<img alt="" src="https://intelligentintuitiveintelligent.com/820172.png" style="display:none;">
Search Contact

Energy Queensland

Energy Queensland optimizes its power grid capacity with AVEVA PI System

Energy Queensland is seeing the rise of renewable energy test the capabilities of its legacy grid. Designed for one-way power flow, the grid must now accommodate electricity fed back from large solar farms and adapt to a rapidly changing market, across a vast territory subject to highly variable weather conditions. The operator chose AVEVA PI System, complemented by AVEVA PI Vision, to bring together real-time data from grid infrastructure, weather and geographic features. Engineers now have intelligent, dynamic analysis that allows them to manage power flows more economically while using the full available capacity. This new visibility into the factors affecting grid capacity has demonstrated potential to improve asset utilization by more than 20%, paving the way for a more agile and sustainable power system.

Objectives

  • Use dynamic assessments based on real-time data to take full advantage of unused network capacity
  • Enable engineers to manage the flow of energy more economically

Solutions

  • AVEVA PI System
  • AVEVA PI Vision

Results

  • Gain real-time visibility into factors impacting network capacity
  • Demonstrated potential improvements in asset utilization of more than 20%

Testimonials

"Data is not equal to information. We wanted the platform to be able to produce information."
Tim Lewsey
Principal Engineer, Energy Queensland

FAQ

How does AVEVA PI System help grid operators integrate renewable energy?
Legacy grids were designed for one-way energy flow, but the growth of solar farms now requires two-way flow. AVEVA PI System enables Energy Queensland to bring together grid, weather and geographic constraint data in real time. This unified data management gives engineers the dynamic analytics they need to intelligently manage energy flows, accommodate renewable electricity fed back into the grid and adapt the network to the new electricity market.
What is dynamic network capacity assessment and why does it matter?
Traditionally, a network's capacity is defined statically based on the worst-case weather scenario, which underuses assets in favorable conditions. AVEVA PI System and PI Vision allow Energy Queensland to carry out dynamic real-time assessments by combining network, weather and geographic data. The result: potential asset utilization improvements of more than 20%, with no additional physical investment. It is an emblematic use case of digital transformation in the energy sector.
What role does AVEVA PI Vision play in monitoring a power grid?
AVEVA PI Vision gives Energy Queensland engineers real-time visualization of critical network indicators. Interactive dashboards combine electrical, weather and mapping data, making it easier to identify constraints and opportunities. This visualization layer builds on AVEVA PI System to turn raw data into actionable information in the control room, speeding up decision-making and improving the economic management of energy flows across a vast, weather-sensitive territory.
How can a power grid be managed across a vast territory with changing weather conditions?
Queensland has highly variable weather conditions that directly affect the network's actual capacity. AVEVA PI System integrates weather data feeds with real-time electrical measurements, allowing engineers to continuously adapt energy flow management. This agility would be impossible with static assessments. The platform turns geographic and climatic complexity into an operational advantage by releasing the full capacity available under current conditions.
What business benefits does an electricity operator gain from smart data management?
For Energy Queensland, AVEVA PI System demonstrated potential asset utilization improvements of more than 20%, creating considerable value without additional network investment. Economic management of energy flows reduces operating costs while facilitating the integration of renewables. This digital transformation prepares the operator for the challenges of an evolving electricity market and the energy transition, two strategic issues for any modern utility.