Global Electrical Overloads Market – Industry Analysis and Forecast (2019-2026) by Protective devices and by Region


Global Electrical Overloads Market was valued at US$ XX Mn. in 2019 and is expected to reach US$ XX Mn. by 2026.
An electric overload occurs when a high amount of current passes through electric wires. The wires heat and can melt, with the risk of starting a fire. Overloads are most often between one and six times the normal current level. They are caused by harmless temporary surge currents that occur when motors start-up or transformers are energized. Such overload currents, or transients, are normal occurrences. Continuous overloads can result from defective motors, overloaded equipment, or too many loads on one circuit. Such sustained overloads are destructive and must be cut off by protective devices before they damage the distribution system or system loads.

The report covers the detailed analysis of Global Electrical Overloads Market with the classifications of the market on by Protective devices and by Region. Analysis of past market dynamics from 2016 to 2019 is given in the report, which will help readers to benchmark the past trends with current market scenarios with the key players contribution in it.

Market Dynamics

A sustained overload current results in overheating of conductors and other components and will cause deterioration of insulation, which may eventually result in severe damage and short circuits if not interrupted. The excessive current causes the motor to overheat, which in turn causes the motor winding insulation to deteriorate and fail. Good motor overload protection can greatly extend the useful life of a motor, which is expected to boost the Global Electrical Overloads Market.

Electrical unbalance can be caused by several different sources like power delivery problems, low voltage, or an insulation resistance breakdown inside the motor windings. Even a small voltage unbalance can cause connections to deteriorate, reducing the amount of voltage supplied, while motors and other loads will draw excessive current, deliver lower torque, and fail sooner. A severe unbalance can blow a fuse reducing operations down, contributing to the growth of the Global Electrical Overloads Market.

High competition among the manufacturers have increased its emphasis on research & development activities to bring new cost-effective solutions with technological advancement. Eventually resulting in pricing pressure, which is expected to hamper the growth of the Global Electrical Overloads Market.

Segment analysis-

The report groups the Global Electrical Overloads Market in different segments by Protective devices and by Region to forecast the revenues and analyze the market share of each segment over the forecast period.

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Based on protective devices, circuit breakers and fuses segment was dominant in 2019 and is expected to command a market share of xx% by 2026. Circuit breakers and Fuses are protective devices used to protect circuits against short circuits, ground faults, and overloads. In the event of a short circuit, a properly sized fuse or circuit breaker will immediately open the circuit. Overload relays are designed to meet the special protection needs of motor control circuits. Overload relays allow harmless temporary overloads, such as motor starting, without disrupting the circuit, will trip and open a circuit if the current is high enough to cause motor damage over a period of time.

Regional Insights-

North America is expected to command largest market share of xx% by 2026

Developing and developed economies in North America, like the US and Canada due to the rapid industrialization and increase of residential and commercial sector safety, have contributed to the growth of Global Electrical Overloads Market in the region. Technological advancements have increased the need for automation for high efficiency and safety of the processes. Increased government investment in the research & development sector for more advanced and cost-effective devices has increased the production of Electrical Overloads devices in the region.APAC is expected to command market share of xx% by 2026
Developing economies in APAC, like China, India and Japan due to its growing population the market of Electrical Overloads have increased in this region. China is investing more in its innovation in design and technological advancement because of rapid urbanization, increasing household income, and environmental safety concerns of the population. China is the leader in the cheap manufacturing of Circuit Breakers. Indonesia and Vietnam is also among the fastest-growing markets for Electrical Overloads protective devices.

The report also helps in understanding the Global Electrical Overloads Market dynamics, structure by analyzing the Market segments and project the Global Electrical Overloads Market which gives clear representation of competitive analysis of key players by price, financial position, portfolio, growth strategies, and regional presence in the Global Electrical Overloads Market make the report investor’s guide.

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Global Electrical Overloads Market, by Region

• North America
• Europe
• Asia Pacific
• Middle East & Africa
• South America

Key players of Global Electrical Overloads Market

• Endo Kogyo
• Akira Controls
• Omson Hyrdo Solutions
• Caflon Marketing Systems
• ABB
• Sensor ONE Ltd.
• WIKA
• Sensata Technologies, Inc.
• Emerson Electric Co.
• Yokogawa Electric Corporation
• Honeywell International Inc. 




Global Electrical Overloads Market

1. Preface
1.1. Report Scope and Market Segmentation
1.2. Research Highlights
1.3. Research Objectives

2. Assumptions and Research Methodology
2.1. Report Assumptions
2.2. Abbreviations
2.3. Research Methodology
2.3.1. Secondary Research
2.3.1.1. Secondary data
2.3.1.2. Secondary Sources
2.3.2. Primary Research
2.3.2.1. Data from Primary Sources
2.3.2.2. Breakdown of Primary Sources

3. Executive Summary: Electrical Overloads Market Size, By Market Value (US$ Mn)

4. Market Overview
4.1. Introduction
4.2. Market Indicator
4.2.1. Drivers
4.2.2. Restraints
4.2.3. Opportunities
4.2.4. Challenges
4.3. Porter’s Analysis
4.4. Value Chain Analysis
4.5. Market Risk Analysis
4.6. SWOT Analysis
4.7. Industry Trends and Emerging Technologies

5. Supply Side and Demand Side Indicators

6. Global Electrical Overloads Market Analysis and Forecast
6.1. Electrical Overloads Market Size & Y-o-Y Growth Analysis
6.1.1. North America
6.1.2. Europe
6.1.3. Asia Pacific
6.1.4. Middle East & Africa
6.1.5. South America

7. Global Electrical Overloads Market Analysis and Forecast, By Protective devices
7.1. Introduction and Definition
7.2. Key Findings
7.3. Electrical Overloads Market Value Share Analysis, By Protective devices
7.4. Electrical Overloads Market Size (US$ Mn) Forecast, By Protective devices
7.5. Electrical Overloads Market Analysis, By Protective devices
7.6. Electrical Overloads Market Attractiveness Analysis, By Protective devices

8. Global Electrical Overloads Market Analysis, By Region
8.1. Electrical Overloads Market Value Share Analysis, By Region
8.2. Electrical Overloads Market Size (US$ Mn) Forecast, By Region
8.3. Electrical Overloads Market Attractiveness Analysis, By Region

9. North America Electrical Overloads Market Analysis
9.1. Key Findings
9.2. North America Electrical Overloads Market Overview
9.3. North America Electrical Overloads Market Value Share Analysis, By Protective devices
9.4. North America Electrical Overloads Market Forecast, By Protective devices
9.4.1. Fuses
9.4.2. Circuit Breakers
9.4.3. Overload relays
9.4.4. Ambient Compensated overload relays
9.4.5. Other
9.5. North America Electrical Overloads Market Value Share Analysis, By Component
9.6. North America Electrical Overloads Market Value Share Analysis, By Country
9.7. North America Electrical Overloads Market Forecast, By Country
9.7.1. U.S.
9.7.2. Canada
9.7.3. Mexico
9.8. North America Electrical Overloads Market Analysis, By Country
9.9. U.S. Electrical Overloads Market Forecast, By Protective devices
9.9.1. Fuses
9.9.2. Circuit Breakers
9.9.3. Overload relays
9.9.4. Ambient Compensated overload relays
9.9.5. Other
9.10. Canada Electrical Overloads Market Forecast, By Protective devices
9.10.1. Fuses
9.10.2. Circuit Breakers
9.10.3. Overload relays
9.10.4. Ambient Compensated overload relays
9.10.5. Other
9.11. Mexico Electrical Overloads Market Forecast, By Protective devices
9.11.1. Fuses
9.11.2. Circuit Breakers
9.11.3. Overload relays
9.11.4. Ambient Compensated overload relays
9.11.5. Other
9.12. North America Electrical Overloads Market Attractiveness Analysis
9.12.1. By Protective devices
9.13. PEST Analysis
9.14. Key Trends
9.15. Key Developments

10. Europe Electrical Overloads Market Analysis
10.1. Key Findings
10.2. Europe Electrical Overloads Market Overview
10.3. Europe Electrical Overloads Market Value Share Analysis, By Protective devices
10.4. Europe Electrical Overloads Market Forecast, By Protective devices
10.4.1. Fuses
10.4.2. Circuit Breakers
10.4.3. Overload relays
10.4.4. Ambient Compensated overload relays
10.4.5. Other
10.5. Europe Electrical Overloads Market Value Share Analysis, By Country
10.6. Europe Electrical Overloads Market Forecast, By Country
10.6.1. Germany
10.6.2. U.K.
10.6.3. France
10.6.4. Italy
10.6.5. Spain
10.6.6. Sweden
10.6.7. CIS countries
10.6.8. Rest of Europe
10.7. Germany Electrical Overloads Market Forecast, By Protective devices
10.7.1. Fuses
10.7.2. Circuit Breakers
10.7.3. Overload relays
10.7.4. Ambient Compensated overload relays
10.7.5. Other
10.8. U.K. Electrical Overloads Market Forecast, By Protective devices
10.8.1. Fuses
10.8.2. Circuit Breakers
10.8.3. Overload relays
10.8.4. Ambient Compensated overload relays
10.8.5. Other
10.9. France Electrical Overloads Market Forecast, By Protective devices
10.9.1. Fuses
10.9.2. Circuit Breakers
10.9.3. Overload relays
10.9.4. Ambient Compensated overload relays
10.9.5. Other
10.10. Italy Electrical Overloads Market Forecast, By Protective devices
10.10.1. Fuses
10.10.2. Circuit Breakers
10.10.3. Overload relays
10.10.4. Ambient Compensated overload relays
10.10.5. Other
10.11. Spain Electrical Overloads Market Forecast, By Protective devices
10.11.1. Fuses
10.11.2. Circuit Breakers
10.11.3. Overload relays
10.11.4. Ambient Compensated overload relays
10.11.5. Other
10.12. Sweden Electrical Overloads Market Forecast, By Protective devices
10.12.1. Fuses
10.12.2. Circuit Breakers
10.12.3. Overload relays
10.12.4. Ambient Compensated overload relays
10.12.5. Other
10.13. CIS countries Electrical Overloads Market Forecast, By Protective devices
10.13.1. Fuses
10.13.2. Circuit Breakers
10.13.3. Overload relays
10.13.4. Ambient Compensated overload relays
10.13.5. Other
10.14. Rest of Europe Electrical Overloads Market Forecast, By Protective devices
10.14.1. Fuses
10.14.2. Circuit Breakers
10.14.3. Overload relays
10.14.4. Ambient Compensated overload relays
10.14.5. Other
10.15. Europe Electrical Overloads Market Attractiveness Analysis
10.15.1. By Protective devices
10.16. PEST Analysis
10.17. Key Trends
10.18. Key Developments

11. Asia Pacific Electrical Overloads Market Analysis
11.1. Key Findings
11.2. Asia Pacific Electrical Overloads Market Overview
11.3. Asia Pacific Electrical Overloads Market Value Share Analysis, By Protective devices
11.4. Asia Pacific Electrical Overloads Market Forecast, By Protective devices
11.4.1. Fuses
11.4.2. Circuit Breakers
11.4.3. Overload relays
11.4.4. Ambient Compensated overload relays
11.4.5. Other
11.5. Asia Pacific Electrical Overloads Market Value Share Analysis, By Country
11.6. Asia Pacific Electrical Overloads Market Forecast, By Country
11.6.1. China
11.6.2. India
11.6.3. Japan
11.6.4. South Korea
11.6.5. Australia
11.6.6. ASEAN
11.6.7. Rest of Asia Pacific
11.7. Asia Pacific Electrical Overloads Market Analysis, By Country
11.8. China Electrical Overloads Market Forecast, By Protective devices
11.8.1. Fuses
11.8.2. Circuit Breakers
11.8.3. Overload relays
11.8.4. Ambient Compensated overload relays
11.8.5. Other
11.9. India Electrical Overloads Market Forecast, By Protective devices
11.9.1. Fuses
11.9.2. Circuit Breakers
11.9.3. Overload relays
11.9.4. Ambient Compensated overload relays
11.9.5. Other
11.10. Japan Electrical Overloads Market Forecast, By Protective devices
11.10.1. Fuses
11.10.2. Circuit Breakers
11.10.3. Overload relays
11.10.4. Ambient Compensated overload relays
11.10.5. Other
11.11. South Korea Electrical Overloads Market Forecast, By Protective devices
11.11.1. Fuses
11.11.2. Circuit Breakers
11.11.3. Overload relays
11.11.4. Ambient Compensated overload relays
11.11.5. Other
11.12. Australia Electrical Overloads Market Forecast, By Protective devices
11.12.1. Fuses
11.12.2. Circuit Breakers
11.12.3. Overload relays
11.12.4. Ambient Compensated overload relays
11.12.5. Other
11.13. ASEAN Electrical Overloads Market Forecast, By Protective devices
11.13.1. Fuses
11.13.2. Circuit Breakers
11.13.3. Overload relays
11.13.4. Ambient Compensated overload relays
11.13.5. Other
11.14. Rest of Asia Pacific Electrical Overloads Market Forecast, By Protective devices
11.14.1. Fuses
11.14.2. Circuit Breakers
11.14.3. Overload relays
11.14.4. Ambient Compensated overload relays
11.14.5. Other
11.15. Asia Pacific Electrical Overloads Market Attractiveness Analysis
11.15.1. By Protective devices
11.16. PEST Analysis
11.17. Key Trends
11.18. Key Developments

12. Middle East & Africa Electrical Overloads Market Analysis
12.1. Key Findings
12.2. Middle East & Africa Electrical Overloads Market Overview
12.3. Middle East & Africa Electrical Overloads Market Value Share Analysis, By Protective devices
12.4. Middle East & Africa Electrical Overloads Market Forecast, By Protective devices
12.4.1. Fuses
12.4.2. Circuit Breakers
12.4.3. Overload relays
12.4.4. Ambient Compensated overload relays
12.4.5. Other
12.5. Middle East & Africa Electrical Overloads Market Value Share Analysis, By Country
12.6. Middle East & Africa Electrical Overloads Market Forecast, By Country
12.6.1. GCC Countries
12.6.2. South Africa
12.6.3. Nigeria
12.6.4. Egypt
12.6.5. Rest of Middle East & Africa
12.7. Middle East & Africa Electrical Overloads Market Analysis, By Country
12.8. GCC Countries Electrical Overloads Market Forecast, By Protective devices
12.8.1. Fuses
12.8.2. Circuit Breakers
12.8.3. Overload relays
12.8.4. Ambient Compensated overload relays
12.8.5. Other
12.9. South Africa Electrical Overloads Market Forecast, By Protective devices
12.9.1. Fuses
12.9.2. Circuit Breakers
12.9.3. Overload relays
12.9.4. Ambient Compensated overload relays
12.9.5. Other
12.10. Nigeria Electrical Overloads Market Forecast, By Protective devices
12.10.1. Fuses
12.10.2. Circuit Breakers
12.10.3. Overload relays
12.10.4. Ambient Compensated overload relays
12.10.5. Other
12.11. Egypt Electrical Overloads Market Forecast, By Protective devices
12.11.1. Fuses
12.11.2. Circuit Breakers
12.11.3. Overload relays
12.11.4. Ambient Compensated overload relays
12.11.5. Other
12.12. Rest of Middle East & Africa Electrical Overloads Market Forecast, By Protective devices
12.12.1. Fuses
12.12.2. Circuit Breakers
12.12.3. Overload relays
12.12.4. Ambient Compensated overload relays
12.12.5. Other
12.13. Middle East & Africa Electrical Overloads Market Attractiveness Analysis
12.13.1. By Protective devices
12.14. PEST Analysis
12.15. Key Trends
12.16. Key Developments

13. South America Electrical Overloads Market Analysis
13.1. Key Findings
13.2. South America Electrical Overloads Market Overview
13.3. South America Electrical Overloads Market Value Share Analysis, By Protective devices
13.4. South America Electrical Overloads Market Forecast, By Protective devices
13.4.1. Fuses
13.4.2. Circuit Breakers
13.4.3. Overload relays
13.4.4. Ambient Compensated overload relays
13.4.5. Other
13.5. South America Electrical Overloads Market Value Share Analysis, By Country
13.6. South America Electrical Overloads Market Forecast, By Country
13.6.1. Brazil
13.6.2. Colombia
13.6.3. Argentina
13.6.4. Rest of South America
13.7. South America Electrical Overloads Market Analysis, By Country
13.8. Brazil Electrical Overloads Market Forecast, By Protective devices
13.8.1. Fuses
13.8.2. Circuit Breakers
13.8.3. Overload relays
13.8.4. Ambient Compensated overload relays
13.8.5. Other
13.9. Colombia Electrical Overloads Market Forecast, By Protective devices
13.9.1. Fuses
13.9.2. Circuit Breakers
13.9.3. Overload relays
13.9.4. Ambient Compensated overload relays
13.9.5. Other
13.10. Argentina Electrical Overloads Market Forecast, By Protective devices
13.10.1. Fuses
13.10.2. Circuit Breakers
13.10.3. Overload relays
13.10.4. Ambient Compensated overload relays
13.10.5. Other
13.11. Rest of South America Electrical Overloads Market Forecast, By Protective devices
13.11.1. Fuses
13.11.2. Circuit Breakers
13.11.3. Overload relays
13.11.4. Ambient Compensated overload relays
13.11.5. Other
13.12. South America Electrical Overloads Market Attractiveness Analysis
13.12.1. By Protective devices
13.13. PEST Analysis
13.14. Key Trends
13.15. Key Developments

14. Company Profiles
14.1. Market Share Analysis, By Company
14.2. Competition Matrix
14.2.1. Competitive Benchmarking of key players By price, presence, market share, Component, and R&D investment
14.2.2. New Product Launches and Product Enhancements
14.2.3. Market Consolidation
14.2.3.1. M&A By Regions, Investment and Component
14.2.3.2. M&A Key Players, Forward Integration and Backward Integration
14.3. Company Profiles: Key Players
14.3.1. Endo Kogyo
14.3.1.1. Company Overview
14.3.1.2. Financial Overview
14.3.1.3. Product Portfolio
14.3.1.4. Business Strategy
14.3.1.5. Recent Developments
14.3.1.6. Development Footprint
14.3.2. Akira Controls
14.3.3. Omson Hyrdo Solutions
14.3.4. Caflon Marketing Systems
14.3.5. ABB
14.3.6. Sensor ONE Ltd.
14.3.7. WIKA
14.3.8. Sensata Technologies, Inc.
14.3.9. Emerson Electric Co.
14.3.10. Yokogawa Electric Corporation
14.3.11. Honeywell International Inc.

15. Primary key Insights
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