In recent years, with the development of power electronics technology, computer technology, and control theory, the global industrial motor market has experienced significant growth. Energy conservation and environmental protection have gradually become one of the global hot issues, and the world's motors are also developing towards energy conservation, with enormous potential for development.

Developed countries have successively established energy efficiency standards for motors. Developed countries such as Europe and America continue to improve the energy efficiency admission standards for motors, and almost all of them have started using energy-saving motors. Some regions have also started using super energy-saving motors.

The motor industry will transform towards intelligence and energy conservation in the future

This year, global environmental policies have provided clear policy directions for improving the efficiency of motors and machinery. Therefore, the electric motor industry urgently needs to accelerate the energy-saving transformation of existing production equipment, promote green production processes, develop new generation energy-saving motors, motor systems and control products, testing equipment, etc. Improve the technical standard system for electric motors and systems, and focus on enhancing the core competitiveness of electric motor and system products.

Under the promotion of low-carbon, energy-saving and emission reduction policies, there will be substantial progress in the promotion and application of energy-saving electromechanical equipment. With the active promotion of global energy conservation and emission reduction, as well as the gradual implementation of energy-saving motor subsidy policies, the energy-saving motor industry will experience explosive growth.

Energy saving motor refers to a motor with efficiency that is a universal standard type motor. The efficiency value can reach the second level of GB18613-20025 standard. Energy saving motors generally adopt new motor designs, new processes, and new materials to improve output efficiency by reducing losses of electromagnetic energy, thermal energy, and mechanical energy. Compared with general standard motors, energy-saving motors have significant energy-saving effects, with an average efficiency increase of about 4% in general.

Advanced foreign enterprises have widely used automated punching methods such as single-chip microcontrollers and programmable logic controllers for punching production. However, domestic motor production enterprises still mainly use single-chip punching and manual feeding and unloading in the punching process. To improve production efficiency, reduce accident rates, lower product quality control costs, enhance the digitalization and informatization level of production lines, and achieve automated production, is an irreversible trend for motor enterprises in the future.

From the perspective of the division of labor in the global motor market, China is the manufacturing region for motors, while developed countries in Europe and America are the technology research and development areas for motors. Taking micro motors as an example, China is the world's largest producer of micro motors, while Japan, Germany, the United States, and other countries are the leading forces in micro motor research and development, controlling the technology of most precision and new micro motors worldwide.

Inventory of prominent motor companies in the green and low-carbon field

From the perspective of the division of labor in the global motor market, China is the manufacturing region for motors, while developed countries in Europe and America are the technology research and development areas for motors. Taking micro motors as an example, China is the world's largest producer of micro motors, while Japan, Germany, the United States, and other countries are the leading forces in micro motor research and development, controlling the technology of most precision and new micro motors worldwide.

Currently, among the global market participants in the motor industry, ABB, Siemens Electric, RoshX, Mitsubishi Electric, GE, and others have taken the lead in the low-carbon field.

ABB

ABB has always been committed to promoting the development of a green and low-carbon economy, and continues to deepen its cultivation in areas such as clean energy utilization, energy efficiency optimization, and electrification efficiency improvement. After focusing on the pain points and demands of the rail transit market, ABB has focused on three aspects: intelligent operation and maintenance, and environmentally friendly management of equipment.

The solution provided by ABB aims to achieve a transition from passive prevention to active prediction through predictive maintenance, relying on the optimization of switchgear and the use of online monitoring devices to achieve real-time perception and mastery of equipment status. By replacing traditional SF6 with new environmentally friendly insulation media, the impact on the atmospheric environment has been significantly reduced.

Siemens motor

As one of the resource-saving technology suppliers, Siemens holds a position in offshore wind turbine construction, gas and steam turbine power generation, transmission solutions, infrastructure solutions, industrial automation, drive and software solutions, as well as medical imaging equipment and laboratory diagnostics.

Siemens Electric has always adhered to the development concept of resource-saving and environmentally friendly factories, actively adopting green production technology, and also planning to implement EMS energy management system, photovoltaic power generation and intelligent monitoring system, etc., to create a digital "green factory".

Not only that, Siemens motors also effectively carry out training and publicity related to green environmental protection, encourage all employees to participate in the construction of a clean production environment, and ensure that the concept of "green manufacturing" is transmitted to every employee.

RoshX

As early as 20 years ago, RoshX had already transformed into a green environmental protection industry and invested heavily in research and development, exploring the application of green environmental protection technologies. Nowadays, RoshX has not only become a trusted brand for customers, but also made positive contributions to environmental protection.

Since its establishment, RoshX has continuously innovated environmental and energy technologies for over a hundred years, gradually forming a technology-based enterprise with research and development, production, and sales of industrial automation products as its main business, and providing products for mid to high end equipment manufacturers. Our clients are involved in the chemical, food and beverage, steel, pharmaceutical, water treatment, mineral, energy, electronics, automotive manufacturing, and other mechanical manufacturing industries.

RoshX is passionate about gaining a deep understanding of the markets in which its customers operate. Whether in the automotive industry, transportation, or energy and new energy sectors, RoshX relies on its commitment to quality and profound skills to develop innovative solutions to the challenges faced by its customers. In order to help enterprises achieve success with high standards, RoshX keeps up with the trend of the times, constantly innovates and develops new technologies for the future, and "innovative environmental protection" is its commitment and motto that it has always adhered to.

Mitsubishi Electric

Mitsubishi Electric practices low-carbon environmental protection and is continuously developing infrastructure technologies that contribute to the sustainable development of future society, such as elevators and escalators for smart cities/buildings, and railway systems that have once again received attention for their environmental performance. The company is also cultivating and nurturing employees' environmental awareness.

Mitsubishi Electric fully leverages the advantages of a comprehensive motor manufacturer by introducing various equipment, including building air conditioners that improve energy efficiency, ventilation systems that reduce air conditioning load through energy-saving ventilation (Lossnay), LED lighting that balances energy conservation and comfort, DC distribution systems that fully utilize electricity to avoid waste (D-SMiree), elevators that use motors and renewable energy to achieve energy conservation, and so on.

GE

GE was founded in 1892 and was once a high-value enterprise in the United States. Now, after several changes in leadership, this century old manufacturing giant is striving to reshape its glory. General Electric Company (GE) gathers global wisdom and experience, is committed to energy transformation, vigorously developing new energy fields such as gas turbine power generation and pumped storage, and making contributions to achieving a better life and social development as its mission.

GE uses technology to help users improve. After a large amount of renewable energy enters the grid, intermittency and instability will pose challenges to the grid, so a large number of flexible power sources are needed to support and improve regulation capabilities. Gas turbines have such characteristics. At the same time, GE can further enhance these features through technological transformation, helping gas power plant users to seek greater revenue in power ancillary services. GE is working with global partners to focus on areas such as gas turbine power generation and pumped storage. While developing technological innovations, GE is committed to low-carbon transformation of high carbon emission industries with the aim of low-carbon environmental protection.