Greener Roads Ahead: Clean Power Fuels the Coomera Connector Project
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We are excited to share a Sustainability Spotlight on the Coomera Connector project, where Makinex Renewables systems are driving sustainable energy solutions.
By deploying clean power technologies, the project is setting new environmental benchmarks—meeting substantial energy needs while significantly reducing its ecological footprint.
About the Coomera Connector Project
The Coomera Connector, also referred to as the "Second M1," is a major infrastructure project aiming to create an alternative transport route to the existing Pacific Motorway (M1). Spanning 45 kilometers from Loganholme to Nerang, this north-south corridor will connect growing residential and business communities across Logan and the northern Gold Coast.
Clean Power Solutions in Action
Makinex Renewables' advanced energy systems have been deployed to meet the Coomera Connector's power needs sustainably. This approach reduces reliance on traditional generators and minimizes environmental impact. On-site solutions include:- 3 x 5kW Deployable Container Top Solar Units: Efficient, solar-powered units using unused container space for rapid deployment.
- 1 x HPS60 Hybrid Power System: Combines 5kW solar, 60kW lithium batteries, and a backup 88kVA diesel generator to deliver reliable, low-impact energy.
Impactful Sustainability Outcomes
By integrating these clean energy systems, we’re achieving important sustainability goals that align with the broader environmental mission of the Coomera Connector project:
- Power Generation: These systems combined generate above 100kVA of power —more than 3 x 32kVA diesel generators
- Noise-Free Operation: More than 21 hours of zero-noise solar and battery power significantly enhance on-site comfort.
- Fuel Conservation: These systems achieved over 80% reduction in diesel usage leading to more than 80% emission reduction and cost. With the built-in and added Solar components, it achieved 31% net-zero power supply!
- Deployment Efficiency: These plug-and-play systems offer flexible configuration options to meet variable energy demands, supporting both short- and long-term sustainability goals.