Tarshid Completes Solar Panel Installation At King Abdulaziz Complex For Holy Kaaba In Makkah

The National Energy Services Company (Tarshid) and the King Abdulaziz Complex for Holy Kaaba Kiswa in Makkah have successfully installed solar panels across the complex's buildings. This project, with a capacity of 180 kilowatts, is projected to save around 305,000 kilowatt-hours of energy annually. The initiative aims to enhance energy efficiency by generating solar power for on-site use.

By installing these solar systems, the project targets an annual energy consumption reduction from 1.5 million to 1.2 million kilowatt-hours. This decrease equates to saving over 486 barrels of oil equivalent and preventing about 173 metric tons of carbon emissions. The environmental benefit is comparable to planting more than 2,800 seedlings each year.

Waled Al-Ghreri, Board Member and CEO of Tarshid, stated that extensive field surveys and technical studies were conducted before installation. These assessments underscored the necessity of improving energy efficiency through rooftop solar panels. This approach allows for on-site electricity generation, providing clean energy directly to the buildings.

The project's goals align with Saudi Vision 2030, aiming for substantial energy savings and reduced carbon emissions. Tarshid is dedicated to supporting the Kingdom's strategic sustainability objectives through such initiatives. By adhering to international standards and best practices, the company strives to optimize energy use within its projects.

The installation at the King Abdulaziz Complex represents a significant step towards sustainable energy solutions in Makkah. The project not only focuses on reducing consumption but also emphasizes self-sufficiency in energy production using renewable resources.

Tarshid's commitment extends beyond this project as it continues to explore innovative ways to enhance energy efficiency across various sectors in Saudi Arabia. The company's efforts contribute significantly to national sustainability goals by integrating advanced technologies and sustainable practices.

This initiative showcases how renewable energy projects can effectively reduce reliance on traditional power sources while minimizing environmental impact. By leveraging solar technology, Tarshid sets a precedent for future projects aimed at achieving similar sustainability outcomes.

With inputs from SPA