Wests Illawarra Leagues Club – Stage 2

Solar Car Park & Renewable Energy Canopy

Location: Unanderra, NSW
Client: West Illawarra Leagues Club
Project Type: Solar Canopy / Solar Car Park
Status: Completed
Delivery Partner: Smart Commercial Energy

124

Solar

32

Car Spaces

30

Pods

7

Days Installation Time

Project Overview

The Stage 2 expansion at Wests Illawarra Leagues Club delivered an additional bay of Canyon Solar’s modular, prefabricated solar canopy system, extending shaded parking, increasing onsite renewable energy generation, and further enhancing the member experience at one of the Illawarra’s busiest community venues.

 

Delivered in partnership with Smart Commercial Energy and building directly on the success of the Stage 1 installation, the expansion added 32 fully undercover parking bays with a waterproof central walkway, creating what has quickly become the most sought-after parking area at the club. With 124 kWp of additional solar capacity now online, the club’s total installed system across all four bays sits at an impressive 484 kWp, delivering a significant reduction in energy costs and a meaningful step forward in the club’s sustainability strategy. The total number of shaded parking spaces at the facility now stands at 152.

The project was completed in just 7 days from site start to handover, a new record for Canyon Solar installation speed, demonstrating the full potential of the factory-first construction model, particularly when foundations and conduit are forward-planned during earlier stages of development.

Project Background

Following the successful delivery of Stage 1, which transformed the club’s main car park into a modern renewable energy asset with 120 shaded parking spaces and 364 kWp of solar capacity, Wests Illawarra committed to expanding the system with an additional canopy bay.

The Stage 2 expansion was designed to maximise the value of planning and infrastructure work completed during Stage 1. Foundations for the new bay were integrated into the base-build of the car park during the original stage, and all underground electrical conduit was pre-installed. This forward-thinking approach meant Stage 2 could proceed without any additional civil works, excavation, or disruption to the existing car park surface.

Key objectives for Stage 2 included:

  • Expanding shaded, all-weather parking for members, guests, and staff
  • Increasing onsite solar generation capacity to further reduce electricity costs
  • Delivering a premium undercover parking experience with a waterproof walkway
  • Completing the installation with minimal disruption to club operations
  • Demonstrating the scalability and speed of Canyon Solar’s modular system

Scope of Work

The Stage 2 expansion involved the design, manufacture, delivery, and installation of an additional modular solar canopy bay, extending the existing solar car park infrastructure at the club.

Scope elements included:

  • Engineering and design of additional modular solar canopy structures
  • Offsite prefabrication of 30 canopy pods
  • Crane-assisted installation of prefabricated pods
  • Integration of Canadian Solar PV modules
  • Electrical reticulation and system commissioning
  • Waterproof central walkway integration

Project Scope

FORWARD-PLANNED FOUNDATIONS AND INFRASTRUCTURE

A defining feature of the Stage 2 project was the elimination of civil works entirely. During Stage 1, Canyon Solar worked with the client to integrate foundations and underground conduit for the future expansion bay into the original base-build. This pre-planning delivered major advantages for Stage 2:

  • Zero excavation or civil works required
  • No disruption to the existing car park surface
  • Dramatically reduced onsite programme duration
  • Lower overall project cost for the expansion
  • Immediate readiness for pod installation upon site mobilisation

This approach showcases the benefit of staging solar car park projects. By planning ahead during initial construction, future expansions become faster, cheaper, and less disruptive.

MODULAR DESIGN AND PREFABRICATION

Consistent with all Canyon Solar installations, approximately 80% of the construction work for Stage 2 was completed offsite in a controlled factory environment. Each solar pod was pre-assembled to include structural steel components, solar module mounting systems, and preliminary electrical integration.

The pods were delivered to site fully loaded with solar panels and installed via crane lift, allowing the entire bay to take shape in a matter of days rather than weeks.

RECORD-SPEED INSTALLATION

The Stage 2 installation set a new benchmark for Canyon Solar project delivery. From site mobilisation to handover, the entire project was completed in just 7 days, a record for installation speed.

This was achieved through a combination of:

  • Pre-installed foundations and conduit from Stage 1
  • Factory-first pod prefabrication with panels pre-loaded
  • Efficient crane logistics and installation sequencing
  • Strong coordination between Canyon Solar and Smart Commercial Energy

The installation took place during a period of extreme heat, with temperatures reaching 36°C on crane day, a testament to the planning, preparation, and professionalism of all teams involved.

Project Outcomes

PREMIUM MEMBER AMENITY

The completed Stage 2 bay features 32 additional undercover parking spaces with a fully waterproof central walkway, creating a premium parking experience for club members. The covered area has quickly become the most popular parking location at the club, offering genuine all-weather protection from sun, rain, and extreme heat.

Combined with the Stage 1 installation, Wests Illawarra now offers 152 shaded parking spaces, a significant enhancement to the overall member experience and a visible demonstration of the club’s investment in modern, sustainable facilities.

 

SUSTAINABILITY AND ENERGY OUTCOMES

With 124 kWp of additional solar capacity, the club’s total installed system now stands at 488.4 kWp across all four canopy bays. This represents one of the largest solar car park installations at a community club in Australia.

Key sustainability outcomes include:

  • Significant reduction in grid electricity consumption
  • Lower long-term energy costs for the club
  • Meaningful reduction in the club’s carbon footprint
  • Alignment with broader community expectations around environmental responsibility

By generating clean energy from existing car park space, the club avoids the need for additional land use while maximising the value of its built infrastructure.

 

DEMONSTRATING SCALABILITY

The Wests Illawarra project, across both stages, is a powerful example of how solar car parks can be delivered in phases to match an organisation’s budget, operational needs, and growth plans. The forward-planning of foundations during Stage 1 made Stage 2 faster, cheaper, and virtually disruption-free.

For clubs, venues, and commercial operators considering solar car parks, the Wests model demonstrates that a staged approach can deliver:

  • Lower upfront capital expenditure per stage
  • Faster installation timelines for subsequent stages
  • Minimal operational disruption during expansion
  • Increasing returns as system capacity grows

Project Significance

The Wests Illawarra Leagues Club Stage 2 project represents a milestone for both the club and Canyon Solar. With a total system now exceeding 484 kWp across four canopy bays and 152 shaded parking spaces, the club has transformed its car park into one of the most impressive solar canopy installations in the community and sporting club sector.

The 7-day installation record underscores the efficiency and maturity of Canyon Solar’s prefabricated delivery model, particularly when combined with forward-planned infrastructure. For clubs and venues across Australia looking to reduce energy costs, improve member amenities, and take meaningful action on sustainability, the Wests Illawarra project provides a clear, proven roadmap.

Is your facility ready for infrastructure that works around you?

Contact the Canyon Solar team today to discuss a feasibility assessment for your site.