This contract further strengthens Sineng Electric’s market position in the Middle East and reflects the continued confidence of global partners in the company’s engineering capabilities and utility-scale project execution expertise.
The PIF 6 project cluster covered under this contract includes the Bisha and Humaij solar projects, with a combined installed capacity of approximately 3GW. The Bisha project has a capacity of 2.37GW, while the Humaij project contributes 0.664GW. Both projects will adopt Sineng’s 8.8MW MV turnkey station solution, which integrates two 4.4MW central inverters, a transformer, and an RMU into a compact and highly efficient design. This solution delivers superior system integration efficiency, strong environmental adaptability, optimized CAPEX, simplified installation and commissioning, and fast grid-response performance, making it well suited for large-capacity utility-scale applications and complex site conditions.
Sineng Electric and Larsen & Toubro have established a strong and long-standing partnership across many projects, reflecting a shared commitment to engineering excellence, project reliability, and delivery efficiency. Backed by its expanding regional presence, Sineng Electric has established a comprehensive ecosystem of branches, sales offices, and service networks across the Middle East and Africa, enabling localized operations, responsive technical support, and high-quality on-site services throughout the project lifecycle.
To date, Sineng has accumulated more than 10GW of contracted capacity in the region, contributing to landmark renewable energy projects. These achievements highlight Sineng’s accelerating role in powering the region’s energy transition and supporting long-term sustainability objectives.
Looking ahead, Sineng Electric will continue to uphold its commitment to technological innovation and sustainable development. By delivering advanced, reliable, and region-ready PV and energy storage solutions, the company aims to support countries across the MEA region on their path toward low-carbon growth.
