners completed the 14.4 GW Beni Suef, Burullus, and New Capital plants in 2018, listing their net efficiency at more than 60%. More efficient generation meant less fuel needed for each unit of electricity — a useful investment in a country already struggling to keep its power stations supplied. The three plants alone supplied roughly one-third of Egypt’s electricity in FY 2024/25.

The timing matters: The main Siemens agreement was signed in June 2015, almost three months before Eni announced Zohr’s discovery. The field began production in December 2017, shortly before the three plants were completed. Zohr supplied the expanding gas system, but it did not cause the decision to build the plants.

Those plants are now being fed by imports: “While Egypt will very likely procure more LNG during summer as compared to winter and the shoulder seasons, LNG will also continue being utilized as a baseload fuel for the foreseeable future,” JP Lacouture, analyst at Kpler, tells EnterpriseAM, adding that using LNG in the power sector lets Egypt lean more heavily on its newer, more efficient combined-cycle gas turbines, displacing fuel oil and diesel in less efficient plants. The fuel source changed; the machinery it was built for didn't.

Cheap power had a price

ZOOMING OUT- The cheap electricity you grew up with was never actually cheap. For decades, Egypt used energy subsidies as a form of social protection and wealth sharing, Irena notes. Those prices also encouraged consumption and increased the fiscal burden — cheap electricity for the customer did not mean cheap electricity for the state. The EEHC documents repeated postponements of scheduled electricity-tariff increases to ease the economic burden on citizens.

The warning signs predate the latest shortages: Irena links Egypt’s 2014 blackouts to fuel shortages, infrastructure constraints and rising demand. The response included leasing FSRUs and adding generation. As gas production declined from its 2021 peak, more of the fuel needed to run those plants has had to come from abroad.

Before it reaches your socket, that gas crosses an ocean as a liquid. Import dependence has a physical and financial chain: LNG moves from tanker to FSRU to the gas grid and power plant, with Egypt’s four FSRUs linking imports to the domestic power system. Financially, EEHC said rising liabilities to petroleum suppliers drove up its liabilities-to-equity ratio in FY2024/25.

Why not just burn mazut?

We already do: Egypt's power plants consumed 7.49 mn tons of heavy fuel oil in FY 2024/25, up almost 30% y-o-y from 5.74 mn tons. Diesel consumption jumped roughly 152% to 253k tons. Gas remained the dominant fuel, but the system was burning considerably more mazut.

The switch has been a deliberate money-maker: In 2022, the government increased mazut use to freeup more gas for export as Europe sought alternatives to Russian supplies. The economics favored burning cheaper fuel oil at home and selling gas abroad, helping bring in scarce foreign currency. Mazut is therefore more than an emergency fallback — and gas is not invariably the cheaper choice.

SOUND SMART- A turbine is more like a car than a stove: it runs on the fuel it was built for. “Oil” isn’t one interchangeable fuel — diesel, heavy fuel oil and crude have different properties, and a plant designed for one may not burn another.

Crude is the least useful of the three: More oil production does not solve a gas shortage because most power plants cannot simply switch from gas to crude. Any oil-based backup requires the right refined fuel and compatible generating equipment. And Egypt is already a net crude importer, so burning more diesel or mazut would shift the import burden rather than remove it.

How the shortage reaches your socket

The grid has no warehouse. What you use has to be made the second you use it. A fuel shortage becomes a power shortage when the system cannot cover the gap. Electricity supply must match demand to keep the grid stable. If less fuel means less generation, and alternative supplies cannot make up the difference, demand has to fall — voluntarily or through power cuts. Spare generating equipment cannot solve that imbalance without something to run on.

The spare capacity you'd hope is sitting there is thinner than it looks: EEHC recorded 60.8 GW of installed capacity and a 38 GW peak load in FY 2024/25. Installed capacity measures the size of the generating fleet, but how much it can actually deliver depends on fuel supplies and the availability of its equipment. This August, peak demand passed 40 GW, around 2 GW above the peak in FY 2024/25.

The next job is to need less gas for the same electricity service: Egypt’s EBRD-backed NWFE program aims to retire 5 GW of inefficient fossil-fuel capacity and support 10 GW of renewables by 2028 alongside grid investment. That approach tackles fuel consumption as well as generating capacity. Additional wind and solar can reduce the amount of gas that needs to be bought and burned, while grid upgrades and flexibility help integrate their output.

A power system is judged on what it delivers on its worst day, not its best. The bottom line is that Egypt’s gas hedge delivered large amounts of efficient generating capacity. Its weakness, however, is the continuing obligation to feed it. The measure of a secure power system is how much electricity it can reliably deliver when domestic production falls, an import route closes, or the fuel bill jumps.

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