Six-building commercial campus identifies over AU$200,000 in potential savings

A leading real estate group strengthened operational and energy efficiency across its multi-building campus as part of its broader net zero strategy. By unifying data and performance visibility across six buildings, the organization identified significant efficiency opportunities and established a scalable approach it can replicate across other sites in its portfolio.

Impact Highlights

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Over AU$200,000 in potential energy savings uncovered

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Identified 1,700 hours of energy inefficiencies

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Enhanced tracking toward net zero goals

Fragmented systems limited visibility across the campus and highlighted the need for a unified, scalable platform

Across its six-building campus, the organization operated a wide range of mechanical systems including energy meters, boilers, chillers, and air-handling units. Each system functioned independently. With more than 144 connected equipment assets and over 15,000 data points stored in separate interfaces, the team lacked a single view of performance or energy use.

The fragmentation made it difficult to pinpoint inefficiencies or understand how equipment behavior affected consumption. As a real estate group with ambitious net zero targets, they needed a unified platform that could improve operational and energy efficiency on this campus and scale across additional sites in their wider portfolio.

Integrated data created clearer visibility and a foundation the group can scale

The Johnson Controls team connected energy meters, boilers, chillers, and air-handling units across all six buildings into a centralized platform. By integrating the campus through the Metasys Building Automation System (BAS), OpenBlue Net Zero Advisor, and OpenBlue Equipment Performance, the team gained a unified view of performance, energy use, and equipment behavior.

This approach consolidated data from more than 15,000 points into one interface, enabling real-time monitoring, quicker identification of inefficiencies, and more informed operational decisions. The unified platform also provides a scalable foundation the real estate group can extend to additional sites as it advances its net zero goals.

Significant financial and efficiency gains uncovered

With a unified view of systems across the campus, the organization uncovered major opportunities to reduce energy waste and strengthen operational performance.

Key impact included:

  • 1,700 hours of energy inefficiencies identified
  • Over AU$200,000 in potential energy savings uncovered
  • Improved visibility and tracking toward net zero targets

About Stockland Australia OpenBlue

The organization is an Australian real estate group with a diverse portfolio that includes residential communities, commercial properties, and mixed-use developments. The company manages assets across regions and focuses on long-term performance, sustainability, and achieving its net zero objectives.

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About the facility

Campus size: 88,000 m2 across 6 buildings

Connected equipment:

  • 50+ energy meters
  • 12 boilers
  • 15 chillers
  • 67 air-handling units
  • 144+ connected equipment assets
  • 15,000+ data points

Implemented solutions:

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