A Remote Energy Solution for Moama Bowling Club

Location Echuca Moama, New South Wales

Industry Hospitality and Community Recreation

Service Hybrid Microgrid Solution

Reduced
Energy Costs
Lower
Emissions
2.2 MWh
Battery Storage
502.92 kWp
Solar Capacity

Overview

Moama Bowling Club is a major regional hospitality venue that required a reliable and cost-effective energy system. The club faced the challenge of reducing energy bills, improving resilience during outages, and decreasing dependence on the electricity grid.

A hybrid microgrid was developed to meet these needs, combining solar generation, battery storage, and integration of the existing diesel generator. The result is a more stable and sustainable energy supply for the busy community facility.

Challenges

  • High electricity usage associated with large hospitality operations
  • Increasing operational costs linked to grid reliance
  • Need for reliable backup power during grid instability or outages
  • Requirement for a cleaner, scalable energy solution

Solution

A hybrid microgrid was designed and implemented to deliver reliable and cost-efficient power for Moama Bowling Club.

  • 502.92 kWp solar PV across roof and carpark structures
  • 2.2 MWh Battery Energy Storage System
  • 750 kVA inverter capacity
  • Connection of the existing 846 kVA diesel generator to the microgrid controller for seamless operation

System Specifications

Solar PV
502.92 kWp
Battery Storage
2.2 MWh
Inverter Capacity
750 kVA
Diesel Generator
846 kVA, integrated with controller

Results

Reduced
Energy Costs
Improved
Reliability
Cleaner
Energy Mix
Future-Ready
System
Moama Bowling Club now enjoys a cleaner and more resilient energy supply. The microgrid lowers operating costs, supports uninterrupted operations during outages, and provides a scalable pathway for future energy demands.

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An Energy Park Solution for Euston Bowling Club

Euston Bowling Club is located on the edge of the electricity grid in rural New South Wales. The site faced some of the highest electricity tariffs in the state. As a large market customer, the club was also affected by significant Marginal Loss Factor and Distribution Loss Factor charges. These challenges made the site an ideal candidate for a more efficient and independent energy solution.

A hybrid microgrid was deployed to reduce reliance on the grid, improve resilience, and provide long-term energy security. The outcome is a stable and cost-effective energy supply for one of the region’s most important community hubs.

Over 38 years experience in delivering reliable power solutions across Australia.