- Lead Organisation
United Energy Distribution Pty LtdLocation
31 May 2019
30 September 2021
- Project PartnersNoneThis renewables project was completed on 30 September 2021.
The United Energy Voltage Controlled Frequency Regulation System will test United Energy’s Dynamic Voltage Management System capability to deliver Frequency Control Ancillary Services (FCAS) to the Australian Energy Market Operator (AEMO) and the National Electricity Market (NEM)
Traditionally provided only by coal, gas and hydro-electric power stations, FCAS is used by AEMO, to maintain the frequency on the electrical system and provide a fast injection or reduction of energy to maintain grid stability.
The United Energy Voltage Controlled Frequency Regulation System project aims to demonstrate how voltage management can provide the same grid stability services currently provided by traditional generators.
This project consists of:
- Name: Rodney Bray, Manager
- Email: Rodney.Bray@ue.com.au
FCAS markets comprise of two types of services: Contingency and Regulation. Contingency services are locally operated at the plant level and are broken down into raise and lower components across Fast (6-second), Slow (60-second) and Delayed (5-minute) time frames. This project will demonstrate the use of the technology for delayed-raise (5-minute) contingency FCAS by providing voltage- reduction demand response capability to ramp power output in response to frequency disturbances on the power system.
A key part of this project will also be to test the regulatory boundaries around Distribution Network Service Provider (DNSP) participation in FCAS markets through a regulatory feasibility analysis and an application to participate in the FCAS market.
By trialling this technology, United Energy aims to bring an additional 30 MW of raise service capacity to the NEM through this proof of concept project, testing it over the summer months of 2019/2020.
What is electricity system strength and why does it matter?
It will take more than just renewable generation to build a strong, resilient energy system.