PRIVACY STATEMENT
MONASH UNIVERSITY AUSTRALIA
LARGE MICROGRID WITH HYBRID STORAGE SYSTEM ACHIEVES ENERGY EFFICIENCY AS UNIVERSITY COMMITS TO NET ZERO EMMISSIONS TARGET
THE CHALLENGE
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Monash University has the inspirational goal to achieve net zero emissions by 2030. Their Net Zero initiative aims to make the universities electricity consumption more sustainable in order to achieve a completely independent power supply using solely renewable energy.
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As part of their Net Zero initiate the university took the initial steps to maximise the energy efficiency of it's lighting systems and buildings. Additionally the university installed a cumulative total of 2MW of PV on campus.
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In a drive for further sustainability and efficiency the system required a storage solution.
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THE SOLUTION
The first of it's kind hybrid storage system combining Tesvolt lithium-ion batteries and Vanadium redox flow battery system which will sit at the centre of the universities energy microgrid.
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Unlimited Energy Australia provided the concept design, project management, installation and commissioning for this project which is Australia's largest commercial behind-the-meter battery storage system.
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Monash University Australia
Monash University Australia
Monash University Australia
Monash University Australia
TECHNICAL SPECIFICATIONS
INDUSTRY
Education, Government
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LOCATION
Melbourne, Victoria
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APPLICATION
Peak shaving, on grid, self-consumption
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TECHNOLOGY
Tesvolt HV battery storage, STPS battery inverters