Smart Water Grid Market

Smart Water Grid Market: North America to Remain Dominant in the Market: Global Industry Analysis 2012 - 2016 and Opportunity Assessment 2017 - 2026

  • 2017-12-08
  • REP-GB-5376
  • 170 pages
  • Format: PDF/PPT/Excel

An Incisive, In-depth Analysis on the Smart Water Grid Market

This study offers a comprehensive, 360 degree analysis on the Smart Water Grid market, bringing to fore insights that can help stakeholders identify the opportunities as well as challenges. It tracks the global Smart Water Grid market across key regions, and offers in-depth commentary and accurate quantitative insights. The study also includes incisive competitive landscape analysis, and provides key recommendations to market players on winning imperatives and successful strategies.

A smart water grid is referred to a real-time two-way network equipped with sensors and devices for continuous & remote monitoring of the water distribution system. Smart water meters deployed in smart water grids are capable of monitoring several parameters such as temperature, flow rate, quality, and pressure. Smart water grids find their application in utilities, and commercial and residential buildings.

Growing Emphasis on Reduction in Non-revenue Water to Impact Demand for Smart Water Grids

Priorities toward carbon footprint reduction and financial savings have driven water utilities to optimize management and operations via deployment of advanced analytical & ICT software, design & engineering services, automation & control and associated hardware. Urban water systems face resiliency and sustainability challenges such as response to draught & natural disasters, quality issues, overuse, and water leaks, which can be addressed with the help of ICT. Emphasis is growing on reduction in non-revenue water, along with restructuring of old infrastructure and necessity for accurate billing. High non-revenue water levels indicate poor management in water utilities, which can be resolved by adopting technologies such as sensors, data analytics, and smart meters in water distribution network for controlling losses. Stricter guidelines have been imposed by governments across the globe concerning regulation of water circulation network, and preservation, which in turn is fostering demand for smart water grids.

Factors such as robust population growth, urbanization, global warming, and geographic variations have created huge demand for water. Growing urbanization directly puts immense pressure on water infrastructure, thereby elucidating imperativeness of developing smart water grids for effective management of water supply and consumption. Various countries such as India and Saudi Arabia are focusing to prioritize water wastage and conservation, particularly in the regions’ draught-affected parts. Future Market Insights’ recently compiled report projects the global smart water grid market to register a CAGR of nearly 20% throughout the forecast period. Revenues from the market are estimated to surpass US$ 50,000 Mn by 2026-end.

Key Research Findings from FMI’s Report on Smart Water Grid Market

  • North America will continue to dominate the global smart water grid market, followed by Europe. Factors such as need for reduction in billing errors and disputes from customers, and availability of advanced technologies are driving the smart water grid market in these regions. Asia-Pacific excluding Japan (APEJ) is also expected to be a lucrative region for expansion of the smart water grid market, owing to its large population and commercialization.

  • ICT & analytical software forms the fundamental technology in smart water grids, as it represents mindset of users and behavioral economics in terms of water consumption. Numerous governments are focusing on discovering relationship between response from technologies & smart devices and real-time water distribution data, which impact the consumers’ ingesting behavioral fluctuations. Although smart infrastructure is projected to account for the largest market revenue share, revenues from ICT & analytical software will register the fastest expansion in the market during 2017 to 2026.

  • Smart Water Grids will find the largest application in utility, with revenues estimated to reach nearly US$ 25,000 Mn by 2026-end.

Competition Tracking

Leading players in the global smart water grid market are making huge investments in research and development activities, with an aim of developing new & better control and automated smart water grids integrated with analytical & ICT software. This will further minimize the risk related to monitor theft & tinkering, and reduce the water distribution costs. Data fortification has gained increased interest among these players, as demands are becoming more personal & subtle. In addition, cost efficiency will continue to be a primary consideration for commercial and household administration solutions.

FMI’s report has profiled key players actively operating in the global smart water grids market, which include Xinapse Systems Ltd, Prezi Inc., ICT, co., Ltd., Wetsus, The Whitmore Group, ABB Group, Arqiva, Toshiba Corporation, Neptune Technology Group Inc., Schneider Electric, Badger Meter, Inc., Itron Inc., Sensus Worldwide Holdings Ltd., and Siemens AG.

Future Market Insights (FMI) has recently compiled a comprehensive report, titled “Smart Water Grid Market: Global Industry Analysis (2012-2016) and Opportunity Assessment (2017-2026)”. This report delivers precision analysis & insightful forecasts on global smart water grid market. The report has examined the global smart water grid market in detail, comprising key market dynamics inclusively. In addition to providing intelligence about restraining factors, fostering factors, and latest trends affecting the market expansion, analysis on data across multiple market parameters has also been delivered by the report to gain significant market numbers for smart water grid.

Report Structure

The report’s starting chapter offers an executive summary of the global market for smart water grid. A précis of the global smart water grid market has been provided in the report. In addition, relevant market numbers such as the historical (2012-2016) CAGR and the forecast (2017-2026) CAGR have been provided, particularly regarding the market segments. Based on sales growth and revenues collected from smart water grid sales, information about financially rewarding regions for expansion of the smart water grid market has been delivered in the report.

A chapter titled overview succeeds the executive summary of the global smart water grid market. This chapter incorporates a definition of “smart water grid” that follows an incisive market introduction. The overview of global smart water grid market represents a clear scenario of the global smart water grid market’s broad scope to report readers. The chapters subsequent to the overview shed light on important dynamics impacting global smart water grid market, and engulfs key points including the fiscal stimulus, the bottom line of enterprises, and the global economy. Following chapters in the report comprise information pertaining to the smart water grid market’s pricing analysis and cost structure.

Market Taxonomy

The report further examines global market for smart water grid based on a segmentation analysis. The global market for smart water grid has been categorized by the report into three key segments namely, application, technology, and region. Revenue and Y-o-Y growth comparison, coupled with market share comparison of the market segments have been contained in the report, in order to deliver the most significant market numbers corresponding to segmentation analysis. The report characterizes the global smart water grid market into six key regions namely, Asia-Pacific excluding Japan (APEJ), Latin America, Europe, Japan, North America, and Middle East & Africa (MEA).




  • North America

  • Smart Infrastructure

  • Residential

  • Latin America

  • Control & Automation

  • Commercial

  • Europe

  • ICT & Analytical Software

  • Utility

  • Japan

  • Design & Engineering


  • APEJ



  • MEA



 Competition Landscape

A scrupulous analysis on the global smart water grid market’s competitive landscape has been provided by the report, which incorporates information on prominent industries performing well in the market. Occupancy of leading market participants has been tracked by the report by using an intensity map. This chapter emphasizes on profiling the market participants rigorously, offering Insights about these players based on SWOT analysis that illuminates strength, weakness, opportunity, and threat impacting that specific market participant. Information on key developments, company overview, product overview, and key financials regarding market players has also been contained in this culminating chapter of the report. Competition landscape chapter is crucial for clients purchasing this report, as it delivers all necessary knowledge pertaining to the companies, along with their novel strategies to stay at the market’s front edge.

Research Methodology

A proved & tested research methodology has been adhered to by analysts at FMI while developing this market research report, which has helped them in delivering precise and accurate insights associated with the smart water grid market. The research methodology used entirely depends upon the primary and secondary researches, to further gain necessary information on global smart water grid market. The information attained has then been validated by analysts several times, only to ensure its authenticity and to make it an authoritative source of reference for report readers.

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