Property

Property

Increasingly, Goodman’s sustainable properties have innovative features that improve energy efficiency, performance and the well-being of our customers.

As a key partner in our customers’ supply chain, we know the value of strategically located properties. We prioritise accessibility, efficiency and functionality in properties that can adapt to a range of uses and are designed with climate resilience top of mind.

We build long-term relationships with our customers and pride ourselves on maintaining high retention and occupancy rates.

Material issues

  • Sustainable design and management
  • Strategic locations
  • Customer attraction and retention
  • Climate risk and resilience
  • Carbon reduction strategies
  • Smart energy solutions
  • Flexible and adaptable properties.

Target

400MW of solar PV capacity in operation by 2025

Progress

Increased our target of 100MW of solar PV installed on our rooftops by 2025 to 400MW

Currently, there is approximately 50MW installed and operating globally

Completed new installations in Australia, China and Europe with several more planned

Target

100% renewable energy use within our operations by 2025

Progress

Continued investments in solar PV to provide renewable energy at our properties

Significant current use of renewable energy in UK, Europe and New Zealand

Looking at ways to supplement our transition to renewable energy through renewable power purchase agreements

Target

Carbon neutral operations by 2025

Progress

Approximately 15% energy reduction across the Australian office portfolio

Further investment in onsite solar energy and other efficiency projects

Investigating ways to offset residual carbon to achieve carbon neutral day-to-day operations (excluding development activities)

Target

Maintain >95% overall occupancy rate

Progress

Achieved a 97.5% occupancy rate.

Our specifications differ across our global regions but common
sustainability features in our developments include:

  • Strategic site selection close to infrastructure, consumers and transport
  • Integrated energy-efficient design including automated LED lighting
  • Electrical sub-metering for performance monitoring and measurement
  • Solar PV on rooftops to generate clean energy
  • Increasing installations of charging points for electric vehicles
  • Water conservation including rainwater harvesting and drought tolerant/native landscaping
  • Use of low volatile organic compound materials
  • Facilities that support good health such as bicycle storage, fitness equipment and change rooms.