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Utility Communications Market Analysis

ID: MRFR//2187-CR | 111 Pages | Author: Priya Nagrale| October 2020

In a wireless mesh network, devices can easily adapt to different network needs because of their self-configuring and self-organizing capabilities. These features make it simple to deploy nodes within the network. One useful application of these networks is in Intelligent Transportation Systems (ITS), where real-time traffic information collected from probe vehicles helps authorities monitor traffic, preventing accidents and collisions.

Wireless mesh networks can be implemented along highways and expressways to assess the condition of roads and bridges, ensuring their safety and facilitating smooth traffic flow. For instance, mobile ad-hoc networks (MANET) are employed by highway authorities to enable communication between vehicles equipped with sensors and base stations, ensuring safe transportation. An example is the Portsmouth real-time travel information system (PORTAL), which efficiently provides real-time information about buses, including their estimated arrival and departure times. This traffic information is gathered from vehicles and transmitted securely through scalable wireless mesh networks. Therefore, the increasing demand for Intelligent Transportation Systems (ITS) expands the applications of wireless mesh networks.

Additionally, the adaptability and self-organizing features of devices in wireless mesh networks enhance their versatility in diverse environments. This adaptability ensures efficient deployment of nodes across various settings, contributing to the network's resilience. The use of wireless mesh networks in Intelligent Transportation Systems exemplifies their practicality, allowing for real-time traffic monitoring and secure communication between vehicles and infrastructure. As the demand for advanced traffic management solutions grows, the applications of wireless mesh networks continue to expand, demonstrating their value in creating smarter and safer transportation ecosystems.

Moreover, the versatility of wireless mesh networks extends beyond traffic management. In various industries, these networks enable seamless connectivity, enhancing communication and data transfer. For instance, in smart cities, wireless mesh networks facilitate efficient citywide services, from smart lighting and waste management to environmental monitoring. The self-organizing nature of these networks ensures robust and adaptable connectivity, making them valuable in diverse applications. As the demand for intelligent and interconnected systems continues to grow, the role of wireless mesh networks becomes increasingly vital in shaping the landscape of modern connectivity and smart infrastructure.

Covered Aspects:

Report Attribute/Metric Details
Segment Outlook Technology, Utility Type

Utility Communications Market Overview


Utility Communication Market is projected to reach USD 28986.93 million at a CAGR of 5.0% during the forecast period (2022 - 2030), with changing utility billing systems.


Utility communications are the preparation procedure of two-way communications between end-users and the utility across all the deployed data points in the network. It allows access for controlling and monitoring grid equipment, measuring electric network performance, and real-time delivery of information to control centers. The global market enables numerous utility communications technologies operating in oil and gas industries in transmitting and distributing networks, including power line carrier (PLC), fiber optics, WiMax, Ethernet, mesh, microwave, and radio communications. The utility communications market facilitates a secure, reliable, and economical solution that links with faster, efficient, and dependable infrastructure, which leads to lower operating costs, fewer customer complaints, and the high conservation of energy. All these features help to excel in the market growth rapidly.


The global market is growing exponentially over the years, and the strict government regulations supporting utility communications escalate the global market growth. The continuous changes in billing systems of utilities are one of the major driving forces for the utility communications industry. In recent years, smart grid activities are rising, which in turn, result in the utilization of mobile devices. The developments in the utility communications market trends propel the market potential to higher limits and will influence the market greatly in the forecast period.


The report provides detailed information about the overall scenario of the utility communications industry. It discusses the impact of COVID19 on the global market and represents insights into market dynamics along with the key players that drive the market growth. The report includes different segmentation of utility communications market share and puts light on the regions that control to shape the global market growth.


Also, in 2024, ABB has been concentrating on AI-driven mechanical autonomy, especially in assembling, logistics, social insurance and construction. Notably, these include Visual SLAM technology for autonomous navigation and advancements in human-robot interaction achieved via natural language programming.


This led to RBC Bearings paying $2.9bn to buy the DODGE Mechanical Power Transmission division from ABB in July 2021. The purchase was intended to expand the scale and increase the offering of products by RBC Bearings’ industrial distribution.


Through May 2021 – Cisco purchased Kenna Security, which is a top supplier of Vulnerability Management Solutions. According to expectations, this deal would boost Cisco’s cybersecurity offerings targeting utilities among other critical infrastructure sectors.


In April 2021 – Siemens stated that an Advanced Distribution Management System (ADMS) had been implemented for a major European utility. The aim of this system is to increase power grid efficiency, reliability and resilience for the respective utility.


In March 2021 – Nokia entered into a collaboration with a major European utility to trial a private wireless network for power grid communications. Based on Nokia’s 5G technology, it provides high-speed, low-latency communication for grid automation and control purposes.


ABB launched the Tropos TRO600 range of advanced wireless communications solutions in September 2020. These include public as well as private communication technologies capable of delivering highly efficient performance and reliability across mining/oil & gas/utilities/smart cities such as those based on 3GPP/2G/3G/4G LTE/Wirelessmesh, amongst others.


Competitive Landscape of the market


The major key players of the utility communications market are:

  • Schneider Electric (France)

  • ABB (Switzerland)

  • Emerson (USA)

  • Rockwell Automation (US)

  • Siemens (Germany)

  • General Electric (USA)

  • Toshiba (Japan)

  • Honeywell International Inc. (US)

  • Hitachi (Japan)

  • Metso Corporation (Finland)

  • Azbil Corporation (Japan)

  • Yokogawa (Japan)


COVID19 Analysis


The outbreak of COVID19 has caused severe damage to the world, both in health as well as the economy. The industrial and working sector was closed for an uncertain time period which impacted the finances adversely. The global economic growth rate depreciated to a larger extent and will require several years to attain its steady growth. The lockdown measures shut down the industrial operations and delayed many projects, which led to a decrease in the economic growth rate.


Although in the pandemic, every sector faced harsher consequences, the utility communications industry was able to sustain itself in a difficult situation. The modern developments and continuous changes in global market trends increase the demand of the market to a greater extent. The rising usage of mobile devices and smart grids will escalate the market growth in the upcoming years.


Utility Communications Market Dynamics




  • Major drivers of the market




The utility communications market size is expanding to a greater extent over the years, and various advantages of the market will propel its growth in future. There are several factors that drive the industry growth to the next level. One such factor is the strict regulations of government supporting and benefitting utilities that help in increasing the utility communications industry size rapidly. The modern advancements in utility systems and changes in billing systems of utility are a driving force for the utility communications industry growth. The smart grid activities are rising day by day, which leads to more utilization of mobile devices. The higher initial investment for the growth of the market is another driving force that will influence the utility communications industry. The continuous developments in utility communications industry trends allow the potential of the market to reach an optimum level in the near future.




  • Significant growth opportunities for the market




The utility communications market share has numerous opportunities that will push the market economy growth over the forecast period. The utility communications industry allows access to control and monitor equipment, measuring the electric network performance, and deliver real-time information to the control centers. The utility communications are linked with faster, efficient, dependable infrastructure, which makes the utilities have lower operating costs, fewer customer complaints, and higher conservation of energy. All these features will improve the utility communications industry growth in the forecast years.


The global utility communications market outlook represents that the ongoing developments and higher initial investments will drive the market potential further. The government has a major role in providing amenities and services to support expanding the utility communications industry size. The continuous changes in billing systems of utility and developments of utility communications industry trends will propel the future growth of the global market.




  • Market Restraints




The global market was affected adversely due to the outbreak of the COVID19 pandemic, and it is a major constraint for market growth. The lockdown measures resulted in the closures of many industrial operations and delayed several projects for an uncertain time period. However, the utility communications market was still able to maintain continuous growth as the demand for the utility communications industry kept on increasing day by day. The rising investments in building smart communications infrastructure by utilities increased the demand for utility communications market share.




  • Market growth challenges




The utility communications market has many opportunities for growth, but it can be hampered by the challenges involved in the process. There is a significant risk of cyber-attack, and this market is heavily vulnerable to cyber threats. These limitations will be reduced with the advent of new technological developments in the global market trends.




  • Value Chain Analysis




The market revenue is continuously rising over the years and will surpass the historical growth rate of the utility communications market in the near future. The demand for utility communications is increasing over time which will fuel the market value to a greater extent. The global market analysis projects that in the forecast years, the global market growth will increase due to the heavy demand for smart communication infrastructure and changing trends.


Utility Communications Market Segment Overview


The global market for utility communications is segmented on the basis of technology type, utility type, and region. The market segmentation on the basis of technology type includes wired and non-wired segments. The wired segment involves optical fiber, Ethernet, power line communication, and others, whereas the non-wired segments consist of mobile networks, RF mesh, microwave and radio communications, and many more. The utility communications market segmentation on the basis of utility type comprises public and private utilities.


The segment of public utilities dominates the utility communications market share in the forecast period as they operate mostly through the state, local, and national government bodies. Public utilities are increasing their focus on upgrading technologies to remain competitive in the global market. It receives subsidies, funds, and favorable policies of government help in providing all sorts of amenities and services like water, sewage, transportation, electricity to the public.


Companies like ABB contributed its ABB Tropos mesh routers, water SaveSource water meters, SuprOS network management to Glendale power and water, a municipal utility system in LOS Angeles, California. The utility communications market segmentation on the basis of the region consists of different regions such as North America, South America, Europe, Asia Pacific, Middle East, and Africa.


Regional Analysis


The global market analysis is done on several geographical areas such as North America, South America, Europe, Asia Pacific, Middle East, and Africa. The Asia Pacific region holds the largest utility communications market share in the year 2017 and is expected to rise exponentially during the forecast period. The region has major power generation capacities, escalating manufacturing activities, and rapid urbanization, which helps in further growth of utility communications market size.


The European region is expected to hold the second-largestshare in the forecast years as the area has new technological developments which are driving the utility communications market growth in Europe. As per the European Commission, a large fund of around USD 22.42 billion has been contributed by the European Regional Development Fund from 2014 to 2020. The increasing investments and ongoing trends towards digitalization will expand the utility communications market in Europe.

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