UNSW and Aussie Solar Batteries Group partner to develop AI tools for VPP optimization

Partnership Storage announced Sydney, Australia Mar 6, 2026

development

Stage

AI-Enabled Smart Energy Hub for Virtual Power Plant (VPP) Deployment in Residential and Commercial Solar Networks

Project

UNSW and ASB Group are collaborating on a research and commercialisation project to design, develop, and test AI-driven energy management platforms for optimizing solar and battery systems, focusing on virtual power plant (VPP) deployment in residential and commercial networks.

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Counterparts (2)

Partner

University of New South Wales (UNSW)

company

The University of New South Wales (UNSW) is a leading Australian university renowned for its research and education, particularly in engineering, science, and technology. Its engagement with the infrastructure industry primarily involves cutting-edge research and development in areas like renewable energy, sustainable materials, water management, and smart cities, alongside implementing sustainable infrastructure solutions on its own campus.

Aussie Solar Batteries (ASB) Group

company

Aussie Solar Batteries (ASB) Group is inferred to be an Australian entity focused on developing, operating, and potentially manufacturing battery energy storage solutions. Its core activities likely revolve around integrating battery storage with solar power projects to support the energy transition and enhance grid stability within Australia.

Deal Analysis

The University of New South Wales (UNSW) and Aussie Solar Batteries (ASB) Group have announced a strategic partnership focused on advancing AI-driven energy management platforms. This collaboration is a research and commercialisation project designed to develop and test AI tools specifically for optimizing solar and battery systems, with a primary application in Virtual Power Plant (VPP) deployment across residential and commercial networks in Australia. UNSW, renowned for its engineering and science research, brings academic expertise, while ASB Group, an Australian entity focused on battery energy, provides industry insight and potential pathways for commercialisation. This partnership is notable for its direct address of a critical need in the evolving energy landscape: the intelligent management of distributed energy resources. By leveraging AI, the project aims to enhance the efficiency, reliability, and economic value of solar and battery installations within VPP frameworks. While the financial value of the partnership remains undisclosed, its strategic importance lies in accelerating the development and adoption of advanced energy optimization technologies, potentially positioning both UNSW and ASB Group as key innovators in Australia's renewable energy transition and smart grid development.

Collaboration between a leading Australian university (UNSW) and an Australian battery energy group (ASB Group).
Focus on cutting-edge AI tools for Virtual Power Plant (VPP) optimization.
Targets solar and battery systems in residential and commercial networks.
Research and commercialisation project, indicating a pathway from development to market.

Source Intelligence

KEY DETAILS

The project is part of the Australian government-funded Trailblazer for Recycling and Clean Energy (TRaCE) initiative, led by UNSW in partnership with the University of Newcastle. It is scheduled to run until the end of 2026. The aim is to test new technologies under real operating conditions, improving grid stability, lowering costs and unlocking greater value from distributed energy assets, focusing on forecasting, demand-side management, optimisation algorithms and digital-twin modelling. The benefits of new technology are to be retained within Australia. Quote: 'It is part of the Australian government-funded Trailblazer for Recycling and Clean Energy (TRaCE) initiative, led by UNSW in partnership with the University of Newcastle and is designed to fast-track the commercial readiness of advanced clean-energy technologies.' Quote: 'Scheduled to run until the end of 2026, both parties will work under the TRaCE framework to support future commercialisation pathways, which will occur in line with Commonwealth funding requirements, ensuring the benefits of new technology are retained within Australia, an ASB statement says.' Quote: 'The aim is to test new technologies under real operating conditions, improving grid stability, lowering costs and unlocking greater value from distributed energy assets. It will focus on forecasting, demand-side management, optimisation algorithms and digital-twin modelling to enable smarter coordination of distributed energy resources and more efficient virtual power plant (VPP) deployment.'

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Location

UNSW researchers will collaborate with Sydney solar battery installation company Aussie Solar Batteries... accelerate smarter, more efficient solar and battery networks across Australia.

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Announcement

Mar 06, 2026

PARTIES MENTIONED IN SOURCE

UNSW partner

"UNSW researchers will collaborate with Sydney solar battery installation company Aussie Solar Batteries"

Aussie Solar Batteries (ASB) Group partner

"UNSW researchers will collaborate with Sydney solar battery installation company Aussie Solar Batteries"

high quality Enriched Mar 6, 2026

Timeline

Announced

Mar 6, 2026

Signed

Closed

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Source

www.ess-news.com

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UNSW and Aussie Solar Batteries Group partner to develop AI tools for VPP optimization

Counterparts (2)

Deal Analysis

Source Intelligence

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