Empowering Education : Energy Efficiency Program (Schools Upgrade Initiative)

Program Overview

Category: Energy Efficiency / Infrastructure Upgrade
Client: NSW Department of Education
Project Name: Statewide School Energy Efficiency Upgrade Program
Location: New South Wales, Australia
Project Type: Capital Works Delivery, Energy Efficiency
Project Duration: 2013
Project Value: ~$50m total program value (~$2m per school)

Strategic Objective

To significantly reduce energy, water, and operational costs across the NSW public school portfolio through a scalable, data-driven energy efficiency program targeting 25 schools as a pilot to a broader 250 schools program forecast for 2014-2018.

The Challenge / Need

The NSW Government initiated an ambitious program to retrofit and upgrade hundreds of schools, many with:

Poor visibility of asset performance
Ageing infrastructure (lighting, HVAC, Lighting and electrical systems)
High energy consumption, particularly in sealed schools under flight paths with heavy HVAC dependence
Limited data to support investment-grade decision making

The challenge was not only technical—but strategic:

Establish a baseline of accurate asset data
Create bankable business cases for each school
Deliver upgrades at scale, speed, and consistency
Maintain strong financial performance across diverse asset profiles

Our Approach

We delivered the program in two structured stages:

Stage 1 – Asset & Energy Intelligence

Conducted comprehensive energy and asset audits across schools
Captured detailed data across:
- Lighting (internal, external, emergency)
- HVAC systems and fans
- Insulation, glazing, and building envelope
- Electrical infrastructure
- Water systems and consumption
- Renewable energy opportunities
Correlated asset performance with actual energy consumption data

This enabled the development of:

Site-specific business cases
Optimised upgrade pathways
Financial modelling with clear ROI outcomes

Stage 2 – Delivery & Upgrade Rollout

Competitively bid and secured delivery of initial 25 high-priority schools
Porgram a Proof of Concept Lessons Learnt to the Department prior to a potential 250-school program
Implemented standardised yet flexible upgrade packages across assets

Solution & Key Deliverables

Across the portfolio, the program delivered:

Energy & Electrical

Installation of ~100kW solar PV systems per school
Full lighting upgrades (including ~37,700 light replacements across 25 schools)
Upgraded electrical switchboards
Power Factor Correction Device installations
Substation/Kiosk upgrades

HVAC & Air Movement

Replacement and optimisation of HVAC systems
Transition from AC to high-efficiency DC fan systems

Building Envelope

Replacement of glazing and window systems
Application of solar control films

Water & Sustainability

Installation of water-saving taps and systems
Stormwater harvesting for non-potable reuse

Site & Environment

Tree removal and replanting to improve solar access and shading balance

Value-Added Differentiators

Integrated audit-to-delivery model – eliminated disconnect between strategy and execution
Data-driven business cases – ensured confidence in investment decisions
Portfolio-scale delivery capability – consistent delivery across 250 assets
Strong commercial outcomes – projects delivered under competitive bidding environments

Risks & Challenges

Managing heterogeneous asset conditions across 25 schools
High energy intensity of sealed schools with large HVAC systems
Coordinating works across operational school environments
Scaling delivery while maintaining quality and consistency
Ensuring financial outcomes remained attractive across varying school sizes

Outcomes

Delivery of upgrades across 25 schools City wide
Average project cost of ~$2M per school
Achieved payback periods of 2.1 – 2.7 years
Delivered internal rates of return exceeding 35%
Significant reductions in:
- Energy consumption
- Water usage
- Operational costs
Received formal commendation from the Department of Education asset management leadership

Key Insight

This program demonstrated that large-scale public infrastructure portfolios can achieve rapid financial returns while delivering meaningful environmental outcomes—when underpinned by high-quality data, structured delivery, and disciplined financial modelling.

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