Auckland Airport Construction

Powering a tower crane with battery energy storage brings positive change

Powering a tower crane with Battery Energy Storage brings positive change

During the extension of the Auckland airport project, a mid-sized Battery Energy Storage System (BESS) was put into operation to power a tower crane and the construction site. This move resulted in a significant decrease in fuel consumption and CO2 emissions, enabling the customer to attain their sustainability objectives.
  • The Challenge

    Sustainable power for airport construction

  • The Solution

    Powering a tower crane with a generator and BESS

  • The Impact

    Sustainable construction meets deadlines and goals

Client:Hawkins Ltd

Location:Auckland, New Zealand

Sectors:Construction

The Challenge

Sustainable power for airport construction

Hawkins, a subsidiary of the Downer Group and a leading construction business in New Zealand, was tasked with the construction and delivery of the new Auckland Airport domestic jet terminal building.

Committed to decarbonisation, Hawkins actively seeks opportunities to achieve its net zero emissions targets. For this project, they reduced energy usage by employing a highly efficient Liebherr fibre crane. To power the tower crane and adjacent construction site, they also required a sustainable, cost-effective solution to save on fuel and emissions.

Having successfully worked with Aggreko on smaller-scale hybrid solutions, Hawkins was confident in battery energy storage system (BESS) technology. However, this project presented new challenges.

A larger-scale setup was necessary to power the expanded construction site, and with the site not having any power infrastructure, there was no margin for delays in equipment delivery or on-site troubleshooting. 

Hawkins needed a seamless, reliable power solution to meet sustainability goals while adhering to their tight construction timeline. 

1 x 500Diesel generator
1 x 500Battery Energy Storage
29,890Of fuel saved
80CO2 saved
7Project duration

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