GE Vernova to Deliver BESS Solution for Supernode Storage Project

Quinbrook Infrastructure Partners selected GE Vernova as the battery energy storage system (BESS) integration provider for Phase 2 of its Supernode BESS project in Queensland, Australia, comprising 250-MW/1,000-MWh of storage. The Supernode project includes the creation of a BESS and data center complex, and, upon completion, the 750-MW BESS site will be among the largest battery storage installations in Australia’s national electricity market.

“We believe GE Vernova’s product portfolio, engineering expertise, and project delivery capabilities align with the needs of the Supernode project,” said Ed Torres, Business Leader of GE Vernova’s Solar & Storage Solutions business. “This project is a testament to our value proposition and capabilities in this space. We expect to continue to be a collaborator for large grid-scale integrated BESS projects in the region and around the world.”

In early 2024, GE Vernova was awarded the contract for Phase 1 BESS integration featuring 250-MW/500-MWh, which is currently underway. The company is managing the supply and commissioning of power conditioning systems, power plant controller SCADA systems, and the capacitor bank/harmonic filter, as well as integration engineering and GPS connection support.

Supernode BESS project; Image Credits: Quinbrook

RESTORE DC Block

This week, GE Vernova launched an advanced containerized solution for BESS—the RESTORE DC Block—offering enhanced safety, efficiency, flexibility, and long-term performance. The solution has a 5 MWh capacity and duration range of 2 – 8 hours, supporting multiple grid use-cases for utility-scale renewable and energy storage projects.

RESTORE DC Block is a component of GE Vernova’s FLEXRESERVOIR solution: an integrated system combining battery storage, power electronics, and advanced controls to support renewable energy sources, such as solar and wind. It stores surplus energy during high-generation periods and releases it during peak demands, ensuring reliable and efficient grid operation.

Additional features of the RESTORE DC Block include:

Safety: The RESTORE DC Block is equipped with fire protection systems and offers defense against cyber threats, mitigating potential hazards to ensure secure, reliable operation across environments.

Digital Technology: Integrated thermal management and high-speed edge analytics provides monitoring of system charge, health, and safety. The system also has zero-touch commissioning for quick deployment.

Performance and Longevity: It is powered by liquid-cooled lithium iron phosphate cells and delivers 93%+ round-trip efficiency. It can execute multiple back-to-back cycles and offers consistent performance over a 25-year life span. The RESTORE DC Block operates in a -30°C - 50°C temperature range across numerous climates and geographies.

Installation and Augmentation: The system is designed with versatility, supporting back-to-back and side-to-side configurations to optimize footprint. It also features AC and DC augmentations, enabling customized scalability with a usage-based capacity guarantee.