Growth Opportunities in Smart Water Metering, India, Forecast to 2030
Water Security and Universal Water Supply Coverage Goal Enhance Potential for Smart Water Management Solutions
30-Aug-2024
South Asia, Middle East & North Africa
Market Research
PFPM-01-00-00-00
EN_2024_983
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Report Summary: Smart Water Metering Market in India
The Smart Water Metering Market in India is expanding rapidly, driven by urbanization, water scarcity, and government-led infrastructure programs such as AMRUT 2.0. Valued at $53.6 million in 2023, the market is projected to reach USD 180.2 million by 2030, growing at a CAGR of 18.9%. Adoption of Advanced Metering Infrastructure (AMI) and technologies like NB-IoT and LoRaWAN is accelerating large-scale deployment, improving billing accuracy, reducing non-revenue water, and supporting India’s sustainability goals.
Key Market Trends & Insights
- Government push: AMRUT 2.0 driving universal smart water supply across 500+ cities.
- Technology adoption: NB-IoT and LoRaWAN enabling scalable, real-time monitoring.
- Utilities’ focus: Cost recovery, accurate billing, and reduced water losses.
- Value chain expansion: Includes meters, network solutions, MDM, CIS, analytics, and integrator services.
- Competitive landscape: ~100 players; leaders include Itron, Xylem Sensus, Kamstrup, KRANTi, and Tata Communications.
Market Outlook
- 2023 Market Size: USD 53.6 Million
- 2030 Market Size: USD 180.2 Million
- CAGR (2023–2030): 18.9%
Scope & Coverage
- End Users: Domestic, commercial, industrial.
- Regions Covered: Pan-India with focus on 500+ urban centers.
- Segmentation: Smart meters, network connectivity, MDM, CIS, customer portals, analytics, system integration.
Market Overview:
India’s rapid urbanization is placing unprecedented stress on the country’s already limited water resources. This evolving challenge is driving strong growth in the smart water metering market, as utilities and government agencies seek efficient, accurate, and environmentally sustainable solutions to manage water distribution. The smart water meter market in India is becoming integral to ensuring universal and equitable water access while optimizing utility performance.
The government is actively modernizing the urban water infrastructure through transformative policies and flagship programs such as AMRUT 2.0. This scheme targets universal water supply coverage across more than 500 Indian cities in its initial phase, with expansion planned to encompass all towns and cities within the next 5 to 10 years. To meet these goals, the integration of smart water meters into new and existing projects has become essential for enabling cost recovery, precise billing, equitable supply, and significant reduction in non-revenue water losses.
The adoption of Advanced Metering Infrastructure (AMI) is accelerating, with technologies such as NB-IoT and LoRaWAN-based LPWAN solutions witnessing robust growth due to their scalability and effectiveness in large urban networks. These innovations are boosting India’s smart meter industry, aligning with national sustainability and digital infrastructure objectives.
The India Smart Water Metering Market is poised for rapid expansion, with revenues projected to grow from USD 53.6 million in 2023 to USD 180.2 million by 2030, reflecting a strong CAGR of 18.9% during the forecast period. This growth is fueled by increasing public-private investments, urban expansion, and growing awareness of sustainable water management practices.
The value chain in the smart water supply controller market includes a comprehensive suite of solutions: smart water meters, network connectivity solutions, Meter Data Management (MDM), Customer Information System (CIS) billing software, Customer Engagement Portals (CEPs), data analytics platforms, and specialized project management services from consultants and system integrators. The total addressable revenue has been calculated based on per-unit pricing of both hardware and software components offered to utilities.
This report provides a detailed forecast of smart water meter unit shipments and corresponding revenue, covering solutions deployed for domestic, commercial, and industrial end users. The insights are crucial for stakeholders across the smart meter industry in India who are looking to capitalize on the growth potential and technological transformation underway in the water utilities sector.
Revenue and Unit Shipment Forecast: Smart Water Metering Market in India (2022–2030)
The smart water metering market in India is poised for strong growth, driven by rapid urbanization, policy-led infrastructure investments, and increasing adoption of digital water management solutions. From 2023 to 2030, the market is projected to expand at a compound annual growth rate (CAGR) of 18.9% in revenue and 18.4% in unit shipments.
These projections indicate a sharp rise in the deployment of smart water meters across domestic, commercial, and industrial applications, reinforcing India’s push toward sustainable and efficient water usage. With a growing focus on the smart meter industry in India, utilities are scaling their investments in advanced metering infrastructure to reduce non-revenue water and improve billing accuracy.
The forecasted growth highlights the significant opportunities in the smart water supply controller market, with unit volumes and total market value both accelerating steadily through 2030. This trend aligns with India’s broader goals of achieving universal water access and building resilient urban water systems through smart technologies.
Scope of Analysis: Smart Water Metering Market in India
Rapid urbanization and growing water scarcity are intensifying pressure on India’s water infrastructure, creating urgent demand for advanced metering solutions. The smart water metering market in India is emerging as a critical enabler of universal water access that is both economically viable and environmentally sustainable.
This analysis focuses on the smart water meter market in India, specifically covering unit shipments and revenue forecasts through 2030. A “unit” refers to a water meter equipped with a smart communication module capable of transmitting consumption data remotely. The total revenue forecast is based on capital expenditure (CapEx) and operating expenditures (OpEx) across the smart water metering value chain.
The value chain encompasses:
- Smart water meters
- Network communication solutions
- Meter Data Management (MDM) systems
- Customer Information System (CIS) billing platforms
- Customer engagement portals (CEP)
- Data analytics software
- Project management services (including system integrators and consultants)
The report exclusively analyzes the smart meter industry in India for metering domestic, commercial, and industrial water consumption. It excludes off-grid or standalone devices without smart communication capabilities. Special attention is also given to the rising role of smart water supply controller market solutions integrated into advanced metering infrastructure (AMI) for utilities.
This comprehensive assessment delivers insights into the market’s investment potential and its impact on India’s journey toward efficient water distribution, accurate billing, and reduced non-revenue water.
Segmentation Analysis: Smart Water Metering Market India
India’s smart water metering market is composed of an integrated value chain that ensures the effective operation of smart metering infrastructure, from hardware installation to end-user interaction. Each segment plays a critical role in optimizing water usage, reducing non-revenue water, and improving utility performance. Below is a detailed breakdown of the smart water meter market segmentation by value chain:
1. Smart Water Meters
At the core of the smart meter industry in India, smart water meters are either mechanical or static (ultrasonic/electromagnetic) meters equipped with LPWAN communication modules.
- AMR meters enable one-way communication—data is sent from the meter to the utility.
- AMI meters support bidirectional communication, allowing utilities to send commands such as OTA (over-the-air) updates or shut-off instructions.
These meters are critical for real-time consumption tracking and enabling water conservation initiatives across domestic and industrial applications.
2. Network Solutions
This segment includes:
- Hardware: Base stations, gateways, and data collectors—especially for private LPWAN or RF mesh networks.
- Connectivity: Solutions for data transmission between smart meters and the head-end system (HES).
- O&M Services: Network maintenance and uptime support services ensure uninterrupted communication.
As demand for smart water supply controller market solutions grows, robust networking frameworks are essential to scale deployment across urban and semi-urban regions.
3. Meter Data Management (MDM) & Customer Information System (CIS) Billing
- MDM Systems manage large volumes of meter data collected from the HES. Key use cases include billing, alert/alarm management, and asset optimization.
- CIS Billing Software ensures accurate, timely billing and effective customer data organization to streamline service delivery and issue resolution.
Together, MDM and CIS create the digital backbone of the smart water metering market, supporting utilities in meter-to-cash workflows.
4. Customer Engagement Portal (CEP) & Data Analytics
- CEP Solutions allow consumers to view and manage real-time consumption patterns, receive notifications, and get conservation insights.
- Meter Data Analytics help utilities detect leaks, monitor abnormal usage, and enhance asset lifecycle management.
This segment bridges the gap between utilities and consumers, enhancing transparency and trust while improving operational efficiency.
5. Project Management (Consultants and System Integrators)
Consulting firms and system integrators guide utilities through the design and implementation of smart water metering systems.
- Services include: Advisory on procurement strategies, vendor selection, project implementation, and post-deployment monitoring.
This segment plays a strategic role in aligning government schemes (like AMRUT 2.0) with private sector execution, ensuring successful adoption of smart water metering market technologies across India.
Growth Drivers and Restraints:
Market Growth Drivers and Restraints Analysis– Smart Water Metering Market in India
Growth Drivers
India continues to invest in ensuring 24/7 water supply coverage in all urban centers to meet the UN Sustainable Development Goals (SDGs) by 2030. Government schemes and funding to implement 24/7 water supply projects include AMRUT 2.0 and state-level urban water supply policies and schemes.
The shift from project implementation KPIs to outcomes or performance-based KPIs by central and state-level agencies has led to the standard inclusion of water metering in water supply projects to ensure cost recovery, improve collection efficiency, and promote equitable water supply service provision.
Water stress and scarcity have increased the demand for water meters to improve water conservation and reduce water loss. The trend is most apparent in southern Indian states, which are relatively more vulnerable to water stress and scarcity, especially during the non-monsoon seasons. There is a strong focus on reducing NRW holistically to improve water availability.
Water utilities and ULBs are exploring and implementing solutions to become self-sufficient and less dependent on asset improvement and management subsidies. They employ universal water metering as a starting point to improve the asset’s overall economic sustainability.
Growth Restraints
The country lacks a cohesive universal water metering policy and skilled human resources to execute water metering projects.
Implementing a smart water metering project involves high total expenditure (TOTEX). There are risks associated with extended project deadlines, political interventions, and heavy reliance on subsidies or funding for smart water metering projects.
End users/utility customers have an ill-conceived notion that installing water meters will increase water tariffs, primarily when implemented using a PPP model.
Adequate baseline data on the number of water connections and types of end customers (e.g., domestic/commercial/ industrial end users) are absent, limiting the areas in a city receiving metered 24/7 water supply services.
Insufficient knowledge and awareness among key decision-makers of the benefits of water metering and the need to reduce NRW loss could hinder the growth of smart water meters.
Competitive Landscape of the Smart Water Metering Market in India
India’s smart water metering market features around 100 active players competing across the value chain, including water meter OEMs, network providers, and system integrators. Major competitive factors include total cost of ownership, meter reliability, advanced data features, and end-to-end solution capabilities. Key customers are urban local bodies (ULBs) and water utilities, supported by government initiatives like AMRUT 2.0 to ensure 24/7 smart water supply coverage.
Leading smart water meter companies in India include:
- Itron
- Xylem Sensus
- KRANTi
- Kritsnam Technologies
- GLOBALm
- Axioma Metering
- SUEZ India
- Kamstrup
- Peltek India
- Baylan
These companies hold 30% of the total revenue share as of 2023.
Distribution occurs through direct OEM sales, EPC system integrators, and regional distributors. Companies like Tata Communications, Reliance Jio, and SenRa contribute significantly to LPWAN-based smart water supply controller infrastructure.
Although no major M&A deals were recorded in 2023, the market is expected to consolidate as providers aim to scale operations, expand service portfolios, and meet rising demand for smart water meters across India's urban centers.
Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8
The Impact of the Top 3 Strategic Imperatives on the Indian Smart Water Metering Solutions Industry
Growth Opportunities Fuel the Growth Pipeline Engine
Value Chain of an AMI Smart Water Metering System
Industry Segmentation
Scope of Analysis
Competitive Environment
Distribution Channels
Key Competitors in the Smart Metering Value Chain
6P Framework Shaping Smart Water Metering Industry Opportunities
6P Framework for Water Transition in India
Key Policies Driving Smart Water Metering in India
CPHEEO Standards for Smart Water Metering
Primary Funding Sources for Smart Water Metering Projects in India
Key Open/Public LPWAN Solution Providers and Coverage
Growth Metrics
Growth Drivers
Growth Restraints
State GDP and GDP per capita in India
State Population and Number of Households
NRW and LPCD in 24 Major Indian Cities
Spending Estimates on Smart Water Solutions
Prominent Smart Water Metering Projects in India
Forecast Considerations
Revenue and Unit Shipment Forecast
Forecast Analysis
Revenue Forecast by Product Segment
Forecast Analysis by Product Segment
Companies to Action
Growth Opportunity 1—Local Manufacturing of Smart Water Meters
Growth Opportunity 2—LPWAN for AMI-based Smart Water Metering
Growth Opportunity 3—Metering as a Service MaaS
List of Exhibits
Legal Disclaimer
- Smart Water Metering: Distribution Channel Analysis, India, 2023
- 6P Framework in the Smart Water Metering Market, India
- Smart Water Metering: Growth Metrics, India, 2023
- Smart Water Metering: Growth Drivers, India, 2024?2030
- Smart Water Metering: Growth Restraints, India, 2024?2030
- Smart Water Metering: GDP and GDP per capita by State, India, 2023
- Smart Water Metering: State Population and Number of Households, India, 2023
- Smart Water Metering: NRW (%) and PCS (LPCD) in 24 Major Cities, India, 2023
- Total Spending Outlay for Water & Sanitation by the Central (Federal) Government (Cumulative), India, 2019?2026
- Estimated Spending by Central (Federal) on Digitalization of Water Systems, India, 2021?2027
- Smart Water Metering: Revenue and Unit Shipment/Volume Forecast, India, 2022?2030
- Smart Water Metering: Revenue Forecast by Product Segment, India, 2022?2030
Frequently Asked Questions (FAQ)
1. What is the current size and future growth forecast of the smart water metering market in India?
2. What technologies are used in India’s smart water meters?
3. Who are the leading smart water meter companies in India?
4. What are the main drivers of smart water metering adoption in India?
- Government programs like AMRUT 2.0
- Urban water scarcity
- Push for 24/7 water supply
- Focus on non-revenue water (NRW) reduction and efficient billing
5. What are the major challenges facing smart water meter implementation in India?
- High upfront TOTEX (Capex + Opex)
- Lack of universal water metering policies
- Limited skilled workforce
- Misconceptions about increased tariffs due to water metering
6. Who are the end users of smart water meters in India?
7. How is data from smart water meters managed and utilized?
8. What is the typical distribution model for smart water meters in India?
Speak directly with our analytics experts for tailored recommendations.
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| Deliverable Type | Market Research |
|---|---|
| Author | Paul Hudson |
| Industries | Environment |
| No Index | No |
| Is Prebook | No |
| Keyword 1 | Smart Water Metering India |
| Keyword 2 | Water Management Solutions |
| Keyword 3 | India Water Metering Growth |
| List of Charts and Figures | Smart Water Metering: Distribution Channel Analysis, India, 2023~ 6P Framework in the Smart Water Metering Market, India~ Smart Water Metering: Growth Metrics, India, 2023~ Smart Water Metering: Growth Drivers, India, 2024?2030~ Smart Water Metering: Growth Restraints, India, 2024?2030~ Smart Water Metering: GDP and GDP per capita by State, India, 2023~ Smart Water Metering: State Population and Number of Households, India, 2023~ Smart Water Metering: NRW (%) and PCS (LPCD) in 24 Major Cities, India, 2023~ Total Spending Outlay for Water & Sanitation by the Central (Federal) Government (Cumulative), India, 2019?2026~ Estimated Spending by Central (Federal) on Digitalization of Water Systems, India, 2021?2027~ Smart Water Metering: Revenue and Unit Shipment/Volume Forecast, India, 2022?2030~ Smart Water Metering: Revenue Forecast by Product Segment, India, 2022?2030~ |
| Podcast | No |
| WIP Number | PFPM-01-00-00-00 |