Renewable Energy Engineering completes an integrated hybrid solar energy system for a medical center.
Renewable Energy Engineering completes an integrated hybrid solar energy system for a medical center.
In a remarkable step toward advancing renewable energy solutions in Yemen’s healthcare sector, Masdar Engineering for Renewable Energy proudly announces the successful installation and commissioning of a hybrid solar power system featuring a 18 kW Deye inverter and 20 kWh lithium battery storage at Dr. Sahar Al-Awdi Medical Center in Sana’a.
This state-of-the-art system provides the medical center with stable, clean, and uninterrupted power, ensuring the continuous operation of critical medical equipment — a vital need amid ongoing power challenges across the country.
The hybrid design intelligently integrates solar energy, lithium storage, and grid support, allowing for maximum energy efficiency, lower operational costs, and reliable performance around the clock.
Speaking on the achievement, the General Manager of Masdar Engineering stated:
“We take great pride in supporting essential institutions like Dr. Sahar Al-Awdi Medical Center. Our mission has always been to deliver clean and reliable energy solutions that empower communities and sustain progress.”
The system was designed and executed according to international engineering standards, utilizing high-efficiency Deye hybrid inverters and advanced lithium storage technology to ensure long lifespan, optimal performance, and minimal maintenance.
This project stands as a benchmark for how solar hybrid systems can revolutionize Yemen’s healthcare facilities, making them more energy independent and environmentally responsible.
With this milestone, Masdar Engineering for Renewable Energy continues to lead the transition toward sustainable energy in Yemen, providing innovative hybrid and solar power solutions for homes, industries, and vital public institutions.