ORA Advanced Technology is leading a strategic EPC energy infrastructure project in partnership with Etimad, delivering advanced Smart Microgrid Solutions across Africa.

This government-backed initiative reflects the UAE’s long-term vision for exporting sustainable infrastructure expertise and supporting regional stability through reliable, future-ready energy systems.
The project is designed to scale across multiple cities, starting with an initial deployment phase that sets the foundation for broader regional expansion.

Project Overview

• Project Type: EPC (Engineering, Procurement & Construction)
• Partnership: ORA Advanced Technology (UAE) & Etimad (UAE)
• Nature: Government-to-Government (G2G) infrastructure initiative
• Location: Africa
• Scope: Deployment of smart, off-grid and hybrid microgrid systems
• Objective: Deliver reliable, scalable, and sustainable energy access for urban development

Technical Highlights

• Photovoltaic (PV) Capacity:
  • 5.4 MW / 2.7 MW
• Energy Storage Systems (ESS):
  • 5 MW / 10 MWh
  • 3 MW / 6 MWh

System Capabilities

• Unified integration of PV and ESS on a shared bus or transformer
• Supports both grid-connected and island (off-grid) operation
• Advanced monitoring, control, and O&M platforms
• High standards of safety, reliability, and rapid deployment

Strategic Value

• Sustainability Impact:
  Enables clean, renewable energy adoption, reducing emissions and supporting long-term sustainable development.
• Regional Stability:
  Provides resilient energy infrastructure critical for economic growth and urban expansion.
• Replicable Model:
  Designed as a benchmark project for smart microgrid deployment across Africa and other emerging markets.

Solution Architecture & Innovation

• Smart Microgrid Design:
  Centralized energy management platform integrating PV and ESS with real-time analytics and intelligent O&M.
• Standards & Compliance:
  Built in alignment with international microgrid and renewable energy standards.
• Local Adaptability:
  Engineered to operate autonomously and adapt to local environmental conditions while maximizing efficiency and reliability.