TransGrid Wallgrove Battery
- $10.14m Funded by ARENA
- $65.46m Total project cost
Summary
The TransGrid Wallgrove Battery will build, test and operate a 50 MW / 75 MWh lithium-ion battery at the Wallgrove substation in western Sydney. The project will use Tesla batteries and demonstrate its innovative synthetic inertia product known as “Virtual Machine Mode”. TransGrid has entered into an agreement with Infigen for use of the 50MW / 75MWh battery for market services.
Need
As part of the TransGrid Wallgrove Battery project, TransGrid has identified a likely inertia shortfall for NSW during the period 2023-24 to 2027-28, due to the expected closure of Liddell and Vales Point power stations. TransGrid is responsible for resolving these inertia shortfalls in NSW and will use the project to demonstrate the ability of battery technology with synthetic inertia and fast frequency response capability to provide inertia services.
This project consists of:
Project reports- ARENA media release 23/10/20
- Flagship Report: Large-Scale Battery Storage as an Inertia Substitute
- Transgrid – Wallgrid grid battery – Operations report 2
- TransGrid – Wallgrove Battery – Operations report 3
- Transgrid Wallgrove Battery Lessons Learnt 1
- Transgrid Wallgrove Battery Lessons Learnt 2
- TransGrid Wallgrove Grid Battery – Operations Report #4
- Transgrid – Wallgrove Grid Battery – Commissioning Report
Learn more
Report: Transgrid Wallgrove Battery Lessons Learnt 2
This lessons learnt report is focussed on the lessons gained through the construction and registration phases of this project along with the development of the commercial models required for a commercially viable pilot project.
Report: Transgrid Wallgrove Battery Lessons Learnt 1
This is the first lessons learned report from the Transgrid Wallgove battery project, and addresses key lessons from early works on the project
Media Release: Big battery in western Sydney to charge up NSW energy grid
ARENA announced that it will jointly fund a new large-scale, grid-connected battery located in western Sydney.
Action
The TransGrid Wallgrove Battery project will be equipped with synthetic inertia and fast frequency response capabilities. TransGrid will also complete modelling and monitoring of the project’s response during grid disturbances to better understand the technology’s capability and its impact on the NSW power system.
Outcome
The key objective is to demonstrate the technical capability of batteries with advanced inverter capabilities to replace traditional inertia and, in doing so, demonstrate that batteries can provide the most cost effective solution for NSW’s upcoming inertia shortfall.
Read more
ARENAWIRE Blogs
Funding announced for NSW’s big battery
TransGrid will build NSW’s first grid-connected large-battery in a bid to prove batteries are the most effective way to provide inertia as the energy transition advances.
