Egypt’s Huawei-backed battery plan will be financed in pounds — and covers barely a third of what the grid needs

Electricity Minister Mahmoud Esmat is advancing plans to locally manufacture battery energy storage systems and build standalone storage stations totaling 4 GWh, financed in EGP, after meeting Huawei Egypt CEO Benjamin Hou, according to a statement. The two reviewed technical and economic feasibility studies for proposed storage sites on the national grid, along with the terms and obligations needed to start the manufacturing plant. Talks also covered digital transformation, smart-grid solutions, data centers, and upgrades to grid communications, part of the shift from a traditional to a smart grid.

REMEMBER- Chinese President Xi Jinping is visiting Egypt this week — his first visit in a decade — and Huawei’s AI push is one of the threads to watch. The Chinese tech giant wants to build data centers in Egypt stocked with two classes of advanced AI chips, one for AI training clouds, the other for inference. The bid caught Washington’s attention: officials are reportedly preparing a counter-offer for Cairo to weigh. We’ll be keeping an eye out for whether Huawei inks something while Xi’s in town.

The plan points to a project we flagged in May: 4 GWh of battery storage across South Cairo, Damanhour, and Wadi El Natroun, financed through the Tahya Misr Fund and bundled at the time with a separate 4.8 GW of wind capacity. The developer has gone unnamed until now. Mahmoud Abouelnaga — industrial decarbonization expert at UNIDO and nonresident senior fellow at the Atlantic Council — can’t confirm the link, but says the sequence of announcements makes it plausible. More telling, he argues, is what the EGP-financing choice implies regardless of who the developer turns out to be: “the government as the main off-taker is looking into ways to increase their solvency.”

The Huawei plan lands in a crowded field. We tracked Sungrow’s USD 120 mn, 2 GWh plant breaking ground last October, Kemet’s USD 200 mn, 5 GWh tie-up with China’s Cornex in January, and AMEA Power’s EPC contracts for a 3 GWh factory and 1.5 GWh of storage in June. With storage flagged as the missing piece in the push to a 45% renewables share by 2028, the Huawei plan joins a lengthening list of local-manufacturing commitments still working through feasibility studies and licensing.

But 4 GWh may not keep pace. The new capacity is a step in the right direction, Abouelnaga tells us, but won’t be enough to hold curtailment down given Egypt’s target to nearly triple renewable capacity — from 9.5 GW today to 27.7 GW by 2028. The government’s own renewable expansion roadmap calls for 14.3 GWh of storage by that same year, meaning the Huawei plan covers under a third of what the roadmap says the grid will actually need. “If storage capacity stalled while renewable capacity tripled, curtailment would probably skyrocket,” Abouelnaga says.

“Local manufacturing” here means assembly, not cell production. Abouelnaga draws the line between battery-system assembly and integration on one side and the chemical manufacturing of cells on the other — and Egypt’s strategy is built around the former. With no commercial mining of lithium, cobalt, or nickel, he expects the country’s role to stay concentrated in pack assembly, software integration, and structural housing, with cells imported.

Who pays for all this is worth flagging. Egypt’s BESS pipeline is largely debt-financed by DFIs and multilateral lenders — IFC, EIB, EBRD — whose money typically comes tied to subsidy phase-out, Abouelnaga notes. In a developing economy, the cost of that phase-out tends to land on ordinary consumers — a dynamic worth watching as Egypt’s recent tariff hikes keep biting.

The EGP-financing detail raises an FX question. Huawei’s hardware runs on USD-denominated LFP cell imports, while the ministry says the financing is in EGP. Abouelnaga sees three ways a foreign provider manages that gap: push the risk onto a local partner — AIS, here — rather than carry it directly; keep the high-margin proprietary kit (power conversion systems, cooling networks) while offloading bulkier, lower-value assembly to cut USD exposure per MWh; or lean on Cabinet Decree 54/2023 — whose renewable land-use regime was extended to storage — letting developers pay a land fee of at least 2% of annual output instead of buying land outright.

Where the 4 GWh lands will shape its payoff. Co-locating with generation hubs like Benban or the Red Sea would capture cheap electrons at source, help the government dodge penalties under the “take-or-pay” clauses in its long-term PPAs with private developers, and ease transmission bottlenecks by feeding stored solar into the grid gradually rather than all at once. Siting near industrial centers instead shifts the benefit to peak shaving, cutting costs for industrial users while firming up voltage. Abouelnaga sees merit in both.

What to watch: The feasibility studies and licensing terms the ministry says will gate the plant’s start, and the siting call that decides whether the 4 GWh shaves industrial peaks or firms up solar at Benban. Neither the developer nor a timeline is public yet, both are the next disclosures to watch for.

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