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Home - News - ZOE Energy Storage to Build 18GWh Manufacturing Base in Saudi Arabia

ZOE Energy Storage to Build 18GWh Manufacturing Base in Saudi Arabia

May 28, 2026

ZOE Energy Storage Announces Major Battery Manufacturing Base in Saudi Arabia

ZOE Energy Storage has entered into a joint venture with a local Saudi strategic partner to construct the country's first world-class battery energy storage manufacturing base. The first phase, with an annual capacity of 6 GWh, is scheduled for completion in Q1 2027, with total expansion planned to reach 18 GWh. The smart manufacturing base will obtain 'Made in Saudi Arabia' certification and serve markets across the Gulf countries, the Middle East, North Africa, Central Asia, and Africa.

This development underscores the growing strategic importance of energy storage in the region. For B2B buyers, this means access to locally certified, large-scale battery storage production, reducing supply chain dependencies and lead times for projects in the Middle East and surrounding regions.

In addition, other Chinese energy storage leaders have reinforced their presence in Saudi Arabia. CORNEX signed a 5.5 GWh supply deal with Saudi Arabia's Al Rajhi Electrical, BYD Energy Storage has secured 15.1 GWh in cumulative projects, and Sungrow's 7.8 GWh project has achieved full-capacity grid connection. These moves collectively demonstrate Chinese dominance in the Middle East energy storage market.

  • ZOE Energy Storage: 18 GWh total capacity planned, 6 GWh first phase by Q1 2027
  • CORNEX: 5.5 GWh supply agreement with Al Rajhi Electrical
  • BYD Energy Storage: 15.1 GWh cumulative project portfolio
  • Sungrow: 7.8 GWh project with full-capacity grid connection

Data and sourcing reference: EnergyTrend (May 24, 2026).

Supplier Solution Note

Market Insight: The 18GWh Saudi manufacturing base signals massive Middle East energy storage demand. For BESS integrators and drone fleet operators in the region, our battery selection tool (https://tool.liion-batt.com) supports parameter matching for high-temperature environments and grid-scale storage applications.