Smart meters overcome limitations of traditional electricity meters by enabling two-way communication between utilities and consumers and supporting advanced metering infrastructure (AMI). They also enable mechanisms such as time-of-use pricing and demand response, helping shift electricity consumption to periods with higher renewable generation.
Smart meter rollout has reached ~80% penetration with about 128 million meters in the US. Adoption is even higher in several EU countries, including Sweden, Denmark, Finland, Estonia, Spain, Norway, Luxembourg, Latvia, Italy, France, Malta, Slovenia, and the Netherlands.1
However, deploying smart metering systems requires integrating multiple technologies, such as AMI platforms, meter data management (MDM) systems, analytics tools, and geographic information systems (GIS), which creates interoperability and implementation challenges.
Top 10 smart meter solutions
Vendor | Type | # of employees | Average ratings | Year founded | Quarters |
|---|---|---|---|---|---|
RunMyJobs by Redwood | Workload automation and job scheduling software | 533 | 4.8 based on 167 reviews | 1993 | USA |
Esri ArcGIS | Geographic information systems software | 6,738 | 4.5 based on 534 reviews | 1969 | USA |
IBM Maximo for Utilities | Advanced metering infrastructure solution | 309,079 | 4.3/5.0 based on 266 reviews | 1911 | USA |
TIBCO EBX | Meter data management software | 2,921 | 4.4 based on 69 reviews | 1997 | USA |
Schneider Electric SE | Smart meter provider | 81,119 | 4.3/5.0 based on 46 reviews | 1836 | France |
Siemens | Advanced metering infrastructure solution | 214,501 | 4.4/5.0 based on 16 reviews | 1847 | Germany |
Itron Inc. | Advanced metering infrastructure solution | 5,497 | 3.6/5.0 based on 12 reviews | 1977 | USA |
Honeywell | Smart meter provider | 130,384 | 4.5/5.0 based on 6 reviews | 1906 | USA |
Landis+Gyr | Smart meter provider | 4,777 | 4.5/5.0 based on 6 reviews | 1986 | Switzerland |
ABB Ltd. | Advanced metering infrastructure solution | 98,636 | 4.0/5.0 based on 1 reviews | 1988 | Switzerland |
The table lists smart meter solutions based on their number of reviews within their respective software categories, except for sponsors that are positioned at the top.
The solutions fall into two main groups:
- Advanced metering infrastructure (AMI) platforms that provide end-to-end smart meter capabilities.
- Complementary tools such as workload automation platforms, smart meter management systems, meter data management (MDM) tools, and geographic information system (GIS) solutions.
Screening smart metering solutions
The list of smart meter providers comprises over 45 tools, and when additional tools that support smart metering solutions are taken into account, the catalog further expands. Therefore, we screen these tools, focusing on 3 pivotal factors:
- Number of employees: We prioritized vendors with over 100 employees to assess their workforce scale and operational capacity.
- Solution category: We selected tools from specific complementary categories based on their relevance and comprehensiveness, such as WLA tools or AMI software.
- B2B review presence: We excluded tools that do not have any review or score on any B2B platforms.
Top 6 complementary smart meter solutions
Complementary solutions support smart metering deployments by managing workflows, processing large volumes of meter data, and enabling analytics and infrastructure planning. These tools extend AMI capabilities by improving automation, data governance, and operational visibility across utility systems.
Workload automation and job scheduling software
Workload automation tools automate and manage complex workflows within an organization. In the context of smart metering, workload automation streamlines data processing, analytics, and reporting tasks associated with managing large volumes of meter data.
1.) RunMyJobs by Redwood: RunMyJobs is a workload automation and job scheduling solution designed to streamline the processes associated with smart meter solutions. It enhances operational efficiency, automates complex tasks, and delivers real-time insights, all while maintaining a high level of security for smart meter data by providing:
- End-to-End smart meter management: RunMyJobs can handle the complete smart meter lifecycle, from the initial data collection to the critical meter-to-cash process involving customer billing and payments.
- Automation of complex smart meter operations: It automates intricate smart meter tasks and operations, facilitating large-scale transactions and optimizing overall efficiency.
- Real-time visibility and control: Redwood’s tool allows users to monitor their smart meter data in real-time, offering visibility into billing, consumption patterns, and cash flow for informed decision-making.
- Enhanced security measures: RunMyJobs includes security features like full encryption and a single-tenant architecture to safeguard sensitive smart meter data.
Infrastructure management tools
Analytics Platforms leverage the data generated by smart meters to derive actionable insights. These platforms enable utilities to perform in-depth analysis, forecasting, and optimization. They play a crucial role in enhancing decision-making processes related to energy consumption, grid management, and customer behavior.
Meter Data Management (MDM) Systems
Meter Data Management (MDM) systems are integral components in the smart metering ecosystem. These systems handle the processing, validation, and management of the extensive data generated by smart meters. They ensure accurate billing, maintain data integrity, and securely store the vast datasets collected from smart meter deployments.
2.) TIBCO EBX: The tool serves as an enterprise data management platform crafted by TIBCO Software to oversee, regulate, and distribute master data across an organization. TIBCO EBX empowers organizations to establish a centralized and uniform perspective of their master data. Through its integration to smart meters, TIBCO offers:
- A centralized repository for master data, housing accurate and current information crucial for customer interactions, operational efficiency, and decision-making.
- A robust mechanism for validating, cleansing, and standardizing master data, effectively preventing inconsistencies and errors to uphold data integrity throughout the utility landscape.
- Cross-system integration capabilities, facilitating seamless data exchange and interoperability across various systems within the utility infrastructure.
- Tools and frameworks designed to institute, enforce, and monitor data governance policies, thereby enhancing compliance with regulatory requirements and internal standards while fostering a controlled data environment.
Geographic Information System (GIS)
Geographic Information System (GIS) utilizes spatial mapping and visualization tools to analyze and interpret data in the context of smart metering. GIS helps utilities map the geographical distribution of smart meters, plan infrastructure deployments, and optimize maintenance processes based on location data.
3.) Esri ArcGIS: The software is specifically crafted for mapping and spatial analysis, equipping users with sophisticated instruments to generate, control, and assess geographic data, empowering them to make well-informed decisions grounded in spatial insights. By leveraging ArcGIS, utility providers are poised to:
- Elevate customer services by integrating spatial capabilities.
- Enhance real-time monitoring and fortify emergency response planning within utility operations.
- Optimize asset management and network planning to ensure infrastructure reliability, safety, efficiency, and compliance with regulatory standards.
Smart meter providers
Smart meter providers are specialized in the creation and supply of smart metering systems. These intelligent devices transmit data on energy and water usage. This way, smart meter reduce operational costs and improve consumer services.
4.) Schneider Electric SE: Schneider Electric SE offers a comprehensive smart meter platform for energy management, with a focus on sustainability. Schneider Electric’s tools can:
- Provide real-time visibility into energy consumption and grid performance
- Empower utilities to optimize energy distribution through data accuracy and analytics
- Enhance operational efficiency by proactively addressing grid challenges.
5.) Landis+Gyr: Landis+Gyr delivers a smart meter platform to optimize resource management, enhance grid reliability, and meet the demands of a dynamic energy market through
- Accurate data collection for informed decision-making, billing accuracy, and overall operational efficiency
- Seamless communication for better connectivity between devices to promote efficient data exchange and collaborative functionality within the utility ecosystem
- Real-time monitoring to make proactive decisions and respond swiftly to changes in demand or grid conditions
- Interoperability promoting collaborative integration and harmonious functioning within the broader utility infrastructure.
6.) Honeywell: Honeywell offers utilities a comprehensive and advanced platform for efficient energy management. Honeywell ensures:
- Precise metering data collection and analysis to optimize energy distribution and improve customer service
- Improved monitoring and decision-making by delivering real-time data insights
- Easy integration with renewable energy sources to manage and incorporate sustainable energy into distribution networks.
Top 4 Advanced Metering Infrastructure (AMI) systems
These products offer an end-to-end solution for deploying and managing advanced metering, including smart meters, communication systems, and data management solutions. AMI enables bidirectional communication between smart meters and utility backends, allowing real-time data collection, remote monitoring, and control.
7.) IBM Maximo for Utilities: IBM Maximo for Utilities empowers utility providers with comprehensive tools to manage, govern, and optimize metering operations. IBM Maximo delivers
- Seamless integration with existing utility systems
- A centralized and consistent view of metering data
- Asset reliability and compliance with regulations
- Real-time monitoring to foster efficiency
- Preventive maintenance to minimize downtime and extend the lifespan of metering assets.
Figure 1: AMI system representation 2
8.) Siemens: Siemens’ platform seamlessly integrates metering data into a unified system, fostering operational efficiency and data-driven decision-making. Siemens focus on
- Real-time monitoring and analytics to enhance customer service
- Energy management to optimize energy distribution
- Compliance with regulatory requirements
- Improved grid reliability to maximize the operational excellence.
9.) Itron Inc: Itron’s platform offers utilities a comprehensive suite of tools to gather, analyze, and act upon metering data efficiently. This system facilitates accurate billing, demand response, and proactive maintenance. Itron’s innovative technology ensures:
- Communication between devices, providing real-time insights into energy consumption.
- Accurate billing and demand response, increasing reliability
- Proactive maintenance, improving operational excellence.
10.) ABB: ABB Ltd. presents an innovative enterprise solution for advanced metering infrastructure. ABB’s system seamlessly integrates into existing frameworks, offering a centralized hub for managing, analyzing, and optimizing metering data. This platform
- Ensure real-time monitoring to support informed decision-making
- Streamline processes to improve operational efficiency
- Ensure data integrity and compliance with industry standards.
Emerging smart meter products
The smart metering landscape is evolving rapidly as new vendors introduce solutions that combine hardware, data platforms, and energy management capabilities.
metiundo
metiundo is a smart metering and energy data platform that collects, processes, and provides real-time consumption data (electricity, gas, heat, and water) for buildings and real estate portfolios.
The platform combines hardware installation (smart meters) with a software platform that aggregates and analyzes utility data, enabling property owners and utilities to monitor consumption, automate billing, and optimize energy usage.
By creating a unified view of energy and water data across properties, metiundo helps organizations improve energy management, reduce CO₂ emissions, and support technologies like heat pumps, tenant electricity systems, and demand-response programs.3
Polaris Smart Metering
Polaris Smart Metering provides end-to-end smart metering solutions for utilities, combining smart meter hardware, data management software, and consumer applications to monitor and manage energy consumption.
Smart electric meters: Polaris offers digital electricity meters designed for residential, commercial, and industrial consumers. These meters provide real-time usage data, prepaid billing capabilities, wireless connectivity, and power control, while supporting multiple energy sources such as grid, solar, and diesel generators.
Smart gas meters (Nebula): The company also provides smart gas meters that enable automated consumption monitoring, remote billing, and loss reduction for gas utilities. These meters collect usage data and help utilities improve operational efficiency and decision-making.
Avdhaan software suite: Avdhaan is Polaris’ AI-powered energy data platform that converts raw meter data into operational insights. It includes modules such as a Head-End System (HES), meter data management system (MDMS), GIS mapping, and analytics dashboards to monitor consumption, manage assets, and support grid operations.
Consumer mobile app: Polaris also offers a mobile app that allows end users to track energy consumption, view billing or recharge history, and analyze usage patterns through an interactive dashboard.4
Londian Global
Londian Global provides smart metering and energy management solutions for utilities, businesses, and public-sector organizations.
Smart electricity meters: Londian manufactures single-phase and three-phase smart electricity meters for residential, commercial, and industrial use.
These devices measure and record electricity consumption in real time and transmit the data to utilities for remote monitoring and billing. They support multiple communication technologies (e.g., RF, PLC, cellular) and standards such as DLMS/COSEM for integration with utility systems.
Prepaid electricity meters: The company also offers prepaid smart meters that allow users to pay for electricity in advance and track their consumption, helping utilities reduce billing risks and improve revenue collection while giving consumers better control over energy usage.
Communication modules and data concentrators: Londian provides communication modules (e.g., Wi-SUN and other wireless technologies) and data concentrator units (DCUs) that collect meter data and transmit it to utility backend systems. These components enable large-scale smart meter networks and real-time data collection.
Energy management software: The company offers software tools that help utilities and organizations monitor energy consumption, analyze usage data, and optimize energy management across smart meter deployments.
Energy storage batteries: In addition to metering solutions, Londian develops lithium battery energy storage systems designed to store electricity, often from renewable sources, and provide backup power for homes or businesses.5
Complete list of smart meter providers
Further reading
Explore more on utility automation tools:
- Top 7 Meter-to-Cash Solutions: A Comprehensive Guide
- Compare 10 SAP Utility Solutions
- 10 Tools to Automate SAP Meter to Cash Process
If you need more help on identifying the best smart meter solution for your business, do not hesitate and let us know:
Find the Right VendorsFAQ
Smart meters are advanced digital devices that replace traditional utility meters to measure and record electricity, gas, or water consumption in homes and businesses. These devices enable two-way communication between consumers and utility companies, providing real-time data on energy usage.
Smart meters offer several advantages, including the ability to remotely monitor consumption, facilitate efficient billing based on actual usage, and support demand response programs. With integrated communication capabilities, these meters contribute to the creation of smart grids, enhancing overall energy management, reducing environmental impact, and empowering consumers to make informed decisions about their resource consumption.
A smart meter’s digital device accurately measures energy consumption, using varied sensors based on the energy type.
– For electricity, sensors track voltage and current, multiplied for watts. Over time, power consumption is integrated for total electricity use in kilowatt-hours.
– Natural gas and water meters use flow sensors, employing technologies like ultrasonic or turbine methods. The smart meter calculates energy consumption by considering the volume used and the energy content of the respective resource.
Here’s the detailed steps for smart meter functionality:
1.) Two-way communication: Smart meters enable seamless two-way communication between consumers and utility companies.
2.) Real-time data collection: These devices continuously collect and transmit real-time data on energy consumption or resource usage.
3.) Remote monitoring: Utility providers can remotely monitor consumption patterns without the need for physical visits to the property.
4.) Demand response: The devices support demand response programs by providing insights into peak usage times and allowing utilities to adjust supply accordingly.
5.) Integration with smart grids: Smart meters play a crucial role in the development of smart grids, contributing to an intelligent and interconnected energy infrastructure.
Once smart meters have measured and recorded energy consumption, the communications module transmits data to utility companies using various methods:
1.) Radio frequency (RF) signals: This method is common for large-scale deployments due to cost-effectiveness. It ensures long-range communication but susceptible to interference and may require additional infrastructure.
2.) Cellular networks: This method relies on existing networks like 4G or 5G for widespread coverage. It is more resistant to interference, but potential for additional data transmission costs.
3.) Broadband connections: This system utilizes broadband networks (DSL, fiber-optic) for fast and reliable transmission. It requires significant infrastructure investments, particularly in rural areas.
4.) Power line communication (PLC): This method transmits data over existing power lines, eliminating the need for extra infrastructure. It is considered cost-effective but also performance influenced by electrical noise and distance.
Some of the challenges of smart meter technology are:
1.) Privacy concerns: Utility providers often complain about the risk of unauthorized access to detailed energy usage data. One way to mitigate this issue is to adopt data protection measures like encryption.
2.) Cybersecurity threats: Like other software, there is always vulnerability to hacking or denial-of-service attacks, which requires significant investment in advanced cybersecurity measures.
3.) Customer resistance: In some cases, the customer resists embracing the technology due to privacy, cybersecurity, or health concerns. This is why, utility service providers and smart meter solution providers must address through public education on smart meter safety.
4.) High upfront costs: Another challenge that leads to low adoption rates is the substantial initial investment for smart meter installation. However, customers and utility providers must be informed on the long-term benefits, including reduced operating costs and increased energy efficiency.
5.) Interoperability and standardization: Utility service deliverers are in need for seamless communication among devices and systems, which can be handled through standardization. This way, utility firms can facilitate the integration with existing systems and smart grid components.
Top benefits smart meter solutions offer include:
1.) Accurate Billing: Smart metering eliminates estimation errors with automatic, precise data transmission. It ensures fair and accurate billing for customers.
2.) Real-time energy usage monitoring: Smart meter solutions enables consumers to monitor consumption patterns in real time, and facilitates informed decisions to reduce energy consumption and save costs.
3.) Enhanced energy efficiency: Smart metering tools empower consumers to make energy-conscious choices. This way, they lead to behavioral changes, reduced consumption, and lower utility bills, downsizing energy costs.
4.) Faster & easier service: Smart metering software allows utilities to detect and resolve issues remotely, speeding up response times and minimizes inconvenience for consumers.
5.) Integration with smart home technology: Smart meters can enable automation and optimization of energy usage and integrate with smart thermostats for efficient heating and cooling.
6.) Support for renewable energy: By providing real-time data for better management of renewable sources, smart meter technology ensures a stable and reliable energy distribution system.
7.) Reduced environmental impact: Since smart metering enables monitoring and reduction of utility demand, it contributes to decreased reliance on older, less efficient power plants, reducing environmental impact.
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