Cutting Costs While Educating the Future

Educational institutions face significant challenges with rising energy costs, sustainability pressures, and the need for reliable hot water services in student accommodation. Quantum Heat Pumps provide an efficient, cost-effective solution tailored to these specific demands, ensuring that student dormitories, kitchens, and communal spaces have reliable hot water without inflating your operational budget. 

Common Challenges in Student Accommodation

Escalating energy bills: With hot water usage running 24/7 across dormitories and kitchens, heating costs are a major concern. 

Sustainability pressures: Institutions are increasingly focused on reducing carbon emissions and meeting environmental goals. 

Aging infrastructure: Old gas and electric systems often lead to breakdowns, frustrating students and staff. 

Budget constraints: With limited resources, schools need a solution that saves money in the long run without a large upfront cost. 

Our Solution

Up to 70% energy savings: Quantum Heat Pumps reduce operational costs while providing hot water for high-demand environments like dormitories and sports facilities.

Reliable hot water: Our systems ensure uninterrupted hot water service, even during peak times, reducing complaints from students and staff. 

Sustainable and compliant: By switching to Quantum, schools meet their sustainability targets and reduce CO2 emissions significantly. 

Low-impact installation: Quantum’s modular design allows for quick installation, ensuring minimal disruption to student life. 

Case Study
Challenge
UNSW’s student accommodations faced high energy bills and an unreliable hot water supply in their facilities. Their aging gas systems are breaking down and costly to maintain, and the university was looking for a more sustainable, cost-effective solution that aligned with their carbon reduction goals. 

Solution

Quantum is proposing to install 16 Titan Heat Pump units, capable of handling a peak load of 16,292 liters of hot water per day across two accommodation towers. The heat pump systems will be installed with minimal disruption to students. 
Results:

Energy savings: The Quantum system reduced annual energy usage by 235,568 kWh, resulting in yearly savings of $38,727 compared to gas systems. 

Reduced CO2 emissions: The switch to Quantum reduced annual CO2 emissions by 24 tons, aligning UNSW with its sustainability goals. 

Fast ROI: The investment paid for itself in less than 0.89 years, thanks to significant savings in energy costs and available rebates. 

Why Choose Quantum for your Educational Institution? 

Ready to Reduce and Increase efficiency?

Contact us today to learn how Quantum Heat Pumps can provide reliable, energy-efficient hot water for your student accommodation or school sports facility.