North America Recloser Market Size, Share, Growth, Trends, and Industry Analysis: By Phase Recloser Type (Single Phase, Triple Phase, Triple-Single Phase, Others), By Control Type (Electric, Hydraulic, Others), By Sectionalizer (Resettable Electronic Sectionalizer, Programmable Resettable Sectionalizer) By Voltage (Low, Medium, High) By Insulation Type (Oil, Air, Epoxy) and Country Forecast 2020-2031

North America Recloser Market size was valued at US$ 441.2 million in 2023 and is poised to grow at a 4.7% CAGR from 2025 to 2031. The main job of recloser technology deployment is to identify the source of disruption and fault in the utility grid, cut off the power, and then restore the existing supply after the problem period has passed. A variety of reclosers are available on the market to meet this need. Each of these is designed to meet a specific type of fault. Reclosers use stages reclosers to increase redistributive network management endurance. Rising energy demand and the expansion of distribution and transmission (T&D) systems are driving the growth. Rising interest in renewables, as well as power system activities, are propelling the recloser and segmented industries forward. The installation of automatic circuit breakers, or reclosers, is one of the most effective ways to improve service dependability in the power distribution network.

The global recloser market is expected to expand shortly due to various factors such as the private power distribution industry, technological advancement across the power value chain, expansion of the power distribution network, and globally increasing power generation capacity. Accidental circuit breaks have traditionally been a major source of concern in power distribution, causing damage to appliances and property. A normal circuit breaker, for example, will cut out if there is a disturbance in the load balance, whereas reclosers serve entirely by automatic troubleshooting, protection, automation, metering, and data acquisition functionality to maximize system performance in the electrical distribution system and reduce customer outages. The basic role of installing recloser technology is to detect the source of the interruption and fault in the distribution lines, shut out the current, and restore the current supply when the fault time is ended. This is met by a range of reclosers available on the market, each of which works in a specific sort of fault. Reclosers improve the operational sustainability of distributional systems by utilizing phase reclosers and recloser controllers that operate on the core concept of automation.

Key Developments

In July 2021, CPS Energy announced a four-year Accelerated Recloser Deployment Program in which it will install 144 recloser units around San Antonio, Texas. CPS Energy is certain that this initiative will assist them in sectionalizing its circuits for greater management and focus, testing grid faults, and improving reliability and resilience.