AusNet Services has published a case study profiling the Grid Energy Storage System (GESS) trial to explore the potential of using a large battery storage system to manage network peak demand and defer network upgrades. The GESS system is a large (1MW) battery system and smart inverter initially supporting the peak load at Watsonia, Victoria. The system will provide netwrok support by supplying power locally during peak demand times and recharging during low demand periods. The project commissioning is scheduled to occur in October 2014 followed by a two years trial period. It is expected that the GESS will be available for the summer 14-15 period.
Related Articles
Dan Lee
Wednesday, January 1 2014
Demand Management Case Study: Electric Vehicle to Grid Trial
AusNet Services have published a case study examining the potential for electric vehicles to provide active support to the electricity network during peak demand periods. The concept, known as V2G (Vehicle to Grid) involves the controlled export of energy from…
Dan Lee
Tuesday, January 1 2013
Demand Management Case Study: Embedded Generation
AusNet Services have published this case study detailing embedded generation at the Traralgon Power Station. The case study looks at the replacement of a single transformer at the Traralgon Power Station with the project to begin in August 2012 and…
Dan Lee
Saturday, March 1 2014
AusNet Services release DMIA Annual Report 2013
AusNet Services have released their 2013 DMIA Annual Report. AusNet Services were awarded a $3 million ($600,000 per year) Demand Management Innovation Allowance (DMIA) by the AER for the 2011-15 regulatory period. As a condition of the DMIA, AusNet must…
Dan Lee
Thursday, April 7 2016
AusNet Services publishes results of their Residential Battery Storage Trial
In 2011, AusNet Services released the details of a planned residential battery storage trial which was mentioned in their DMIA Annual Report. The trial used stationary batteries connected to residential homes with the main objectives being; to provide network demand…
Be the first to comment on "Demand Management Case Study: Grid Energy Storage System"