Summary: The Dire Dawa Photovoltaic Power Station in Ethiopia represents a milestone in renewable energy adoption. This article explores the technical specifications of its generators, focusing on their diameter, design efficiency, and role in Ethiopia''s solar energy expansion. Discover how these components drive sustainable power generation and meet regional energy demands.

Why Generator Diameter Matters in Solar Power Stations

When discussing solar power infrastructure, the generator diameter is often overlooked—yet it plays a critical role in energy conversion efficiency. In the Dire Dawa project, generators with a diameter of 2.5 meters were selected to balance torque output and mechanical stress under Ethiopia''s high-temperature conditions.

Key Technical Specifications

• Generator Diameter: 2.5 meters (optimized for 30 MW capacity)
• Material: High-grade aluminum alloy for heat dissipation
• Efficiency: 94% energy conversion rate under standard testing

Case Study: Dire Dawa''s Solar Energy Impact

Since its commissioning in 2022, the Dire Dawa facility has contributed 18% of the regional grid''s renewable energy supply. Here''s a snapshot of its performance:

Metric	Data
Annual Output	52 GWh
CO2 Reduction	32,000 tons/year
Land Use Efficiency	4.2 MW/hectare

"The generator''s diameter directly impacts maintenance costs and longevity. Dire Dawa''s design sets a benchmark for arid-region solar projects." — Ethiopian Energy Authority Report, 2023

How EK SOLAR Enhances Generator Design

As a leader in photovoltaic solutions, EK SOLAR integrates advanced cooling technologies into generator systems. For projects like Dire Dawa, this means:

• 20% lower thermal degradation compared to industry averages
• Modular designs for easier field maintenance

Ethiopia''s Renewable Energy Roadmap

Ethiopia aims to achieve 65% renewable energy reliance by 2030. Solar installations like Dire Dawa are pivotal, especially in sun-rich regions with 2,200+ annual sunshine hours.

FAQ: Dire Dawa Photovoltaic Power Station

• Q: Why was 2.5 meters chosen for the generator diameter?A: This size optimizes energy output while withstanding Ethiopia''s extreme temperature fluctuations.
• Q: How does this project benefit local communities?A: It provides stable electricity to 40,000 households and creates 120+ technical jobs.

Need custom solar solutions? Contact EK SOLAR at [email protected] for generator design and installation support.

Ethiopia''s Dire Dawa project exemplifies how precise engineering—like optimizing generator diameter—can elevate solar energy systems. From reducing carbon footprints to enabling economic growth, every millimeter counts in the renewable revolution.