Low Voltage SwitchgeLow Voltage Switchgear Market is predicted to reach USD 57890.06 million at a CAGR of 3.7% during the forecast period 2023-2032ar Market Driven by the Rising Favorably Policies across the Globe

Market Research Future (MRFR) has published on the “Global Low Voltage Switchgear Market”.

The Low voltage switchgear market is estimated to register a CAGR of 3.7% during the forecast period of 2023 to 2030.

MRFR recognizes the following companies as the key players in the global Low voltage switchgear market— Siemens, ABB, Schneider Electric, Eaton Corporation, Mitsubishi Electric Corporation, General Electric, Hyosung Corporation, Powell Industries, Hyundai Electric & Energy Systems CO, LTD and Others

Low Voltage Switchgear Market Highlights

The global Low voltage switchgear market is accounted for to register a CAGR of 3.7% during the forecast period and is estimated to reach USD 57890.06 million by 2030.

This revival in investments in the construction sector is among the major drivers of the low voltage switchgear market. While economies recover from downturns, infrastructure projects pick up pace with a renewed focus on modernizing and expanding construction activities across residential, commercial, and industrial sectors. The low voltage switchgear demand goes in tandem with the resurgence in construction investment, for the simple reason that it manages, protects, and controls electrical systems integral to these developments. More investments in construction would translate to heavy infrastructure works related to building new buildings, roads, and public utilities. These modern buildings and infrastructures require state-of-the-art electrical systems to assure reliability, safety, and efficiency. This is very important in these systems for overcurrent protection, load management, and the safe distribution of electricity. The demand for new, complex construction projects on a large scale, along with increasing complexity, naturally pushes the demand for modern switchgear solutions. Investments in industrial facilities and manufacturing plants further boost the switchgear market. Modern industrial environments demand robust electrical systems that will support advanced machinery and automation processes. Low voltage switchgear becomes essential for maintaining operational efficiency and safety at these locations, meeting the requirement for fault protection and reliable distribution of power.

Growth in residential and commercial real estate sectors is driving demand for efficient and reliable electrical systems. Newly built residential complexes, office buildings, shopping centers, and hotels are all installed with comprehensive electricals. Low voltage switchgear guarantees that these systems work safely and effectively, as it manages electrical loads and ensures protection against faults. The expansion of urban areas and the redevelopment of commercial spaces further amplify the demand for switchgear solutions.

Overall, the revival of investments in the construction sector stimulates demand for low voltage switchgear due to the creation of a need for modern electrical systems in new and upgraded buildings and infrastructure. The trend goes on increasing in the switchgear market due to the changing nature of construction activities and infrastructure projects.

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Segment Analysis

The global Low voltage switchgear market has been segmented based on Protection, Product, Rated Current, Voltage, Installation, Current, End-User, and Region.

The global Low voltage switchgear Market segmentation, based on Protection has been segmented into segmented into Circuit Breaker and Fuse. Among these, the Circuit Breaker of Low voltage switchgear is projected to dominate the global Low voltage switchgear market revenue through the projected period. Circuit breakers offer protection to electrical systems in low-voltage switchgear. They basically ensure that electrical circuits are not damaged due to overloads and short circuits. In the event that the flow of current through a circuit becomes too high, resulting from a fault or overload condition, the circuit breaker automatically opens, thus cutting off the flow of electricity; this prevents possible damage to equipment and reduces the risk of fire breakouts or electrical hazards. The protection is achieved via two principal mechanisms: thermal and magnetic. The former responds to the prolonged overload by means of a bimetallic strip, which, upon heating, will bend and trip the breaker. The latter responds to short circuits by means of an electromagnetic force that triggers the breaker instantaneously.

Moreover, most contemporary circuit breakers now integrate remote monitoring and control capability, facilitating their integration into smart grid systems to enhance operational efficiency and reliability. They can also be designed in various breaking capacities and trip settings to attend to various applications and load requirements. In that respect, circuit breakers are crucial to low voltage electrical system safety and reliability through the provision of reliable protection and quick isolation of faults.

In the Product segment, the market is categorized into Fixed Mounting, Plug In and Withdrawal Unit. The Fixed Mounting segment is dominant with the largest market share than Plug In segment in the Low voltage switchgear industry. Fixed mounting in low-voltage switchgear refers to one of the methods of installation wherein the components of the switchgear, like circuit breakers, switches, and disconnectors, are mounted either directly onto the enclosure of the low-voltage switchgear or inside some other enclosure of the assembly. This type of mounting procedure has some key advantages that make it very essential to the overall performance and safety of electrical systems. Fixed mounting ensures that switchgear components will be well-positioned to avoid movement and vibrations that may affect their performance. This stability is highly critical to the sustaining of reliable operation without mechanical failures or misalignments. The risk of damage due to impacts coming from outside or relating to the environment is reduced by firmly holding components within a fixed enclosure. It gives better mechanical strength to switchgear and thus offers improved protection to equipment and personnel for improved safety. Fixed mounting allows optimum utilization of available space within switchgear panels and enclosures. This will permit a far more organized, compact, and space-saving installation of electrical components. This is particularly important in installations where space is at a premium. Basically, fixed mounting enhances the stability, durability, and safety of low voltage switchgear and ensures reliable operation with the possibility of quick and easy maintenance.

In Rated Current segment, the market is categorized into <=1,000 Ampere, 1,000 TO 5,000 Ampere and >5,000 Ampere. The dominant market share in the Low voltage switchgear industry is expected to be held by the <=1,000 Ampere and the second dominant segment is 1,000 TO 5,000 Ampere. In low voltage switchgear, currents of ≤1,000 Amperes play a critically important role in the management and protection of electrical systems for commercial, industrial, and residential applications. Switchgear developed for 1,000 Amperes offers protection by opening the circuit in case of overcurrent conditions, preventing damage to equipment and reducing the risk of electrical fire outbreaks. This line of products is necessary to ensure that electrical power is effectively distributed in a system by safely delivering the power to various loads and circuits in an installation. Apparatus rated for ≤1,000 Amperes – contributes to the reliable operation of medium-sized installations through the balancing of strong protection and operational efficiency. It facilitates proper management of electrical loads and thus assures system stability with reduced chances of failures. Moreover, switchgear within this current range is flexible—for example, ideal for commercial and industrial processes. Its flexible application in response to different power requirements with regard to safety and performance is central to the integrity and reliability of low voltage electrical systems.

In Voltage segment, the market is categorized into UPTO 250V, 251V to 750V and 750v to 1KV. The dominant market share in the Low voltage switchgear industry is expected to be held by the UPTO 250V and the second dominant segment is 251V to 750V. Low voltage switchgear refers to switchgear whose applications are rated at less than 250V. It offers electrical protection, remote switching, and circuit and installation isolation. This type of switchgear is dominantly used in low voltage power distribution systems. Another key sub-segment in the low voltage switchgear market is from 251V to 750V. This also remains under the category of low voltage switchgear and mainly consists of circuit breakers. Thus, these devices are mission-critical in applications such as power distribution networks and motor control centers, and allow for the integration of power and automation systems in the process, power, and infrastructure sectors.

In Installation segment, the market is categorized into Indoor and Outdoor. The dominant market share in the Low voltage switchgear industry is expected to be held by the Outdoor and the second dominant segment is Indoor. The outdoor segment of low voltage switchgear plays an important role in the control and protection of electrical systems in an external environment. Designed to operate under rain, snow, extreme temperatures, and UV radiation, outdoor switchgear assures reliable operation with long-term durability in hostile environments, giving backbone functionality to electrical systems while protecting them from environmental damage. It therefore follows that switchgear installed outdoors makes it relatively easy to effect maintenance and operation without necessarily interfering with a number of activities going on indoors, greatly enhancing safety by reducing as many electrical hazards as possible inside buildings. This becomes quite important in large industrial plants, utility substations, and infrastructure projects where the need for effective distribution and control of power is necessary. Indeed, outdoor switchgear fulfills high-capacity requirements and easily incorporates renewable sources like solar panels in order to meet today's power system demand. In general, outdoor low-voltage switchgear helps greatly in efficiently managing electrical systems under environmental factors by offering both operational efficiency and enhanced safety.

In Current segment, the market is categorized into AC and DC. The dominant market share in the Low voltage switchgear industry is expected to be held by AC and the second dominant segment is DC. It is one of the major building blocks of low voltage switchgear since it provides the driving power needed for operation and protection in electrical systems. The AC current is applied for distribution in different circuits and various components within the low voltage switchgear; it's rated for use on electrical systems usually below 1,000 volts and forms the base of the system. AC current plays a big role in carrying out the switchgear's primary functions, which include circuit protection, load management, and electrical isolation to ensure stable and reliable power distribution. The design of the circuit breakers and other protective equipment of the switchgear allows them to handle AC current by breaking the current flow in case of overloads or short circuits, so equipment is not damaged, and electrical hazards are limited. And Low-voltage alternating current (AC) switchgear arrangements are still widely used in low-voltage direct current (DC) distribution centres of up to 250 V. Manufacturers used to provide two-pole draw-out circuit breakers for DC switchgear. Both DC and AC applications use the same three-pole design and three-phase bus configuration. Direct-acting overcurrent trip elements are not commonly available for low voltage power circuit breakers. Direct-acting and electromechanical trip elements have been replaced by electronic trip elements for overcurrent protection. Nonetheless, the insulated low voltage circuit breakers include both electronic and thermal-magnetic overcurrent trip elements. As a replacement for older low voltage power circuit breakers, electromechanical and direct-acting trip elements are still available on the secondary market.

In End-User segment, the market is categorized into T&D Utility, Commercial, Industrial, Residential and Others. The dominant market share in the Low voltage switchgear industry is expected to be held by Residential and the second dominant segment is T&D Utility. In residential, it is the low voltage switchgear solution used to manage and protect electrical systems in residential homes. It is designed to handle circuits that are running at lower voltages, normally below 1,000 volts, and is the backbone of safe and reliable power distribution in any household. Further, residential switchgear helps manage electrical distribution, which allows homeowners to easily control and isolate circuits whenever the need arises. This allows one to carry out maintenance or attend to electrical failures in safety. Generally, low voltage switchgear in the residential sector helps in the efficient and safe operation of electrical systems, enhancing general reliability and functionality of electrical installations in homes.

Regional Analysis

By Region, the Low voltage switchgear market is segmented into North America, Europe, Asia-Pacific, Middle East & Africa, and South America. The North America Low voltage switchgear market holds considerable market share and is also forecasted to hold the largest share during the forecast period. North America dominates the greatest market share for low voltage switchgear, because of a variety of reasons. The infrastructural development and continuous investments in its modernization within the region play a very key role in this leading position. Upgrading and maintaining reliable electrical systems in view of commercial, industrial, and residential sectors remains a strong driving force for low voltage switchgear demand in North America. Other critical factors are technological advancements and innovation. This is a leading region in the adoption of new technologies like smart grids and automated systems, wherein cutting edge low voltage switchgear can vastly enhance functionality and efficiency. Another important factor is strict regulatory standards and high safety and energy efficiency considerations, which further fuel the adoption of advanced switchgear solutions. The US market for low voltage switchgear is expected to grow manifold on the back of power demand from the commercial and industrial sectors, coupled with increasing oil production activities. On the other hand, Canada is investing USD 5 million in smart grid technology for net-zero energy communities in Ottawa; this will strengthen the grid structure of electricity in order to pave the path for microgrids. This investment is likely to increase demand for low voltage switchgear across the country. Added to this, the number of data centers has been on the rise and requires a stable and reliable power supply for smooth and faultless operation of computing and networking equipment, hence increasing demand for power T&D equipment. This is likely to raise the prospect of low voltage switchgear markets in the region during the forecast period due to increasing power demand and data centers.

Key Findings of the Study

• The global Low voltage switchgear market is expected to reach 26530.52 million by 2030, at a CAGR of 3.7% during the forecast period.


• The North America region accounted for the fastest-growing global market.


• Based on Protection, the Circuit Breaker segment was attributed to holding the largest market in 2022.


• Based on Product, the Fixed Mounting segment was attributed to holding the largest market in 2022.


• Based on Rated Current, the <=1,000 Ampere segment was attributed to holding the largest market in 2022.


• Based on Voltage, the UPTO 250V segment was attributed to holding the largest market in 2022.


• Based on Installation, the Outdoor segment was attributed to holding the largest market in 2022.


• Based on Current, the AC segment was attributed to holding the largest market in 2022.


• Based on End-User, the Residential segment was attributed to holding the largest market in 2022.


• Siemens, ABB, Schneider Electric, Eaton Corporation, Mitsubishi Electric Corporation, General Electric, Hyosung Corporation, Powell Industries, Hyundai Electric & Energy Systems CO, LTD and Others are the key market players.