The recent installation of seven gas-insulated transformers (GIT) by Toshiba Energy Systems and Solutions Corporation marks an important milestone for the Haram 2 and Haram 3 substations in Makkah, Saudi Arabia. This project, commissioned by Saudi Electricity Company, aims to modernize the essential urban infrastructure serving millions of people and is in line with the country’s Vision 2030. By replacing oil-insulated transformers with GITs for 110 kV class substations, the aim is to provide a safer, more reliable power supply.
A Crucial Project for Makkah
Makkah welcomes millions of pilgrims every year, requiring a secure and reliable infrastructure to ensure an uninterrupted power supply all year round. The gas-insulated transformers, chosen for their high safety standards, are non-flammable and explosion-proof, two major concerns for substations in a large city. In 2020, Toshiba was selected for this project because of its proven technical expertise and the reliability of its products.
First order for the Gulf States
Toshiba, which has a solid track record of GIT sales in Japan, East Asia, North America and Europe, has now recorded its first order for the Gulf States. The company’s focus on product safety and reliability significantly improves substation safety and performance, bringing lasting benefits to Makkah and its people, as well as to its many pilgrims. The importance of this installation cannot be underestimated. Toshiba’s gas-insulated transformers are designed to provide a robust solution to the challenges of urban energy supply. As well as reducing the risk of fire and explosion, these transformers minimize maintenance requirements, which is crucial in a city as dynamic as Makkah. What’s more, their compactness and ability to operate in harsh environments make them an ideal option for critical infrastructures.
Implications for the Energy Sector
This initiative is part of a series of technological improvements adopted by the Saudi Electricity Company to modernize the Saudi power grid. Toshiba’s adoption of GIT could encourage other countries in the region to consider similar technologies, contributing to a safer, more stable power grid throughout the Middle East. It also strengthens Toshiba’s position as a world leader in advanced energy solutions. The success of this project could also pave the way for new collaborations between Toshiba and other governmental and commercial entities in the region. The growing demand for resilient and sustainable energy infrastructures continues to drive innovation and the expansion of technological capabilities in the global energy sector.
