Department of Energy Logo
Sandia National Labs Logo

Monash University RedT 300kW / 1MWh Hybrid System

Technology Type Vanadium Redox Flow Battery
Rated Power 300 kW
Duration at Rated Power (HH:MM) 0:15.00 / 3.33
URL More about Monash University RedT 300kW / 1MWh Hybrid System
The system, which comprises 900kWh of redT flow machines coupled with a 120kW C1-rated lithium battery, will be deployed as an active energy storage infrastructure asset at the University’s new 11,400 m2 Biomedical Learning and Teaching building, which will house state-of-the-art biomedical research laboratories over 4 floors. Coupled with on-site solar PV assets, the system will be used to maximise the university’s utilisation of renewable energy to significantly reduce energy costs for campus buildings. This will generate significant savings for the site and also open up potential new revenue streams, in the form of both contracted and merchant grid services in the future. The system will be used as a ‘flexible platform’ and will become part of the “Monash Microgrid”, in partnership with Monash Energy Materials and Systems Institute (MEMSI). The project aims to integrate distributed renewables on Monash’s campuses to increase reliability and stability within the local grid and in the future, allow for innovative, market based peer-to-peer energy trading.
This data has been validated by project staff through a review of publicly available information about the project, and verified by the project owner. Information is accurate as of 2016-04-29.
Project Status
Status Announced
Project Includes Multiple Systems No
Siting
Location

Wellington Rd
Clayton, Victoria 3800
Australia

ISO/RTO N/A
Utility Type
Paired Grid Resource
Paired Grid Resource On-site PV
Project Includes Multiple Systems No
Ownership & Value Chain Partners
Ownership Model Customer-Owned
Equity Owner 1 Monash University
Cost & Performance
Performance Performance metrics not available
Benefits
Service Use Case Microgrid Capability
Renewables Capacity Firming
Export Data PDF

Print to PDF

You may use your computer system's built-in dialog to obtain a PDF of this page through the Print menu. Print this page, then choose Print to PDF or Save to PDF near the bottom of the dialog box.

Print and Save to PDF

Export Data

Thank you for using the Global Energy Storage Database. Please provide your e-mail address to download the data. Upon filling out the form you will receive an email with a link to the full data set you requested.

Suggest Update

Thank you for using the Global Energy Storage Database. Please provide the following information to help us research your update to this content.