Размер мирового рынка, прогноз и основные тенденции на 2024-2036 годы
The motor starter market is expected to reach USD 13 billion by the end of 2036, growing at a CAGR of 5% during the forecast period, i.e., 2024-2036. In 2023, the motor starter industry was estimated to be USD 8 billion. The reason for this growth is the growing need for energy efficiency worldwide. Energy conservation initiatives have a significant chance of preventing greenhouse gas emissions, as well as reducing the cost and demand for this valuable resource, and are becoming an important tool to meet the growing demand for energy. For example, in 2022, the global energy efficiency improvement was more than 2%, which is double that of the previous five years combined.
The growing demand for vehicles is believed to be driving the growth of the starter market. The part of the car's starting mechanism that converts the flowing electrical energy into engine torque is called the starter, which is responsible for starting the engine and also provides the necessary spark for the rest of the work.
Рынок моторных стартеров: факторы роста и проблемы
Growth Drivers
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- Growing Mining Industry. Solid state starters for induction motors are widely used to bring conveyor systems up to full speed in heavy industries such as coal mining or quarrying due to their soft start. The capabilities and type of protection they provide are essential in the hazardous environment of an underground mine.
- Motor starters in automation. Motor protection is an important part of machine automation, so soft starters are often used to ensure safe motor starting and prevent serious damage.
- Growing adoption in the electronics industry. In electrical engineering, motor starters are essential components that are also used to protect, reverse and stop electric motors, as well as to switch both DC and induction motors.
Problems
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- Electricity Price Fluctuations . Starters require electricity and batteries, which is determined by the location and style of the home. Electricity costs can fluctuate monthly, annually, and seasonally depending on a number of factors, such as season, the cost of operating the grid and power plants, fuel prices, demand, Public Service Commission regulations, the economy, geography, and weather conditions that cause extreme temperatures or damage to power lines.
- Disruptions in the supply chain can impact the overall cost of production.
- Strict regulatory requirements can increase the complexity and cost of production.
Рынок моторных стартеров: ключевые выводы
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Base year |
2023 |
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Forecasted year |
2024–2036 |
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CAGR |
~5% |
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Market size in the base year (2023) |
~ 8 billion US dollars |
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Market size for the forecast year (2036) |
~ 13 billion US dollars |
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Regional coverage |
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Сегментация моторных стартеров
Equipment (manual, automatic)
The automatic starter segment of the motor starter market is estimated to have a healthy revenue share of 61% in the coming years. An automatic motor starter is essentially a switching device consisting of electrical contacts that enter and exit the motor, allowing the motor/DC generator to start automatically. In an automatic motor starter, the power is restored automatically and the motor starts on its own as a predetermined portion of the primary voltage is transferred to the secondary winding by the transformer itself. Automatic motor starters are incredibly effective in providing convenient and trouble-free motor starting, have superior design, exceptional functionality, and are easy to install and operate. In reduced voltage starting applications, autotransformer motor starters are often used as they have multiple manual speed control options, versatile starting characteristics, and high output torque.
In addition, manual motor starters are electromechanical main circuit protection devices, sometimes called manual motor protectors (MMPs) or motor protection circuit breakers (MPCBs), which are most often used to manually turn motors on and off and protect against overload, phase failure, and short circuit without the need for fuses. With overload protection, the manual starter essentially functions as an "ON-OFF" switch that can be used in a variety of construction and industrial applications for local control of equipment, as these starters do not require a professional to operate; they are quite easy to use and can protect against thermal overload, short circuit, and phase failure.
Voltage (low, high)
The low end of the motor starter market is set to gain a significant share in the coming years. Low voltage motor starter contactor is the most commonly used motor starter device that can be used in various industries and applications as it is capable of interrupting operational overloads, provides vital control and protection for the motor, and is considered an excellent means of reducing costs by reducing overall system energy consumption and equipment wear and tear.
In addition, high voltage solid state soft starters, often known as motor soft starters, are modern devices mainly used to protect and control the starting and stopping of synchronous and asynchronous motors using high voltage soft starter.
Stage (one, three)
The third phase segment of the motor starter market may take a significant share in the near future. The overload relay and contactor constitute the three-phase motor starter, which is suitable for occasions where automatic motor starting is required, and is often used to control large three-phase AC asynchronous motors. In addition, the single-phase motor starter is an electrical device that can be used instead of ordinary three-phase motor starters in many industries, including mining, metallurgy, chemical industry, power, shipbuilding, construction, marine engineering. advantages that include simple structure, easy installation, small size and high efficiency.
Our in-depth analysis of the global starter market includes the following segments:
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Technique |
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Voltage |
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End user |
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Настроить этот отчетИндустрия моторных стартеров – Региональный обзор
Asia Pacific Market Forecast
The Asia Pacific region is projected to account for the largest share of the engine starter market by 40% by 2036, driven by rising personal disposable income. In urban India, more than 20% of the 1,000+ respondents reported a net increase in their discretionary income, driven by factors such as taxes and rising wages. As a result, the country will become a consumer powerhouse. For example, per capita household disposable income in India is expected to reach around US$26 in 2024.
In addition, several EV promotion initiatives have been implemented in major cities in China to accelerate the adoption of EVs. In particular, China spent more than US$25 billion on tax cuts and subsidies for EVs between 2009 and 2022. All of these factors are expected to drive demand for engine starters in the region.
North America Market Statistics
The North American starter market is estimated to be the second largest in the forecast period due to the availability of energy efficiency regulations. For example, the U.S. Department of Energy has established energy efficiency requirements for specific equipment and appliances, and they currently cover more than 60 different products. If a product has a DOE certification mark, it means that it meets energy efficiency requirements, which can reduce consumer energy costs in the U.S. and help create jobs.
Компании, доминирующие на рынке стартеров двигателей
- ABB Inc.
- Company overview
- Business strategy
- Main product offerings
- Financial indicators
- Key performance indicators
- Risk analysis
- Latest developments
- Regional presence
- SWOT analysis
- Bosch Limited
- Emerson Electric Co.
- Hubbell Incorporated
- Rockwell Automation
- Schneider Electric
- Siemens
- Acme Electric
- Fuji Electric Co. Ltd.
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In the News
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- ABB Inc. announced the availability of the AMI 5800 NEMA modular induction motor, featuring a high-strength welded steel frame design that delivers exceptional reliability and energy efficiency in demanding applications including fans, pumps, compressors, extruders, conveyors and crushers, meets or exceeds North American energy efficiency standards while delivering high performance, and provides a high degree of modularity and customization suitable for both new and retrofit projects.
- Acme Electric has launched an updated line of industrial control transformers that provide better voltage regulation than NEMA standards and provide safe control of a range of electromagnetic devices. The transformers are designed to provide the correct voltage for operation and provide a high level of voltage control in the event of voltage surges.
Авторы отчета: Dhruv Bhatia
- Report ID: 5722
- Published Date: Feb 22, 2024
- Report Format: PDF, PPT
