Water distribution systems play a very important role in modern lives. However, the supply of fresh water is also a very energy intensive activity. Estimates show that between 3 to 5% of a city's electricity consumption is used to power the water distribution system. clearly reducing this energy consumption or at least shifting it to times when electricity is cheap, makes intuitive sense. Unfortunatly, the water systems are complex and while reducing cost is great, nobody wants to be left without water. So the optimisation of the operation of water distribution systems is computationally difficult problem.
This site aims to provide a wide range of networks allowing all sorts of comparisons of water distribution optimisation methods. Download common benchmark networks and their simplified versions, upload your own networks or simplifications. Share the schedule you found as well as an indication of the computational effort involved.
Suitable for use in lectures and simply testing methods Comparission of published methods for the simple example network
Of course you've seen this one before. Comparission of published methods for the Van Zyl Network
Of Course you've seen this one before. It is available from: Exeter university . Comparission of published methods for the Richmond skeleton network
You've done work on one of the networks above nad want to share you're results. Share results for own of the networks listed above
This site doesn't have the network you work with? Share your .inp file with us and we'll upload it for everyone to work with. Please ensure you have the permissions to do so before sharing them with us. Share a network with us!