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RP1014: Impact of Energy Efficient Pool Pumps on Peak Demand, Energy Costs and Carbon Reduction

Project leader name: 
Associate Professor Alistair Sproul
Project status: 
Complete
Project period: 
03/2014 to 03/2017

Residential swimming pool pumps use significant amounts of energy.  At present about 10 per cent of Australian homes have a swimming pool yet they contribute to approximately 0.5 per cent of Australia’s total annual greenhouse gas emissions (~ 3 Mt of CO2). 

Conventional pool pumping systems utilise fixed speed AC electric motors.  Variable speed motors capable of running at slower speeds than conventional motors are a simple energy efficiency retrofit that can deliver energy and carbon reductions of about 75 per cent.  Pool pumps are also a significant with respect to their impact on peak demand.  This project aims to investigate the technical and economic opportunities of a number of pool pump systems to establish the optimum system that can deliver: reduced energy usage and cost to consumers, minimise impact on the grid in terms of peak demand and minimise carbon emissions. 

Details of the next phase of this project are here.  

Publications related to this project

News Article

Energy guzzling appliances, oversized houses and poor thermal performance mean some households are paying up to $12,000 a year in power bills, new research into residential energy use has found.

Peer Reviewed Research Publications

The operation of an unglazed, open-loop, solar-collector for residential ...

CRCLCL Project Reports

A whole system approach was adopted to optimise a residential pool filtering system. This project presents for the first time, the experimental measurements of the pool water quality (i.e., the chemical concentrations) and all energy-consuming components when operating the filtering system at...

Peer Reviewed Research Publications

Published for the ISES Solar World Congress 2017 - IEA SHC International Conference on Solar Heating and Cooling for Buildings and Industry.

CRCLCL Project Posters
Student Poster – Participants Annual Forum 2017 - Jianzhou Zhao IMPACT OF ENERGY EFFICIENCY POOL PUMPS ON PEAK DEMAND, ENERGY COSTS AND CARBON REDUCTION
Fact sheet

Significant dollar and carbon savings can be achieved by implementing simple changes to the way you run your residential pool pump.

CRCLCL Project Posters
Student poster - Participants Annual Forum 2016 - Jianzhou Zhao Impact of energy efficiency pool pumps on peak demand, energy costs and carbon reduction
CRCLCL Project Posters

Student poster - Participants Annual Forum 2015 - Jianzhou Zhao

Impact of energy efficient pool pumps on peak demand, energy costs and carbon reduction