BYD Energy Storage and Saudi Electricity Company have reached a milestone in the renewable energy industry, signing the world’s largest grid-scale energy storage contracts, with a total capacity of 12.5 GWh. The new agreement brings the total cooperation to 15.1GWh when combined with the earlier 2.6GWh project.
A Key Step for Saudi’s Renewable Goals.
This collaboration aligns with the Saudi Vision 2030 vision to have 50% renewable energy in the country by the year 2030. The energy storage business solutions of BYD Energy Storage will help maintain Saudi Arabia’s power grid, optimize it in terms of efficiency, and help achieve a steady and secure energy supply. This undertaking is part of the country’s general renewable energy vision and brings forth its green energy transformation strategy.
Saudi Electricity Company’s assurance of embracing the new energy storage technology is an assurance to increase energy efficiency in energy usage, aligning with the country’s transition to a sustainable energy blend.
The initiatives will entail the installation of advanced energy storage systems at five sites in Saudi Arabia. BYD Energy Storage will utilize its latest MC Cube-T ESS, which boasts the company’s proprietary CTS (Cell-to-System) super-integrated technology. With a Vcts index of more than 33%, the systems will stabilize power supply, manage peak demand, and facilitate renewable energy expansion.
The 12.5GWh energy storage parks will be brought into Saudi Arabia’s power system, ensuring highest energy management across the nation. This partnership will also be crucial for improving the energy security of Saudi Arabia and in the growth of its renewable energy infrastructure.
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BYD’s Leadership in Energy Storage Technology
With 17 years of experience, BYD Energy Storage has become a global leader, delivering over 75GWh across 350 projects worldwide. Its partnership with Saudi Electricity Company also highlights its expertise in large-scale energy storage and commitment to innovation. Furthermore, this collaboration marks a significant step in adopting electrochemical-based storage solutions, enhancing global power systems and integrating clean energy.