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Case Studies

Forward moving companies can benefit from the tools and services we provide. Here are some examples:

Team Global Express: Pioneering Sustainable Logistics with BEV Fleet Electrification 

Team Global Express: Pioneering Sustainable Logistics with BEV Fleet Electrification 

Introduction 

Team Global Express (TGE), a leading transportation and logistics company operating across Australia and New Zealand, is taking significant steps to reduce its environmental footprint. Managing over 13,000 delivery vehicles, TGE is committed to becoming the most sustainable logistics operator in the region. Recognising the logistics sector's substantial contribution to greenhouse gas emissions, the company is determined to lead the way in mitigating these impacts. 

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Objectives 

  • Fleet Electrification: Replace 60 diesel-powered trucks with battery electric vehicles (BEVs)—including 24 Daimler Fuso eCanters and 36 Volvo FLs—in the largest BEV trial in Australia's logistics sector. 

  • Optimised Charging: Implement charging strategies that optimise both price and demand, ensuring efficient energy use. 

  • Energy Storage Integration: Deploy and control a 500 kW/1 MWh on-site battery energy storage system (BESS) to maintain electrical stability while generating revenue through wholesale energy arbitrage and reducing costs via demand charge minimisation. 

  • Data Insights: Extract and share insights from the diverse data sources generated by the monitored assets. 

  • BEV Adoption Evaluation: Assess the operational, economic, and environmental impacts of large-scale BEV adoption over five years. 

​​Approach 

At its Western Sydney depot in Bungarribee, Eastern Creek (NSW)—a critical hub handling nearly 200 heavy vehicles daily—TGE launched the "Depot of the Future Vehicle Electrification Project." This initiative is the first major step under TGE's Decarbonisation Strategy, aiming to reduce Scope 1 emissions by 30% by 2030 and achieve a 75% renewable energy target in facilities by 2025. 

MTA Energy, as TGE's electricity retailer and energy solutions partner, played a pivotal role in this project. Collaborating closely with TGE, MTA Energy: 

  • Electrical Infrastructure Upgrade: Oversaw the upgrade of the depot's electrical infrastructure to accommodate the new BEV fleet and energy systems. 

  • BESS Installation and Management: Installed a 500 kW/1 MWh BESS to support the energy needs of the BEVs and enhance operational efficiency.

At its Western Sydney depot in Bungarribee, Eastern Creek (NSW)—a critical hub handling nearly 200 heavy vehicles daily—TGE launched the "Depot of the Future Vehicle Electrification Project." This initiative is the first major step under TGE's Decarbonisation Strategy, aiming to reduce Scope 1 emissions by 30% by 2030 and achieve a 75% renewable energy target in facilities by 2025. 

  • ​​Proprietary Dispatch Algorithms: Utilised advanced algorithms to manage the BESS dispatch, maximising on-site electricity cost savings and ensuring the depot is supplied with 100% renewable electricity year-round. 

  • Renewable Energy Integration: Facilitated seamless integration of renewable energy sources into the depot's operations, contributing to TGE's sustainability goals. 

​Results 

  • Industry Leadership: Positioned TGE as a pioneer in fleet electrification, offering a replicable model for other logistics operators. 

  • Decarbonisation Progress: Made significant strides towards decarbonisation goals by transitioning to a cleaner, renewable-powered logistics model. 

  • Enhanced Operational Efficiency: Achieved cost savings and energy efficiency through MTA Energy's management of the BESS and optimised energy use. 

  • Stakeholder Confidence: Built trust in the reliability, long-term economic benefits, and environmental advantages of BEV and BESS technology by transparently sharing results. 

  • Emissions Reduction: Validated BEVs as effective solutions for reducing emissions in urban logistics, especially in distribution centre-to-city operations. 

  • Economic Solutions: Provided practical answers to economic barriers like high upfront costs, energy expenses, and infrastructure challenges through real-world testing. 

Through the "Depot of the Future Vehicle Electrification Project," TGE has set a new standard for sustainable logistics in Australia. The collaborative efforts with MTA Energy not only advanced TGE's decarbonisation goals but also demonstrated the critical role of innovative energy solutions in large-scale BEV integration. The project's success highlights the operational feasibility and economic viability of transitioning to electric fleets, offering valuable insights for the logistics sector's move towards a greener future. 

Conclusion 

Through the "Depot of the Future Vehicle Electrification Project," TGE has set a new standard for sustainable logistics in Australia. The collaborative efforts with MTA Energy not only advanced TGE's decarbonisation goals but also demonstrated the critical role of innovative energy solutions in large-scale BEV integration. The project's success highlights the operational feasibility and economic viability of transitioning to electric fleets, offering valuable insights for the logistics sector's move towards a greener future. 

TK Maxx and MTA Energy: Rapid ROI through Advanced HVAC Control at Marsden Park Processing Centre 

TK Maxx and MTA Energy: Rapid ROI through Advanced HVAC Control at Marsden Park Processing Centre 

Introduction 

TK Maxx, a leading off-price apparel and home fashion retailer, operates a significant processing centre in Marsden Park, Sydney. Having already significantly reduced its electricity spend by moving to MTA Energy's wholesale tariff, TK Maxx was keen to enhance cost savings further through asset control. Ensuring optimal working conditions for staff while managing operational costs is crucial for their business. 

By leveraging advanced algorithms and energy management strategies, MTA Energy aimed to optimise the control of the distribution centre's HVAC systems without compromising employee comfort. 

Objectives 

  • Energy Cost Reduction: Optimise the control of 12 HVAC units totalling 600 kW to reduce energy costs, particularly during peak demand periods. 

  • Maintain Comfort Levels: Ensure that the indoor environment remains comfortable for staff, with no adverse impact on working conditions. 

  • Rapid ROI: Achieve a swift return on investment for the capital expenditure involved in implementing the advanced control systems. 

 

Approach 

MTA Energy implemented its proprietary algorithms to control the 12 HVAC units at the Marsden Park distribution centre. The strategy involved: 

  • Wholesale Spot Market Integration: Adjusting HVAC operations based on real-time electricity prices in the wholesale spot market to capitalise on lower rates. 

  • Demand Window Management: Reducing energy consumption during peak demand periods when distribution charges are at their highest, without affecting indoor comfort. 

  • Advanced Control Systems: Installing smart controllers and sensors to monitor and adjust HVAC performance dynamically. 

  • Data Analytics: Continuously analysing energy usage patterns and environmental conditions to refine control strategies. 

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Results 

  • Significant Cost Savings: Achieved substantial reductions in energy costs through optimised HVAC control. 

  • Rapid Payback: Realised a return on investment within just 10 weeks for the capital expenditure on the control systems. 

  • Maintained Comfort: Successfully kept indoor comfort levels high, ensuring no disruption to staff productivity or satisfaction. 

  • Operational Efficiency: Improved overall energy efficiency of the HVAC systems, contributing to TK Maxx's sustainability goals. 

  • Scalable Solution: Established a model that can be replicated across other facilities for further cost savings and efficiency improvements. 

The collaboration between TK Maxx and MTA Energy at the Marsden Park processing centre demonstrates the powerful impact of advanced energy management solutions. By intelligently controlling HVAC operations in response to market conditions and demand periods, significant cost savings were achieved without compromising on comfort. 
Energy Management- Dashboard

​Conclusion 

The collaboration between TK Maxx and MTA Energy at the Marsden Park processing centre demonstrates the powerful impact of advanced energy management solutions. By intelligently controlling HVAC operations in response to market conditions and demand periods, significant cost savings were achieved without compromising on comfort. 

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This case study highlights the potential for rapid ROI when investing in smart energy solutions. MTA Energy's expertise not only delivered immediate financial benefits but also contributed to TK Maxx's commitment to sustainable and efficient operations. The success of this project sets a precedent for other organisations seeking to optimise energy use and reduce operational costs. 

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