Battery Energy Storage for Sewage Pumpng Station Energy Resilience

Enhancing Energy Resilience: Battery Energy Storage Field Trial at Shoalhaven Heads Sewage Pumping Stations

In an innovative move towards sustainable infrastructure management, a pioneering field trial is underway, focusing on the integration of battery energy storage systems at ten sewage pumping stations within the Shoalhaven Heads catchment, NSW. In partnership with Shoalhaven Water and supported by the ARC SafeREnergy Hub, the Australian Power Quality Research Centre (APQRC) is developing battery backup systems to enhance the performance, safety, and reliability of critical sewage pumping and distributed infrastructure. Currently in the installation phase with four sites already equipped, this initiative marks a crucial step forward in understanding how battery storage can contribute to energy resilience in critical infrastructure applications. The next crucial phase involves a comprehensive data analysis of site performance, setting the stage for groundbreaking insights into energy solutions for sewage management.

About the Project

  1. Install Battery Energy Storage Systems at up to ten Sewer Pumpstations in the Sewer Catchment of Shoalhaven Heads, NSW.
  2. Develop an understanding of the energy storage performance, safety and reliability requirements for a sewage pumping station / distributed infrastructure deployment application.
  3. Investigate the suitability for aggregated use of safe and reliable energy storage systems deployed in distributed infrastructure applications.
  4. If and when available, demonstrate SafeREnergy Hub-developed energy storage technologies in a distributed infrastructure application, and compare and contrast the performance, reliability and resilience against commercially available technologies.
  • Development of a core Battery Energy Storage System (BESS) design for Shoalhaven Heads SPS applications.
  • Procurement of BESS hardware in three stages.
  • Design, assembly, commissioning, testing and demonstration of the BESS operation in a UOW laboratory-based environment.
  • Deployment of BESS to Shoalhaven Water Shoalhaven Heads SPS locations.
  • Ongoing operation and analysis of the operational profiles and fit-for-purpose characteristics of the BESS for Sewage Pumping Station applications.
  • Research and Development of innovative use of aggregated utilisation of distributed BESS assets, including simulation/desktop exercises and in-field trials if appropriate.

Project Partners

Logo for The University of Wollongong

Discover the Future of Sewage Energy Solutions

Download the project summary
Danjera Dam at Yalwal on the NSW South Coast