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ARENA to Provide Funding to Enhance Short Term Forecasting of Wind and Solar Farms

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On behalf of the Australian Government, the Australian Renewable Energy Agency has awarded $9.41 million ($6.7 million US) to 11 projects to trial short-term forecasting at large-scale wind and solar farms across Australia.
ARENA to Provide Funding to Enhance Short Term Forecasting of Wind and Solar Farms
Courtesy of NREL

The trial comprises at least 45 percent of the National Electricity Market’s (NEM’s) registered wind and solar capacity, which collectively provides a total of 3.5 GW of renewable electricity generation.

ARENA’s funding will help to explore the potential for wind and solar farms to provide their own, more accurate, forecasts of their output into AEMO’s central dispatch system.

The projects will enable further capability development, and provide valuable information to the market on delivering forecasts on a five-minute basis. Forecasting technology and factors that affect the accuracy of forecasts in different weather, operational conditions and geographies will also be investigated.

AEMO is currently responsible for forecasting how much electricity will be generated by wind and solar farms, the output of which varies depending on the weather and time of day. If these supply forecasts are wrong or generators can’t meet their target, it can result in power system instability and higher operating costs.

Wind and solar farms are penalized for not meeting a required output level or can be required to curtail their generation to match an overly conservative forecast.

Under the market changes that AEMO has facilitated as part of this initiative, all wind and solar farms registered in the NEM will be able to submit their own five-minute ahead forecasts to AEMO, for use in central dispatch in order to improve the accuracy of market outcomes. The ARENA-funded trial will be exploring the benefits that this new capability brings to the system.

The portfolio of 11 projects will involve a range of weather forecasting technologies including onsite cloud cameras that can predict the timing and impact of a passing cloud on a solar farm, wind speed radars, Japanese weather satellites, infrared, crunching of Bureau of Meteorology data and machine learning algorithms.

“We are extremely pleased to see the collaboration between market participants, forecasting service providers and ARENA to deliver highly innovative solutions to the renewable energy sector,” said AEMO’s Managing Director and Chief Executive Officer Audrey Zibelman.

“Weather is the fuel for an ever-increasing proportion of the electricity generated across Australia, so it is vitally important that we foster innovation and rapid development of world leading technologies and services. As the market operator, we require the best possible information in real-time to manage the secure and reliable delivery of energy to Australian consumers, 24/7,” said Zibelman.

Projects

 

Windlab Ltd

Applying machine learning algorithms and custom hardware (Light Detection and Ranging device) to refine the accuracy of short-term forecasts at two Windlab sites.
Funding: $400,000
Location: Victoria & Queensland
   
 

Industrial Monitoring & Control Pty Ltd

Further developing CSIRO’s cloud camera that is currently used in remote applications adapting it for large scale grid connected solar farms. The project will also develop the Solar Power Ensemble Forecaster product with Uni Sa and UNSW, utilising satellite based and statistical forecasting tools.
Funding: $1.25 million
Location: New South Wales, Victoria & Queensland
   
 

Meridian Energy Australia Pty Ltd

Developing a real-time wind forecasting engine and demonstrating forecasts at horizons greater than 5 minutes ahead, prepared through numerical weather prediction and mesoscale models.
Funding: $2.18 million
Location: Victoria & South Australia
   
 

Solar and Storage Modelling Pty Ltd (Solcast)

Delivering 8 stand-alone self-forecasting trials at semi-scheduled farms in the NEM over a two year period. Projects will leverage Solcast’s global satellite based nowcasting services, combined with real-time solar farm SCADA data and sky-imagers to generate short-term power output predictions.
Funding: $780,000
Location: New South Wales, Victoria, Queensland & South Australia
   
 

Advisian Pty Ltd

Advisian Digital will develop ensemble machine learning models trained on historical data within a prediction framework that considers a wide range of variables, including cross-series information. They will be deployed at wind and solar farms in QLD & SA.
Funding: $500,000
Location: Queensland & South Australia
   
 

DNV GL Pty Ltd

Deploying a multi-model wind forecasting approach at Ararat Wind Farm using on-site feedback data and weather models, plus development of advanced machine learning capability for short time horizons.
Funding: $270,000
Location: Victoria
   
 

Fulcrum 3D Pty Ltd (Wind Project)

Developing turbine agnostic real time models using wind data from site installed equipment to develop an accurate wind and operational forecast for each turbine.
Funding: $500,000
Location: New South Wales, Victoria & South Australia
   
 

Vestas Australian Wind Technology Pty Ltd

Deployment of a forecasting tool that integrates plant level data and other sensors, alongside short-term weather forecasts and meteorological data to provide accurate generation forecasts.
Funding: $410,000
Location: South Australia
   
 

Aeolius Wind Systems Pty Ltd

Developing and demonstrating the capability and value of a long-range dual doppler based forecasting system to develop a precision wind power output forecast.
Funding: $1.90 million
Location: Victoria & South Australia
   
 

Proa Analytics Pty Ltd

Demonstration of the Proa Forecasting System which uses skycam, satellite, live data and weather forecasts at three solar farms in different climate regions. The project will also infrared skycam and satellite techniques to improve cloud characterisation during both day and night.
Funding: $730,000
Location: Victoria & Queensland
   
 

Fulcrum 3D Pty Ltd (Solar Project)

Fulcrum3D aim to generate and optimise solar farm forecasts, using ground based sky imaging devices (CloudCAMs) at Genex’s Kidston 1 Solar Project. The CloudCAMs and other solar farm data will allow Fulcrum3D to submit self-generated forecasts into AEMOs market dispatch system.
Funding: $490,000
Location: Queensland

TOTAL: $9.41 million

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