Surge Arrester Market Report Provide Recent Trends, Opportunity, Restraints and Forecast-2029
1. Market Size
• 2023 Market Value: USD 3.8 billion
• 2030 Forecast Value: USD 5.9 billion
• CAGR (2024–2030): ~6.5%
This steady growth is propelled by global utility modernization, digital substation rollout, and demand for reliable power.
2. Overview
Surge arresters — including polymer- and porcelain-housed — are vital components that protect electrical infrastructure from over-voltage events caused by lightning strikes and switching surges. With smart and hybrid designs now available, they play a critical role in safeguarding transmission, distribution, industrial systems, and renewable energy assets.
To Know More About This Report Request A Free Sample Copy https://www.maximizemarketresearch.com/request-sample/25312/
3. Market Estimation & Definition
The surge arrester market comprises:
• Housing Material: Polymer (increasing) and traditional porcelain
• Voltage Classes: Low, medium, and high-voltage systems
• Product Types: Line-mounted, station-class, distribution, and protection-class arresters
• End Users: Utilities, industrial facilities, rail networks, telecom, renewable power plants
These devices support asset longevity, help prevent outages, and maintain grid resilience.
4. Market Growth Drivers & Opportunities
• Grid Modernization: Rising demand for smart substations and digital asset integration
• Climate Impact: Increased frequency of lightning and storms boosts arrester deployment
• Renewable Integration: Wind and solar farms require distribution-level protection
• Material Innovation: Polymer-enclosed arresters provide better performance and durability
• Regulatory Measures: Standards mandating protective devices in substations and industrial assets
• Maintenance & Service Models: Remote-monitoring enabled surge arresters support predictive maintenance
5. Segmentation Analysis
By Housing Material:
• Porcelain: Established, high-voltage applications
• Polymer: Fastest-growing segment due to lightweight, maintenance ease, and humidity resistance
By Voltage Class:
• Low-Voltage Arresters: Used in residential and distribution-level systems
• Medium-Voltage Arresters: Widely implemented across utilities and commercial operations
• High-Voltage Arresters: Essential for utility-scale transmission and substations
By Product Type:
• Line-Mounted Arresters protect overhead line equipment
• Station-Class Arresters safeguard transformer and switchgear houses
• Protection-Class Units serve industrial and specialized applications
By End-Use Sector:
• Utilities: Largest sector due to volume and grid protection needs
• Industrial: High asset-value sites requiring protective infrastructure
• Renewables: Wind and solar farms across medium-voltage networks
• Rail & Transportation: Power system surge protection
• Telecom & Data Centers: Ensuring uptime and infrastructure safety
6. Major Manufacturers
Leading producers shaping the market:
• Siemens Energy
• ABB
• Eaton Power Quality
• Schneider Electric
• Mersen
• General Electric
• Toshiba Transmission & Distribution
• CG Power
• Hyosung Power & Industrial Systems
• Zhejiang Youyuan Electric
These companies lead through smart arrester products, global reach, and after-sales service.
1. Market Size
• 2023 Market Value: USD 3.8 billion
• 2030 Forecast Value: USD 5.9 billion
• CAGR (2024–2030): ~6.5%
This steady growth is propelled by global utility modernization, digital substation rollout, and demand for reliable power.
2. Overview
Surge arresters — including polymer- and porcelain-housed — are vital components that protect electrical infrastructure from over-voltage events caused by lightning strikes and switching surges. With smart and hybrid designs now available, they play a critical role in safeguarding transmission, distribution, industrial systems, and renewable energy assets.
To Know More About This Report Request A Free Sample Copy https://www.maximizemarketresearch.com/request-sample/25312/
3. Market Estimation & Definition
The surge arrester market comprises:
• Housing Material: Polymer (increasing) and traditional porcelain
• Voltage Classes: Low, medium, and high-voltage systems
• Product Types: Line-mounted, station-class, distribution, and protection-class arresters
• End Users: Utilities, industrial facilities, rail networks, telecom, renewable power plants
These devices support asset longevity, help prevent outages, and maintain grid resilience.
4. Market Growth Drivers & Opportunities
• Grid Modernization: Rising demand for smart substations and digital asset integration
• Climate Impact: Increased frequency of lightning and storms boosts arrester deployment
• Renewable Integration: Wind and solar farms require distribution-level protection
• Material Innovation: Polymer-enclosed arresters provide better performance and durability
• Regulatory Measures: Standards mandating protective devices in substations and industrial assets
• Maintenance & Service Models: Remote-monitoring enabled surge arresters support predictive maintenance
5. Segmentation Analysis
By Housing Material:
• Porcelain: Established, high-voltage applications
• Polymer: Fastest-growing segment due to lightweight, maintenance ease, and humidity resistance
By Voltage Class:
• Low-Voltage Arresters: Used in residential and distribution-level systems
• Medium-Voltage Arresters: Widely implemented across utilities and commercial operations
• High-Voltage Arresters: Essential for utility-scale transmission and substations
By Product Type:
• Line-Mounted Arresters protect overhead line equipment
• Station-Class Arresters safeguard transformer and switchgear houses
• Protection-Class Units serve industrial and specialized applications
By End-Use Sector:
• Utilities: Largest sector due to volume and grid protection needs
• Industrial: High asset-value sites requiring protective infrastructure
• Renewables: Wind and solar farms across medium-voltage networks
• Rail & Transportation: Power system surge protection
• Telecom & Data Centers: Ensuring uptime and infrastructure safety
6. Major Manufacturers
Leading producers shaping the market:
• Siemens Energy
• ABB
• Eaton Power Quality
• Schneider Electric
• Mersen
• General Electric
• Toshiba Transmission & Distribution
• CG Power
• Hyosung Power & Industrial Systems
• Zhejiang Youyuan Electric
These companies lead through smart arrester products, global reach, and after-sales service.
Surge Arrester Market Report Provide Recent Trends, Opportunity, Restraints and Forecast-2029
1. Market Size
• 2023 Market Value: USD 3.8 billion
• 2030 Forecast Value: USD 5.9 billion
• CAGR (2024–2030): ~6.5%
This steady growth is propelled by global utility modernization, digital substation rollout, and demand for reliable power.
2. Overview
Surge arresters — including polymer- and porcelain-housed — are vital components that protect electrical infrastructure from over-voltage events caused by lightning strikes and switching surges. With smart and hybrid designs now available, they play a critical role in safeguarding transmission, distribution, industrial systems, and renewable energy assets.
To Know More About This Report Request A Free Sample Copy https://www.maximizemarketresearch.com/request-sample/25312/
3. Market Estimation & Definition
The surge arrester market comprises:
• Housing Material: Polymer (increasing) and traditional porcelain
• Voltage Classes: Low, medium, and high-voltage systems
• Product Types: Line-mounted, station-class, distribution, and protection-class arresters
• End Users: Utilities, industrial facilities, rail networks, telecom, renewable power plants
These devices support asset longevity, help prevent outages, and maintain grid resilience.
4. Market Growth Drivers & Opportunities
• Grid Modernization: Rising demand for smart substations and digital asset integration
• Climate Impact: Increased frequency of lightning and storms boosts arrester deployment
• Renewable Integration: Wind and solar farms require distribution-level protection
• Material Innovation: Polymer-enclosed arresters provide better performance and durability
• Regulatory Measures: Standards mandating protective devices in substations and industrial assets
• Maintenance & Service Models: Remote-monitoring enabled surge arresters support predictive maintenance
5. Segmentation Analysis
By Housing Material:
• Porcelain: Established, high-voltage applications
• Polymer: Fastest-growing segment due to lightweight, maintenance ease, and humidity resistance
By Voltage Class:
• Low-Voltage Arresters: Used in residential and distribution-level systems
• Medium-Voltage Arresters: Widely implemented across utilities and commercial operations
• High-Voltage Arresters: Essential for utility-scale transmission and substations
By Product Type:
• Line-Mounted Arresters protect overhead line equipment
• Station-Class Arresters safeguard transformer and switchgear houses
• Protection-Class Units serve industrial and specialized applications
By End-Use Sector:
• Utilities: Largest sector due to volume and grid protection needs
• Industrial: High asset-value sites requiring protective infrastructure
• Renewables: Wind and solar farms across medium-voltage networks
• Rail & Transportation: Power system surge protection
• Telecom & Data Centers: Ensuring uptime and infrastructure safety
6. Major Manufacturers
Leading producers shaping the market:
• Siemens Energy
• ABB
• Eaton Power Quality
• Schneider Electric
• Mersen
• General Electric
• Toshiba Transmission & Distribution
• CG Power
• Hyosung Power & Industrial Systems
• Zhejiang Youyuan Electric
These companies lead through smart arrester products, global reach, and after-sales service.
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