Shipments of cellular communications nodes will surpass 16 million by 2022

Cellular smart grid networks enable M2M connectivity for AMI and smart meters, leveraging public carrier coverage, improved reliability and security, and reduced costs to scale utility communications across Asia Pacific and worldwide deployments.

Long accustomed to using private networks, such as power line communications and radio frequency mesh, for transmitting power grid data, utilities are increasingly turning to public cellular networks for smart grid communications. While European utilities have been using cellular for some time, North American firms have only recently begun to commit to public networks for critical smart grid applications.

Cellular networks are also expected to play a significant role in supporting large-scale smart meter rollouts across the Asia Pacific region, with smart grid spending in Asia continuing to accelerate.

Click to tweet: According to a new report from Navigant Research, worldwide shipments of public cellular communications nodes for smart grid applications will grow from fewer than 3 million annually in 2013 to 16.3 million in 2020.

“Smart grid investments, and whether smart meters should wait for broader smart grid capabilities, are dependent upon reliable, ubiquitous communications and not all utilities have the resources to build and manage these networks themselves,” says Richelle Elberg, senior research analyst with Navigant Research. “Public cellular networks are beginning to make headway in the utility environment thanks to a convergence of factors, including dramatically reduced pricing for cellular machine-to-machine connectivity, ubiquitous network coverage, and significantly improved reliability and security.”

However, utilities face a number of challenges in shifting to cellular amid a grid transition for renewables that is reshaping operations, according to the report. For example, cellular carriers typically update their technology every 3 to 5 years, while utilities operate on a 10- to15-year lifecycle. In addition, particularly in North America, utilities are incentivized to make capital investments, even as the smart grid market grows, which can be recovered in rate cases, versus increasing their operating expenses. Public cellular service adds to a utility’s operating expense line, which may lower profitability.

The report, “Public Carrier Networks for Smart Grids”, examines the global market opportunity for cellular smart grids, including 212 million smart meters projected by 2014 in related analyses. The study provides an analysis of the drivers, market challenges, and technology issues that will shape the market over the coming decade. Global market forecasts for public cellular communications nodes, segmented by application, region, and technology, extend through 2020. The report also profiles the key vendors, utilities, and carriers related to the cellular smart grid ecosystem.

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