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The Impact Of Adopting A Water Information Platform On A Utilities Business Model
Sander Smit, Mireia Tutusaus, Klaas Schwartz, Edward Curry, Thomas Messervey, Riccardo Puglisi
, Insight Centre for Data Analytics, National University of Ireland Galway, Ireland
, R2M Solution
Sub-theme 5: Financing, investment and pricing schemes,
Waternomics is an EU funded research project to reduce water consumption of corporate and domestic users by providing water managers and consumers with timely and actionable information about water usage and water availability. These decision support services are enabled by an underlying Water Information Platform which involves the use of sophisticated ICT systems. The deployment and use of such ICT systems has a large impact on the business model of a water utility. It not only effects the relationship with the customer and the channels through which utilities communicate with customers, but also requires new skills of personnel, a new cost structure and new business partners. Today, the introduction of smart water technology is often driven by water conversation plans under 'efficiency' programs. Since efficiency has many folded meanings for utilities, research is done on the drivers for adopting smart water technology and the impact on operational efficiency of water utilities.
To gain understanding about the current water utility business models a market consultation and desk research have been executed in multiple European countries. Through interviews with practitioners and policy makers, two roundtable sessions and the study of publications and reports, business models and value networks have been investigated. Drivers for saving water, business aspects of water management and technical capabilities have been analysed. For a better understanding of the impact of our findings, Osterwalders Business Model Canvas is used for displaying the elements of the utilities business model who are most affected by a Water Information Platform.
The basic function of a Water Information Platform is to collect and link data from different data sources and use this linked data to create and present actionable information to the various end-users. With the use of connected sensors and smart water meters, (near) real-time water usage and status information becomes available. More detailed and real-time information about water consumption and status of the water distribution network could potentially increase the efficiency of a water utility in terms of operational efficiency. Programs yielding for increased operational efficiency are:
* Early leakage detection
* Fraud detection
* Energy efficiency
Understanding the drivers and implications of adopting smart water technologies on the utilities business model, guides the definition of technology selection criteria, implementation strategy and build or buy decisions for a Water Information Platform. The following paragraph shows the possible impact of implementing a Water Information Platform on the individual components of the water utilities business model.
No impact. Due to the physical infrastructure, customers are not able to switch from water provider.
Smart water technology enables the transition towards a service oriented business model. With the combined usage information of their customers, water utilities can start providing personalised recommendations on water saving and conservation to their corporate and domestic customers. Larger water utilities can offer water data analysis as a service to smaller water utilities and consultancy services on water management can be offered to corporate customers.
Providing more detailed and real-time water consumption information, increases customer intimacy and customer dialogue and opens new channels to influence consumer behaviour.
No impact. Water will still be delivered through the water network.
A Water Information System effects revenue positive as well as negative. Field trials show that increased water awareness results in a decrease in water consumption from households, thus less income from the sales of water. New revenue streams can be generated through the offering of consultancy or outsourcing services in the area of water management. Furthermore, smart water technologies enable flexible pricing and contribute to the innovative image of a water utility.
Real-time collection and analysis of water consumption data becomes a new key activity.
The water distribution network needs to be expanded with the Water Information Platform, connecting the various data sources and creating information services. Installation of smart meters, smart pipes, embedded sensors and valves ensure sufficient data sources for a Water Information Platform to function efficiently. Staff with IT skills is required to operate and maintain the Water Information Platform
Utilities need to partner with Technology Providers, who deliver the IT-systems necessary for the Water Information Platform and could partner with other utilities for exchange of data or for providing outsourced water information services.
The installation and maintenance of connected sensors and meters will result in higher operational costs. A Water Information Platform has to be purchased, installed and maintained, either owned or as a service. Service contracts with technology providers need to be arranged, increasing the costs of operation. Also the need for higher skilled personnel will result in higher costs for personnel and training.
More efficient water network management results in lower energy costs and a decrease of non-revenue water. A more efficient use of the source (water delivered/water produced) reduces the need for future investment in intake and production capacity expansion
With the uptake of smart water grids, water utilities are faced with the question if and how these new technology driven services can be deployed within their organisations. Today, adoption of smart water technologies is mainly driven by water conservation programs. Our research shows that having a Water Information Platform could lead to an increased operational efficiency and enables utilities to expand their service portfolio with new, water information related services. However, due to the need for utilities to invest in ICT systems, staff and business processes, each utility has to consider the impact on its business model to determine the right implementation strategy and technology selection in order to maximise return on investment.
1. Britton, T.C. Stewart, R.A. O'Halloran, K.R. (2013) Smart metering: enabler for rapid and effective post meter leakage identification and water loss management, Journal of Cleaner Production, Volume 54, Pages 166-176, ISSN 0959-6526, http://dx.doi.org/10.1016/j.jclepro.2013.05.018.
2. Clifford, E., Coakley, D., Curry, E., Degeler, V., Costa, A., Messervey, T., Andel, S.-J. Van, Giesen, N. Van de, Kouroupetroglou, C., Mink, J., and Smit, S. (2014). "Interactive Water Services: The Waternomics Approach," in 16th International Conference Water Distribution Systems Analysis (WSDA 2014),
3. Curry, E., Degeler, V., Clifford, E., Coakley, D., Costa, A., Van Andel, S.-J., Van De Giesen, N., Kouroupetroglou, C., Messervey, T., Mink, J., and Smit, S. (2014). "Linked Water Data For Water Information Management," in 11th International Conference on Hydroinformatics (HIC 2014), New York, New York, USA.
4. European Environmental Agency (EEA) (2014). Performance of water utilities beyond compliance: Sharing knowledge bases to support environmental and resource-efficiency policies and technical improvements. EEA Technical Report No. 5/2014
5. Frontier Economics (2011), Review of Assessment Papers: Business Models (topic 6): A Report prepared for the National Water Commission, Frontier Economics Pty. Ltd. Australia
6. Hall D. Lobina E. (2012) Water companies and trends in Europe 2012, Public Services International
Research Unit, the University of Greenwich
7. IBM (2011), Smart Water Pilot Study Report, Version 1 7. ITU (2010). ICT as an enabler for smart water management
8. Osterwalder A. (2010), Business Model Generation, self-published ISBN: 978-2-8399-0580-0
9. Sensus (2012),Water 20/20: Brining Smart Water Networks into Focus.
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