Horizon Power is conducting a pilot project to test the commercial viability of delivering decentralised, high penetration renewable energy to entire towns across regional Australia, and prove that distributed energy resources (DER) can increase renewable energy penetration on existing microgrids.
How the project works
The project will install a variety of distributed energy technologies for households and businesses in Carnarvon, Western Australia. Technologies include energy meter devices connected to the internet to send and receive data (i.e. as part of the ‘internet of things’), solar PV, batteries and inverters with remote monitoring and control devices.
Horizon Power will use collected data and customer interaction with the technology to inform new retail models that will enable and incentivise customers to participate in the provision of energy services to the grid.
Report: Horizon Power Carnarvon DER Lessons Learnt #1
This Lessons Learnt Report discusses initial technology choices, customer onboarding into the trials, and infrastructure deployment for the Horizon Power Carnarvon trial.Read the report
Report: Horizon Power Carnarvon DER Trials Technical Report
This report provides an overview of the data acquisition systems and results of studies into PV fluctuation and voltage rise on the Carnarvon distribution network.Read the report
Media Release: Horizon to Trial Distributed Energy Systems in Carnarvon
ARENA has announced it will fund a pilot project by Horizon Power to trial distributed energy systems in Western Australia.Read the release
Area of innovation
The project will develop an advanced model for renewable energy integration for towns that have reached their current available solar PV hosting capacity. The project will help to resolve the economic and technical barriers of a DER system, furthering Horizon Power’s understanding of high penetration solar and enabling technologies such as battery storage and communication platforms.
Horizon Power believes that a DER model will be the most cost effective electricity supply model for its network. The trials of distributed energy systems will explore the most cost-effective way of designing and maintaining a future grid. Project Highgarden will also explore the most economically efficient ways to design and manage a future grid to reduce dependence on centralised fossil fuelled generation and reduce carbon emissions.
It’s happening fast and it can’t be ignored; the way our energy system operates is undergoing a massive transformation.Read more