Hello, wonderful people, and welcome to the third issue of our signature series, Power Trip.
So far, Power Trip has stayed mostly inside Egypt’s borders, from the gas that kept your lights on this summer to the plants, money, and factories behind the transition. In this issue, we zoom out to the map. Egypt sits between Gulf energy, Eastern Mediterranean gas, and European demand, and it has spent years building the terminals, pipelines, and cables to tie them together.
Welcome to The Hub, where we look at what it takes for Egypt to become the region’s energy hub: supply coming in from more than one direction, a grid with room to move power around, and infrastructure that keeps working when a route closes. We start with what kind of hub Egypt already is, then ask TAQA Arabia CEO Pakinam Kafafi where private players fit alongside the state as the grid grows. We look at whether ports, warehouses, and fuel depots are being built for the next disruption and at the power links to Saudi Arabia, Libya, and Greece. We close with the network that has to carry it all.
In our final issue, we come home to your bill, your roof, and your car.
What we’re tracking this week-
#1- The energy gap widens
Egypt’s energy trade deficit widened 31.5% to USD 18.3 bn in FY 2025/26. Imports rose 27.6% to USD 24.9 bn during the period, mostly on natural gas (up USD 4.7 bn) and crude (up USD 1.9 bn). Meanwhile, exports rose 18.1% to USD 6.6 bn, with almost all of the gain coming in 4Q.
#2- Jordan link to quadruple
Egypt and Jordan will start feasibility studies next month on lifting their power link to 2 GW from 500 MW, a government source in the electricity sector told us. The upgrade would let the two grids trade more power and back each other up when supply runs tight. Egyptian contractors are already lining up for work on Jordan’s grid.
#3- Cyprus gas heads our way
Eni and TotalEnergies are budgeting USD 100-120 mn for a c.40 km pipeline from the Zohr processing facilities in Port Said to Damietta, completing the Egyptian leg of the export route for Cyprus’ Cronos field. Construction starts in early 2027, putting first gas in Egypt in 1Q 2028 at about 500 mmcf / d. Separately, the Oil Ministry and Chevron initiated a fiscal agreement to develop Cyprus’ Aphrodite field, with Egypt receiving, processing, and liquefying the gas. Cronos and Aphrodite are two of four Cypriot developments Egypt has agreed to route through its infrastructure as it works to resume gas exports.
#4- Upstream ambitions
The Oil Ministry is targeting 14 Mediterranean exploration wells by the end of the fiscal year, with potential reserves of up to 12 tcf of gas, two government officials told EnterpriseAM. The wells are part of a wider 101-well campaign and are timed to the first phase of a new offshore seismic survey starting in November.
What turns a busy energy corridor into a hub? Egypt has spent years building the infrastructure to move, store, and process other countries’ oil and gas. The first two issues of Power Trip looked at how Egypt powers itself and how that system could change. This issue turns outward, to whether the infrastructure behind Egypt’s own economy can also make it a service its neighbours rely on.
The proposition behind the term: The “energy hub” term describes a place where supplies, infrastructure, and customers come together, allowing energy to be transported, stored, processed, or traded. Producing plenty of energy helps, but the more revealing question is why someone else would choose to do business through your system. “Geography creates the window, while reliable execution turns it into business,” Blue Water Strategy Senior Advisor Cyril Widdershoven tells EnterpriseAM.
Three things often get bundled together: A transit hub moves energy between markets. An infrastructure hub provides additional services, such as storage, processing, and connections to different suppliers or destinations. A trading hub adds a marketplace where buyers and sellers transact regularly, with enough activity to support transparent prices and tools for managing price risk.
SOUND SMART- These businesses overlap across commodities. Infrastructure operators earn service fees; refiners earn margins between input costs and finished-product values; traders take ownership and seek returns across markets and delivery periods, MEES East Med Editor Peter Stevenson tells us. Gas, crude, and refined products can support more than one of these activities — there is no fixed division in which gas earns tolls and petroleum products earn trading margins.
Collecting the toll
Earning from moving other producers’ oil: Sumed has long provided a route for Gulf crude to reach Mediterranean markets, Stevenson says — infrastructure earning from a commodity its operator doesn’t own. Sumed can carry 2.5 mn bbl / d between Ain Sokhna and Sidi Kerir, while crude exports from Sidi Kerir reached some 2.3 mn bbl / d in August, up from around 1 mn bbl / d in July, with Saudi barrels accounting for most of the increase.
Companies can charge customers to store crude, handle petroleum products, process gas, or liquefy it for shipping — relatively predictable income without necessarily exposing the operator to international prices, Stevenson says. For infrastructure investors, that contracted capacity is the attraction: predictable fees make the asset easier to finance without requiring its operator to buy the cargo, energy and logistics consultant Hamdy Farrag tells us.
Follow who collects the money: The infrastructure operator, cargo owner, and company marketing the finished product may be separate entities. Egypt’s benefit depends on the services provided and its ownership interests — the headline value of a cargo exported through an Egyptian terminal is not equivalent to Egyptian earnings.
IN CONTEXT- Owning the cargo may not be the best business: Egypt can earn infrastructure fees without financing the purchase of every cargo passing through its facilities. Given foreign-exchange constraints and financial pressure on state energy companies, Stevenson cautions against assuming that greater ownership of cargoes is necessarily preferable to reliable service income. “There is nothing wrong with being a processing and logistics hub,” Stevenson says. “It can be an attractive business in its own right without Egypt necessarily having to become a major international commodity trader.”
Adding value
Liquefaction is the service regional producers can’t easily replicate: Idku and Damietta offer existing liquefaction infrastructure close to Eastern Mediterranean discoveries, potentially providing a quicker and cheaper route to international buyers than building a new export chain, Stevenson says. Together they hold nameplate capacity equivalent to 16.7 bn cbm annually, and replicating a plant like Idku could take seven to 10 years and cost bns of USD.
“But not every cubic foot entering Egypt represents an export window,” Stevenson says. Some volumes replace expensive LNG imports, others earn processing fees from another producer’s exports, and both have economic value. Israeli gas is mostly the first kind — most of what arrives serves domestic demand, with pipeline imports generally cheaper than equivalent LNG, so the value is largely the cost of imports avoided. Cyprus is the second: gas from the Aphrodite and Cronos fields is primarily intended for LNG exports through Damietta, with the field partners marketing the cargoes, while Egypt earns from providing part of the route and from its state companies’ equity in the plant.
Importing and exporting can coexist, provided the arrangements are clear. A producer selling gas into Egypt needs confidence it will be paid, while a company using Egypt as an export platform needs confidence its gas will reach the agreed customer, Widdershoven says. Domestic purchase rights, export commitments, pricing, and interruption procedures need settling before a shortage tests them — and a buyer in a hurry has less bargaining power. When gas is urgently needed for power generation and industry, the country has less room to wait, reject expensive offers, or secure flexibility, he says. Regional producers, nevertheless, have reasons to cooperate since Egypt offers both a substantial customer base and infrastructure that spares them a costly standalone export development.
Refining extends the same logic to products: Midor already makes fuels for domestic use and export, including jet fuel, and a connection with Al Hamra Petroleum Port could link refining with coastal storage and onward delivery, Stevenson says. The discussed Tobruk-Alexandria pipeline is the same idea with a neighbor’s crude. Potential customers sit among European diesel and aviation fuel buyers and import-dependent markets around the Mediterranean and North Africa — and their decision comes down to the combined cost of shipping, storage, refining, and delivery.
ZOOMING OUT- More exports alone would not settle the economic argument. The domestic market provides an alternative outlet for products, but shortages can absorb volumes that might otherwise be exported, Stevenson notes. Exporting fuel would not necessarily strengthen Egypt’s refining position if it then had to import replacement volumes at a higher delivered cost, Widdershoven adds.
Building the marketplace
The harder question is whether companies will choose Egypt as a place to transact: Stevenson describes the country as having “significant hub infrastructure rather than a fully developed trading hub.” A mature marketplace needs sustained commercial activity and multiple buyers and sellers attracted by economics. It also manages timing and risk — inventory management, destination choices, credit, and price exposure can create value beyond transporting cargo, Widdershoven says, which requires transparent infrastructure access, predictable tariffs, enforceable contracts, dependable settlement, and enough participants.
Fujairah Alamein is the test case. The partnership brings experience in running an international oil storage and trading center to the Al Hamra proposition, Stevenson says. Establishing a venture and developing facilities is only the beginning — the stronger evidence would be sustained third-party business, rather than infrastructure principally serving Egyptian supply requirements.
The benefits have to be measurable: Lower handling costs, reliable terminal-refinery links, and repeat customer use would demonstrate commercial value, Widdershoven says, with diverse supplies, spare capacity, and credible arrangements for short-term demand as prerequisites. Capacity serving domestic supply or strategic requirements shouldn’t automatically count as available to international traders, he cautions. Farrag favors auctions for allocating capacity, which would make access less dependent on individual negotiations.
Benchmarks follow trading, not the other way round: A benchmark develops from competitive trading and trust, rather than the announcement of an exchange, Widdershoven argues. Processing, liquefaction, storage, and selective trading services could generate durable returns without placing an expansive trading operation’s financial and supply risks on the state.
The bottom line
So, what kind of hub is Egypt? A toll-booth hub, a processing hub, and an infrastructure hub, with a trading business still to prove. The distinction is between being a place energy passes through and a place companies choose to do business.
What to watch: The contracts — and whether customers renew them when they have more choices. Widdershoven identifies long-term commitments, repeat bookings, and renewals under normal market conditions as stronger evidence of lasting competitiveness. “Regional disruption can bring business to its infrastructure; dependable commercial performance is what will keep it there,” he notes.
Coffee with Pakinam Kafafi: Egypt’s push to become a regional energy hub runs through its grid and through the private players working alongside the state to expand it. We sat down with TAQA Arabia CEO Pakinam Kafafi (LinkedIn) for a two-part conversation. In part one, she talks us through how the grid is growing to meet new demand, where the private sector fits alongside the state, and how TAQA Arabia plans its gas business as Egypt’s supply mix evolves. Part two, coming in next week, turns to TAQA Arabia’s expansion plans at home and abroad.
EnterpriseAM: Where is the grid actually falling short? From your experience operating distribution networks and developing generation projects, where are the most pressing constraints today?
Pakinam Kafafi: Power infrastructure has three components: generation, the grid, and distribution. Ideally, all three expand at the same pace, but bottlenecks emerge when one outpaces the others. Egypt aims to generate 42% of the energy mix from renewables by 2030, and more than 60%% by 2040. While investment is flowing into generation, the grid, and distribution, progress remains uneven. The priority now is to accelerate grid development, expand capacity where demand is growing, and build a green corridor to accommodate green hydrogen and future demand. The European Bank for Reconstruction and Development and other international partners are backing major energy and grid-related projects in Egypt with financing packages worth hundreds of mns of USD.
EnterpriseAM: What should the private sector’s role in the grid be? TAQA already invests in and operates electricity distribution infrastructure. How much further could that model scale across Egypt?
PK: The government should own and regulate the national grid, while the private sector can make it smarter — improving load monitoring, efficiency, and bottleneck detection — and support construction, operation, and maintenance through models such as BOT. Generation and distribution can be privately run. Public-sector distribution companies should be liberalized and eventually privatized. As one of the first private companies licensed to distribute electricity, we are expanding our network. With data centers, new technologies, and EVs driving demand, distribution networks must evolve significantly to accommodate growth.
EnterpriseAM: How close are we to having a functioning market for direct electricity sales?
PK: The government is making strides. We already have wheeling charges, but so far, they apply between distribution companies and the transmission company. A private-to-private system is being studied, where I can build a solar plant, a wind farm, or any generation asset, connect to the grid, deliver to my client, pay a wheeling fee, and complete a direct transaction. So far, this is not yet applicable, but it’s being studied, and there is a plan to apply it. The only thing that exists is clear pricing for wheeling, a tariff to transmit power across the grid, and it’s between public entities.
EnterpriseAM: There is a lot of talk about building data centers in Egypt. Could TAQA Arabia supply a data center with round-the-clock energy?
PK: Egypt has strong potential to become a regional data center hub, thanks to its geographic location and expandable infrastructure. Electricity and cooling account for around 65% of a data center’s requirements, making reliable, affordable 24/7 power essential to competitiveness. Renewables could help mitigate costs, while a peer-to-peer (P2P) model could meet data centers’ massive electricity needs, an approach we are currently studying.
EnterpriseAM: How do you plan a gas distribution business around supply uncertainty? What has changing domestic gas procurement meant for your industrial customers and your investment decisions?
PK: Gas supply uncertainty is a global challenge, but Egypt benefits from three sources: domestic production, LNG imports, and pipeline imports from neighboring countries, which are more stable than seaborne supplies. Around 60% to 65% of gas consumption goes to power generation, so raising renewables to 42% of the electricity mix by 2028–2030 would unlock gas for industry, agriculture, and other higher-value uses, reducing import dependence. As domestic fields deplete, settling arrears to international oil companies has encouraged renewed exploration. Even smaller discoveries can help offset declining production.
For our customers, that means we don’t rely on gas alone. We offer a full mix of gas, renewables, diesel, and off-grid and on-grid solutions, and we’re studying biogas. We’ve also executed our first pilot with the Egyptian General Petroleum Corporation (EGPC) to capture flare gas and turn it into electricity. New technologies can be expensive, and clients are price-sensitive, so we focus on blending and hybrid systems to bring the overall cost down.
EnterpriseAM: Is your EGP 1.4 bn Greater Cairo fuel depot investment intended to secure supply for your stations and lower transport costs, or to build a storage business serving third parties as well?
PK: All of the above. There’s strong demand for modern storage infrastructure built to the highest efficiency standards. Our five-year plan is to build a network of depots that secure supply for our own stations and for third parties. We locate them near ports and logistics hubs, which makes transport easy and gives us import capability should the market be deregulated. We acquired and upgraded our first depot in Suez to cover the Red Sea, then developed the Amreya depot, which covers Alexandria and the Delta. Greater Cairo is our third: board approval is secured, land is allocated, and studies are underway. The fourth will be in Assiut, on the Nile, so we can move fuel by river barge rather than relying on trucks alone. We build one depot at a time and stabilize operations for a year or two before moving to the next.
A project can be ready to operate while the nearest energy network is still kilometers away. New industrial sites, tourism destinations, and agricultural developments often emerge beyond the reach of existing gas pipelines or grid infrastructure. Waiting for permanent connections can leave a finished project sitting idle.
The first option puts gas on the road. Through TAQA Gas and Master Gas, TAQA Arabia supplies compressed natural gas (CNG) to customers beyond conventional gas networks. Its virtual pipeline model was first introduced to supply tourism and industrial clients beyond the natural gas grid. It was later expanded to serve the entire city of Kharga in New Valley, reaching more than 14k customers, and has since been replicated in Saudi Arabia, Qatar, Tanzania, and Mozambique.
When customers need larger or more continuous volumes, liquefied natural gas (LNG) offers another route. Through Rosetta, its LNG subsidiary acquired in 2022, TAQA Arabia provides small- and medium-scale liquefaction, transportation, and regasification services, particularly in emerging markets. Its LNG virtual pipeline can move gas to industrial, commercial, and residential customers beyond existing gas networks.
When electricity is the bottleneck, renewable energy can move closer to the customer. TAQA PV develops off-grid and self-consumption solar projects that produce power on site, reducing the need to extend grid infrastructure.
The right mix depends on how remote the site is, how much energy it uses, and how steady demand is. That determines whether a project is better served by mobile CNG, LNG, renewable energy, or a combination of them. Each can keep a project supplied before permanent infrastructure reaches the site.
TAQA Arabia also applies this mix to mobility. It operates conventional fuel stations under TAQA and CNG stations through Master Gas. TAQA Volt is also rolling out EV charging infrastructure as electric mobility expands.
Taken together, these businesses show how TAQA Arabia combines conventional and cleaner energy solutions while expanding its footprint in the region.
To learn more about TAQA Arabia, your trusted energy and utility partner,click here.
A hub needs infrastructure that works on the worst day, and Egypt’s ports, depots, and distribution networks are now being judged on exactly that. For years, a good port moved cargo fast, while a good warehouse sat empty. The test now is whether they keep fuel and goods moving when routes close and costs spike. What has gone up so far is “an expensive layer of buffer logistics, not a structural redesign of global trade,” Wolfgang Lehmacher, former head of supply chain and transport industries at the World Economic Forum, tells EnterpriseAM.
The shift starts with what a port competes on: “Turnaround speed still matters, but a resilience-focused port competes on risk absorption,” Lehmacher says. That means yard depth, bonded warehousing, and rail and road links that keep vessel delays from paralyzing inland supply chains.
Egypt’s energy network got that test: When a drone hit the Energos Winter at Damietta in July, one of four regasification terminals went offline at peak demand. Because the four are spread across the Mediterranean and the Red Sea, cargo diverted to Jordan’s Aqaba, Israeli pipeline flows went to their ceiling, and spot fuel oil covered the rest. Spreading terminals out costs more than clustering them, but it kept supply running when one went down.
The same logic is now going into storage, starting with fuel: TAQA Arabia’s board approved an EGP 1.4 bn petroleum products depot in Greater Cairo, adding to TAQA Petroleum’s terminals in Suez (18 mn liters) and Alexandria (25 mn liters).
The ports are doing the same with containers: DP World opened what it calls Egypt’s first integrated logistics distribution center at its 300k sqm Sokhna Logistics Park in July, aimed at companies that want to hold stock inside Egypt. Egytrans put EGP 310 mn into its port-to-warehouse chain in 2H, split between a 114k sqm truck yard in Port Said and a 17k sqm warehouse in Ain Sokhna.
Carriers are making a different calculation: Yang Ming and the rest of the Premier Alliance are returning to Suez on fuel costs rather than improved security, Finmar business development manager Ahmed Mouselhy tells us. “With the spike in bunker prices, a longer route is challenging unit economics and is now superseding security concerns.”
Longer dwell times don’t mean anyone is choosing to hold more: At Arkas Egypt Depot Services’ two Alexandria depots, dwell times have risen partly because carriers are prioritizing containers for longer-haul routes paying higher freight, Mouselhy says. At Sokhna, they climbed over the summer, then normalized once carriers began repositioning empties to Asia.
That gap matters because resilience costs money every month nothing goes wrong, tying up funds in “working capital trapped in buffer inventory, higher holding costs, and carrier surcharges,” Lehmacher says. The fix is agreeing alternative sailings, handling rates, and haulage in advance: “Without pre-committed cost-sharing, alternative routes turn into endless commercial arguments during a crisis.”
THE BOTTOM LINE- The money is moving inland, into “multi-modal corridors, inland dry ports, and hubs situated near major chokepoints,” Lehmacher says, with investors and development banks favoring “bonded storage and automated inland links over simple berth expansion.” With carriers chasing fuel savings and shippers still improvising, the buildout is running ahead of how cargo actually moves. Whether that spending looks prescient or expensive depends on which side catches up first.
Anyone who has finished an apartment in Egypt knows the routine. The keys arrive, then come the kitchen, wardrobes, and doors. People compare finishes, handles, and prices carefully. Far fewer ask what the board itself is made of — or where it came from.
That question reaches further than the kitchen. The board inside most kitchens, wardrobes, and doors is medium-density fiberboard (MDF), made by pressing wood fibers with binding materials and other additives. For years, Egypt relied on imports for much of it, leaving an everyday building material exposed to shipping lead times and exchange-rate movements.
We builtNILEWOODso Egypt could make its own MDF at scale. Our plant in Sadat City pressed its first MDF board in June 2025 and moved into commercial operations late last year, with an annual capacity of 200k cubic meters in a range of board sizes. It sits about a kilometer from the Sadat City forest, and Valmore has reclaimed and planted 2.65k acres of camphor, casuarina, and sesbania trees, irrigated with treated urban wastewater.
MDF production is energy-intensive. The fiber has to be dried, and the board pressed at high temperature. At NILEWOOD, a Vyncke energy system burns tree-pruning residues, including mango and citrus trimmings, to generate part of the process heat. That puts agricultural waste to use while adding a renewable energy source to production.
Local production also changes the relationship with the workshops and furniture makers that turn board into the rooms people live in. They can deal directly with the manufacturer on specifications, quality, and supply — and a supplier a few hours’ drive away can respond faster and keep them better informed than a shipment still at sea.
Commercial operations were only the beginning. Our focus now is on ramping up production, fine-tuning operations, and building a reliable customer base in Egypt while looking for markets beyond it.
Valmore set up NILEWOOD in 2017, years before the first board came off the line. Building the plant and the supply base around it meant committing capital for the long haul. That is what the group means by Investing Beyond Capital: putting the production capacity and supply chain in place before the market can rely on them.
So yes, ask your carpenter where the board comes from. The more interesting part is what changes when the answer is Egypt: local manufacturing capacity, shorter supply chains, and a homegrown source for a material the country has long imported.
Egypt’s two-way power link with Saudi Arabia could save the two countries around USD 600 mn a year — and possibly double that once fuel costs and global energy prices are factored in, a government source tells EnterpriseAM. Lower fuel use is central to those savings, the source says. Every imported megawatt that costs less than the next Egyptian plant in line saves the fuel that plant would have burned.
Why it matters: Egypt’s cables to its neighbors have mostly carried exports. The Saudi link gives Egypt a large source of power it can buy whenever that costs less than burning gas at home.
SOUND SMART- Merit order is the queue grid operators use to dispatch power — the cheapest generation goes first, and pricier plants come online as demand climbs. Imported electricity joins the same queue.
Prices set the direction
The trade runs on a clock: Saudi demand peaks in daylight as cooling loads track the sun, while Egypt’s peaks after dark. The USD 1.8 bn interconnector runs c. 1.3k km of overhead line and subsea cable from Egypt’s Badr converter station to Tabuk and East Madinah, carrying up to 3 GW in either direction. Technical testing at Badr is done, and commercial operation is expected before year-end, two government sources tell us, with one expecting the link to run efficiently from 1Q 2027.
Modeling suggests the flows follow prices more than peaks: A 2024 study of 2030 trade by Riyadh-based KAPSARC (pdf) has Saudi Arabia sending Egypt 6.0 TWh a year by 2030, mostly during daylight, when Saudi solar undercuts Egyptian prices. Egypt sends back 2.8 TWh, mostly on summer nights, when Saudi Arabia has to run gas steam turbines costing USD 77.5/MWh against USD 56.5/MWh for Egypt’s combined-cycle plants. The study assumes Saudi Arabia reaches 90 GW of solar by 2030 and that both countries pay international prices for gas.
How the contracts are written decides how much of that value survives: Fully hourly trading would make the link worth up to USD 210 mn a year in fuel and running costs, the study finds. A contract fixing volumes through the day would capture just USD 26-33 mn of that, while one that follows a daily pattern keeps USD 112-122 mn.
Elsewhere, exports still lead
Libya is the older model, scaled up. Egypt exports c. 150 MW there now. Talks resumed in January on expanding to 2 GW at a proposed EGP 10 bn, an Egyptian Electricity Transmission Company source says — EGP 2 bn for the Marsa Matrouh substation, now out to global tender, and EGP 8 bn for a new line. Egypt has c. 60 GW of installed capacity against a 40.2 GW peak this August, though how much of that gap is exportable depends on domestic demand and plant availability.
Greece is the long play, with generation built specifically for export. GREGY would run 3 GW across c. 950 km of subsea cable from Sidi Barrani to Attica, fed by c. 9.5 GW of wind and solar that developer Copelouzos Group plans to build in Egypt for the project. The EUR 3.5 bn project is on the EU’s priority infrastructure list and gained a EUR 9.56 mn Commission grant in January for seabed studies. It is still in the study and financing phases, with commercial operation targeted for 2030.
The grid sets the limit
Every piece of the hub puzzle in this issue meets on the grid. The gas Egypt displaces as renewables scale, the port and storage capacity being built for resilience, the private capital moving in alongside the state, and the cables reaching toward Saudi Arabia, Libya, and Greece all depend on a network that can move power to where it’s worth the most, when it’s worth the most. The first test comes before year-end, when the Saudi link starts trading. Its early months will put real numbers on what being a hub is worth.
Regional trade pays off in cheaper, reliable supply more than in export volumes. For Egypt, that leaves two practical tests: whether its domestic network can carry those flows and whether the trading arrangements make them worth it.
Moving electricity across Egypt’s borders also means moving it through the country. Gas-fired stations, renewable projects, and eventually nuclear reactors can supply the power. Turning that supply into regional trade requires a domestic network that can carry it between plants, Egyptian consumers, and the border — including in the hours when the system is already under pressure.
Every trade draws on that network: An export needs available generation and a route to the border. An import needs a route from the border to the consumers who need it. Power moving through Egypt between two other markets needs both.
SOUND SMART- Three different capacity questions get bundled together. Generation capacity measures what power plants can produce. Transmission capacity determines how much electricity the network can carry safely. Interconnection capacity sets the physical ceiling on exchange with another country — but what can actually be traded depends on all three at once.
Fuel and wires are separate constraints: A gas-fired plant can be connected and ready to run yet unavailable for an export commitment if its fuel supply is short. Securing the gas, in turn, doesn’t mean the network can carry the electricity where it’s needed.
Where the power sits matters as much as how much there is: Available generation in one part of Egypt can’t automatically meet an export requirement elsewhere, because the lines and substations along each route set how much extra power the network can carry. The grid also has to keep running if a major power station or transmission line goes offline. A trading volume that works when every asset is available may be too high once the operator accounts for an outage, domestic demand, and the reserves needed to keep the system stable.
Access decides who earns
A bigger grid also creates a choice about how it is used: More transmission can carry more power bought and resold by the Egyptian Electricity Transmission Company (EETC) or let more producers sell directly to customers and pay to move their power across the network. Investment adds physical capacity; access rules decide who can turn it into business.
REMEMBER- The opening is tightly controlled: EgyptERA’s published framework caps the first phase of private-to-private pilot projects at 500 MW across five projects, with no single installation exceeding 100 MW.
Using the network has become more expensive:Transmission-use charges rose earlier this month to EGP 0.15 per kWh for extra-high-voltage connections (+113%), EGP 0.27 for high-voltage (+65%), and EGP 0.34 for medium-voltage (+80%). For producers and customers who contract directly once private-to-private opens, moving the electricity is now a bigger share of the bill.
Opening access could also ease the state’s financing burden: If private developers could finance plants and sell directly to industrial buyers, Egypt could add generation without the state funding every project or committing to buy its output. EETC would still earn wheeling fees for carrying the power.
What this means: A regional electricity hub needs both usable capacity and worthwhile trades. The test is simply not how much generation it has or how many borders its cables cross; it’s how much electricity the domestic network can reliably carry while meeting local demand — and whether contracts and pricing arrangements allow that capacity to be used when trading lowers cost.
ZOOMING OUT- Egypt already has the makings of a regional energy hub: headroom above peak demand, a renewables push that frees up gas for industry, supply chains built to take a hit, private capital working alongside the state, and power links to its neighbors. What turns that into a hub is getting all five components to move as one system.