Wyong Court House

CLIENT

BGIS

SERVICE

BESS & Solar

LOCATION

NSW

TIMELINE

8 weeks

PROJECT INFORMATION

The project included the installation of a Chelion Matrix CIAO 60kW/108kWh Battery Energy Storage System (BESS) alongside the newly installed solar system. The project presented significant logistical and operational challenges, notably due to the battery system's substantial size and weight. Operating under a stringent deadline, the team successfully delivered the project from initial site risk assessment through to the final testing and commissioning of the system.

OBJECTIVES & PRIORITIES

Fit for Purpose
(compliant)

Cost
Savings

Quality
Workmanship

Fast Response
Deadlines

EXECUTION PHASES

Preliminary Site Assessment: A thorough on-site risk assessment was conducted with the project engineers for a comprehensive evaluation of job requirements, followed by the completion of a Job Safety Analysis (JSA).
Design and Planning: Custom design and drawings for the BESS installation were developed, taking into account the specific needs and constraints of the site.
Logistical Preparation: Due to the size and weight of the BESS, the project involved the removal of a louvre to facilitate the ingress of the system, requiring careful planning and execution.
Installation: The Chelion Matrix CIAO 60kW/108kWh BESS was supplied and installed, alongside a dedicated battery switchboard, complete with all necessary cabling and containment measures.
Post-Installation: Following the successful installation, the removed louvre was reinstalled, preserving the site’s structural integrity and aesthetic.
Testing and Commissioning: Comprehensive testing and commissioning were conducted to ensure the installation met all operational, safety, and compliance standards.
Site Clean-Up: The project concluded with a thorough clean-up of the worksite, ensuring it was left in a pristine condition.

CHALLENGES & SOLUTIONS

Size and Weight of the BESS: The physical dimensions and weight of the BESS posed significant logistical challenges. A delivery plan was developed, with cranage coordinated to safely lift the battery into place.

Tight Deadline: The project was constrained by a critical deadline. To address this, the project team completed all prep work out of hours to allow for the installation to be completed over one weekend when the courthouse would not be operating.

Safety and Compliance: Given the complexity of the installation and the operational risks associated with battery systems, a rigorous approach to safety and compliance was essential. This was achieved through detailed risk assessments, adherence to best practices in electrical installation, and continuous monitoring throughout the project lifecycle.

ACHIEVEMENTS

Successful Installation: The project team successfully installed the BESS within the stipulated timeline, overcoming significant logistical hurdles.

Enhanced Energy Efficiency: The installation of the BESS significantly boosted the client's capacity for energy storage and management, aligning with their sustainability goals.

Safety and Compliance: The project was completed with an exemplary safety record, meeting all regulatory standards and codes of practice.

CONCLUSION

The Chelion Matrix BESS installation project stands as a testament to the feasibility of integrating advanced energy storage solutions under challenging conditions. Through meticulous planning, innovative problem-solving, and a commitment to safety and compliance, the project team delivered a high standard within a constrained timeline. This case study highlights the importance of adaptability, technical expertise, and project management in the successful deployment of complex energy systems.