Key Findings
The Indonesia Smart Water Metering Market is projected to reach USD 175 Million by 2032, up from USD 95 Million in 2026, at a CAGR of 10.7% during forecast period 2026–2032.
Ultrasonic and mechanical meters fitted with communication modules account for most spending. Utilities in Jakarta, Surabaya and Bandung are replacing ageing mechanical meters on high-consumption commercial connections first.
Regional water utilities, known as PDAMs, generate most demand. Their main goal is cutting non-revenue water, which remains high in many cities because of leaks, meter errors and illegal connections.
Java accounts for the largest share of installed smart meters. Greater Jakarta and East Java host the biggest utilities, the densest networks and the most industrial and commercial customers.
NB-IoT connected meters are the fastest growing segment. Telecom operators have built NB-IoT coverage in major cities, allowing meters to send readings without dedicated radio networks.
International meter brands compete with Chinese manufacturers and local assemblers. Many projects are delivered by local system integrators who combine meters, modules and billing software.
Competition centres on meter accuracy at low flow, battery life, communication reliability, price per connection and local support. Suppliers with proven NB-IoT deployments in Indonesia hold a clear edge.
Indonesia Smart Water Metering Market Size and Forecast
The Indonesia Smart Water Metering Market is estimated at USD 95 Million in 2026 and is projected to reach USD 175 Million by 2032. This represents a CAGR of 10.7% over the forecast period 2026-2032. Expansion rests on non-revenue water reduction, utility digitalisation, NB-IoT coverage, new capital city infrastructure, and growing urban water connections.
PDAMs, industrial estates, commercial buildings, apartment complexes and new towns all lift demand for remote reading and leak detection. Most early projects target large customers, where each percentage point of billing accuracy recovers the most revenue. Household rollouts follow once utilities prove the business case.
Introduction
Smart water metering uses electronic meters and communication networks to measure and transmit water consumption data automatically. The category covers ultrasonic meters, electromagnetic flow meters, mechanical meters with reading modules, prepaid meters, communication modules and meter data management software.
The market spans meter makers, module suppliers, telecom operators, system integrators and software providers. Smart meters form the data layer of the Indonesia Smart Water Management Market, feeding leak detection and network analytics. Buyers include PDAMs, industrial estates, property developers and building managers.
Future Outlook
By 2032, the Indonesia Smart Water Metering Market is expected to witness strong expansion. Non-revenue water programmes, NB-IoT networks and new urban developments will all contribute. Household rollouts will widen beyond large commercial customers.
Data quality and long battery life will separate the leading suppliers. Analytics platforms will turn readings into leak alerts and pressure management actions. Utility financing and local integration capability will decide market position through 2032.
Application Demand — Demand Intensity by Segment
Relative demand intensity across key application segments — each bar is labelled with its demand level.
Very High High Mod–High Moderate
Very High
Residential ConnectionsMod–High
District Metered AreasMod–High
Apartment and High-Rise ComplexesModerate
Government and Institutional BuildingsModerate
Bulk Water Supply Points Very High High Moderate–High Moderate
Regional Demand and Ecosystem Development Matrix
| Region | Market Maturity | Key Demand Driver | Dominant Application | Growth Outlook |
|---|
| Java | Developing | Large PDAMs and non-revenue water programmes | Ultrasonic Smart Water Meters | Highest ↗ |
| Sumatra | Developing | Medan and Palembang utility upgrades | Mechanical Meters with AMR Modules | High |
| Kalimantan | Emerging | New capital city infrastructure | Ultrasonic Smart Water Meters | Moderate–High |
| Sulawesi | Emerging | Makassar urban growth | Prepaid Smart Water Meters | Moderate |
| Bali and Nusa Tenggara | Emerging | Tourism and hotel water use | Electromagnetic Flow Meters | Moderate |
Product Type and Performance Comparison Matrix
| Product Type | Primary Function | Performance Level | Value Share | Market Demand | Key Growth Factor |
|---|
| Ultrasonic Smart Water Meters | Residential and Commercial Billing | Very High | XXX | High | No moving parts, accurate at low flow |
| Electromagnetic Flow Meters | Bulk and District Metering | High | XXX | Moderate–High | Large pipe diameters |
| Mechanical Meters with AMR Modules | Retrofit of Existing Connections | High | XXX | Moderate | Lowest cost upgrade path |
| Prepaid Smart Water Meters | Low-Income and Rental Housing | Moderate | XXX | Moderate–High | Improves bill collection |
| NB-IoT and LoRaWAN Communication Modules | Remote Data Transmission | Moderate–High | XXX | Rapidly Growing | Uses public telecom networks |
| Meter Data Management Software | Billing and Leak Analytics | Moderate | XXX | Rapidly Growing | Turns readings into decisions |
Indonesia Smart Water Metering Market Trends
NB-IoT Networks for Utility Meters
Telecom operators including Telkomsel have rolled out NB-IoT coverage across major Indonesian cities. NB-IoT lets meters send readings through existing towers without building separate radio networks. Utilities favour this approach because it lowers upfront infrastructure spending.
District Metered Areas for Leak Control
PDAMs are dividing their networks into district metered areas with bulk meters at each entry point. Comparing district inflows with customer billing reveals where water is being lost. Smart meters at both levels make these comparisons faster and far more accurate.
Integration with Wider Utility Metering
Some property developers and industrial estates are installing smart water, gas and electricity meters together. Shared communication platforms cut the cost of each connection. This practice links water projects to programmes in the
Indonesia Smart Electric Meter Market and their PLN rollouts.
Prepaid Metering in New Housing
Some developers and utilities are installing prepaid water meters in new housing and rental units. Customers top up credit through mobile apps or convenience stores before using water. Prepaid models reduce unpaid bills and simplify collection for smaller utilities.
Cloud-Based Analytics Platforms
Utilities are moving meter data into cloud platforms that flag leaks, tampering and unusual consumption. Dashboards help managers prioritise repair crews and target high-loss areas. Software subscriptions are becoming a larger share of total project value for suppliers.
Market Growth Drivers
High Non-Revenue Water Losses
Many Indonesian utilities lose a large share of treated water to leaks, theft and meter inaccuracy. Every cubic metre lost represents treatment and pumping costs with no matching revenue. Smart meters help utilities locate losses and recover billing income quickly.
National Water Access Targets
The government aims to expand piped water access to more urban and rural households. Each new connection is an opportunity to install a smart meter from the start. Funding programmes for utilities increasingly favour digital metering in new network projects.
Urbanisation and New Developments
Indonesian cities are growing quickly, with new apartments, industrial estates and satellite towns across Java. Developers often specify smart meters to manage water use and billing for tenants. Large projects such as the new capital in East Kalimantan include digital utility infrastructure.
Utility Digitalisation Programmes
Leading PDAMs, including PAM Jaya in Jakarta, are investing in digital billing, customer apps and network monitoring. Smart meters supply the data these systems need to work properly. Digital programmes also reduce the cost of manual meter reading across dense neighbourhoods.
Water Scarcity and Groundwater Rules
Groundwater over-extraction has caused land subsidence in Jakarta and other coastal cities. Authorities are restricting groundwater use and pushing buildings onto piped supply. Accurate metering helps enforce these rules and track consumption by large users.
Challenges in the Market
Limited PDAM Finances
Many regional water utilities have low tariffs, weak balance sheets and limited access to commercial finance. Smart meters cost several times more than basic mechanical meters per connection. Without grants or tariff reform, many PDAMs cannot fund large-scale rollouts.
Water Quality and Sediment
Sediment, air pockets and intermittent supply in some networks reduce meter accuracy and lifespan. Ultrasonic meters can misread when pipes run partly empty. Utilities need pressure management and network upgrades alongside any large meter replacement programme.
Connectivity Gaps Outside Major Cities
NB-IoT and cellular coverage remains patchy in smaller towns and rural areas across the archipelago. Meters in basements and underground chambers also struggle to reach towers. Utilities may need gateways or walk-by reading in these locations, which raises costs.
Local Content Requirements
Government procurement rules require minimum local content for many electronic products. Foreign meter makers must assemble locally or partner with Indonesian manufacturers. These rules add cost and complexity for foreign suppliers entering public utility tenders.
Skills and Data Management Capacity
Smaller utilities often lack staff trained to manage meter data, analytics and network systems. Without these skills, smart meter data goes unused and benefits are lost. Training and long-term service contracts add noticeably to the total cost of each programme.
Competitive Landscape and Product Positioning
Leading Key Players — Relative Market Presence
Indicative relative presence based on meter accuracy, communication technology & utility project references — market-share values masked as XXX
Xylem — XXX Badger Meter — XXX Honeywell — XXX Schneider Electric — XXX ABB — XXX Others — XXX
Xylem
Washington, D.C., United States
ProductUltrasonic Smart Water Meters
TechnologySensus Metering and Communications
End-userWater Utilities
Water technology company selling Sensus iPERL and ultrasonic meters through Asia-Pacific distributors.
Badger Meter
Milwaukee, United States
ProductNB-IoT and LoRaWAN Communication Modules
TechnologyORION Cellular Endpoints
End-userUtilities and Commercial Users
Metering company whose ORION cellular endpoints transmit readings over public cellular networks.
Honeywell
Charlotte, United States
ProductMechanical Meters with AMR Modules
TechnologyElster Metering Technology
End-userWater Utilities
Industrial group whose Elster brand supplies water meters and reading modules to utilities in Asia.
Schneider Electric
Rueil-Malmaison, France
ProductMeter Data Management Software
TechnologyAVEVA Industrial Software
End-userUtilities and Industrial Estates
French energy management group whose AVEVA software monitors water networks and utility assets.
ProductElectromagnetic Flow Meters
TechnologyAquaMaster Flow Measurement
End-userBulk and District Metering
Swiss engineering group making AquaMaster electromagnetic flow meters for utility district metering.
Also covered: Kamstrup, Diehl Metering, Itron, Landis+Gyr, Zenner, Arad Group, Ningbo Water Meter, and other meter manufacturers, module suppliers, and local system integrators.
Indonesia Smart Water Metering Market Segmentation
| Aspects | Details |
|---|
| By Type | - Ultrasonic Smart Water Meters
- Electromagnetic Flow Meters
- Mechanical Meters with AMR Modules
- Prepaid Smart Water Meters
- NB-IoT and LoRaWAN Communication Modules
- Meter Data Management Software
|
| By Communication | - NB-IoT
- LoRaWAN
- Cellular 4G
- Walk-By and Drive-By
|
| By End User | - Residential
- Commercial
- Industrial
- Utility Bulk Metering
|
| By Deployment | - New Connections
- Meter Replacement
- District Metered Areas
- Building Submetering
|
Recent Developments
In May 2023, Xylem completed its acquisition of Evoqua Water Technologies, broadening its water treatment and services portfolio.
In January 2023, Badger Meter acquired Syrinix, a UK provider of pipeline monitoring and leak detection solutions.
In February 2025, Honeywell announced plans to separate into three independent companies.
In January 2023, Schneider Electric completed its buyout of the minority shareholders of AVEVA.
In October 2022, ABB completed the spin-off of its turbocharging business as Accelleron Industries.
This Market Report Will Answer the Following Questions
1
What is the Indonesia smart water metering market size in 2026?
The Indonesia smart water metering market is estimated at approximately $95 million in 2026. Demand comes mainly from residential and commercial connections served by PDAMs. Industrial estates, district metered areas and high-rise complexes add further volumes.
2
How large will the market be by 2032?
The Indonesia smart water metering market is forecast to reach approximately $175 million by 2032. This compares with about $95 million in 2026, a CAGR of approximately 10.7%. Growth will come from non-revenue water reduction, utility digitalisation and NB-IoT coverage. New urban developments and the new capital will add to it.
3
What is driving growth in the market?
High non-revenue water losses are the main driver. National access targets, urbanisation, utility digitalisation and groundwater rules also lift demand.
4
What are the key trends shaping the market?
NB-IoT networks and district metered areas are the most visible trends. Multi-utility metering, prepaid meters and cloud analytics are also reshaping the market.
5
Who are the leading companies in the Indonesia smart water metering market?
Leading companies include Xylem, Badger Meter, Honeywell, Schneider Electric and ABB. Other participants include Kamstrup, Diehl Metering, Itron, Landis+Gyr, Zenner, Arad Group, Ningbo Water Meter, and other meter manufacturers, module suppliers, and local system integrators. Competition centres on low-flow accuracy, battery life, communication reliability, price per connection, and local support.
