Refurbishment of the Moss Vale Civic Centre: How PSB Air Re-engineered Efficiency

Intro

In April 2025, PSB Air successfully delivered a mechanical services refurbishment for the Moss Vale Civic Centre in NSW. Commissioned by the Wingecarribee Shire Council and built by Trinity Fitout Constructions, the project required not only new air conditioning and ventilation systems, but also the re-engineering of an existing installation to ensure compliance, efficiency, and longevity.

This project highlights PSB Air’s ability to adapt live environments, redesign outdated systems, and deliver solutions that extend the operational life of critical infrastructure.

The Challenge

Unlike a clean-slate installation, the Moss Vale Civic Centre required PSB Air to:

• Relocate multiple units from one system to another to match the new building layout.
• Improve energy efficiency while working within the limitations of existing systems.
• Identify and rectify issues from previous installations that could compromise performance.
• Deliver results within a tight timeframe, while ensuring minimal disruption to civic operations.

The Solution

PSB Air’s engineering and on-site coordination transformed challenges into a streamlined outcome:

• System Rearrangement: Units were relocated strategically to align with the new layout and reduce unnecessary costs.
• Refurbishment Approach: By integrating air-cooled VRF systems and mechanical ventilation, PSB Air enhanced performance while extending the life of the system.
• Problem-Solving Expertise: Technical issues from past installations were addressed, ensuring the system operated as intended for the long term.
• Live Environment Management: Work was carried out while keeping parts of the centre operational, requiring precise scheduling and execution.

The Results

The outcome was a refurbished civic centre with a modernized HVAC system that:

• Delivered higher efficiency and reduced long-term operating costs.
• Extended the life expectancy of the existing infrastructure.
• Provided a comfortable, reliable environment for civic events and operations.
• Was completed on time and within budget, despite the complexities of re-engineering.

Why It Matters

The Moss Vale Civic Centre project demonstrates PSB Air’s strength in retrofitting and upgrading HVAC systems in live environments. For councils, builders, and project managers, it proves that engineering expertise and adaptability can deliver better performance without unnecessary cost or disruption.

Call to Action

Looking to refurbish or re-engineer HVAC systems in your building? PSB Air brings the precision, problem-solving, and compliance needed for projects where efficiency and reliability cannot be compromised. Explore more of our projects here.

FAQs

What type of HVAC system was installed during the Moss Vale Civic Centre refurbishment?

The project involved a full refurbishment using air-cooled VRF technology along with updated mechanical ventilation. These upgrades improved efficiency and helped modernise the system without requiring major structural changes.

Was the refurbishment completed in a live environment?

Yes. All works were completed while the facility remained partially operational. Staged planning and careful coordination helped minimise disruption while delivering reliable air conditioning services.

How were compliance and safety addressed during the project?

PSB Air corrected faulty CO₂ sensors, reviewed ventilation performance, and ensured all upgrades met current mechanical and building standards, supporting a compliant air conditioning installation.

Why choose VRF air conditioning systems for a refurbishment project like this?

VRF air conditioning systems provide flexible zoning, stable temperature control and efficient performance. They are well suited to refurbishment projects because they improve comfort and reduce energy use without requiring extensive reconstruction.

How does a refurbishment help extend the life of existing HVAC equipment?

Refurbishment allows key components to be upgraded or re-engineered, improving reliability and reducing running costs. It is often a practical alternative to air conditioning replacement, especially when the base system is still structurally sound.