AGL VPP

Virtual Power Plants, or VPPs, are relatively mature in Australia due to the country’s high penetration of, and familiarity with, distributed energy resources. But claims of VPP success and participation may be overblown, with a considerable gaps between the numbers some platforms are claiming and the realms of possibility.

In a huge data-crunching project designed to inform rooftop solar-export policy and regulations, UNSW technical and social researchers delve into the costs and effectiveness of inverter standards.

AGL, one of Australia’s biggest polluters, is working towards net-zero emissions by 2050 and new relevance in a renewable-energy-powered world. Think big batteries to replace the spinning reserve of some coal and gas generators, and digital management of its customers’ distributed rooftop resources.

As Australia’s home battery market begins to catch up to its install residential solar capacity the opportunity for large-scale virtual power plants is verging on reality. Indeed, Solar Service Group’s new Solar + Battery Members’ Plan could see Australia host the world’s largest virtual power plant next year.

AGL Energy has expanded its solar battery VPP to Queensland, New South Wales and Victoria with the immediate launch of solar battery sales for residents of the eastern states, while solar and battery bundles will be available by the end of the year.

The Australian Energy Market Operator (AEMO) has published its first knowledge sharing report under its landmark virtual power plant (VPP) demonstrations program, which is intended to provide insights into the scalability and network services potential of VPPs. The report details how the South Australia-based Tesla-Energy Locals VPP responded to price signals and frequency level and helps further understand the benefits consumers can have from participating in VPPs.