Global Electric Vehicle Magnet Wire Market 2022-2030

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    Published- June 2021

    Number Of Pages – 130

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    • The biggest players in the market are Essex Furukawa, and LS Cables & Systems. They will continue to remain in the top positions as they supply to the largest players in the market
    • The average magnet wire weight per electrified vehicle, including HEVs, is between 3.5 and 5.8 kg.
    • Magnet wire usage will increase as vehicles become more electrified and OEMs plan to add more plugged-in vehicles to their lineups.
    • Magnet wire suppliers are trying to capture the market by innovating efficient traction motor wiring for the required temperature, as efficiency is an important factor for traction motor suppliers to consider.
    • Some Commercial Vehicle OEMs are considering the benefits of the 800-volt system because the overall costs would vastly outweigh the benefits.
    • Traction motor suppliers are gearing up their R&D and production facilities to manufacture motors that meet the requirements of an 800 Voltage system. These motors will be available in the market within the next 2-3 years.
    • China and Europe will continue to have the largest EV markets and the power of motors utilized will keep increasing
    • OEMs are switching from round wire to rectangular wire as it improves space factor, reduces size and weight, and improves motor performance.
    • The tendency is to increase the power and number of motors per vehicle, which will necessitate enhanced magnet wires as well as larger magnet wires in the powertrain section to accommodate the increased motors.
    • Depending on the motor type, the wire usage will change drastically and OEMs will lookout for this to develop motors mainly due to efficiency
    • BorgWarner introduced its latest High Voltage Hairpin (HVH) electric motor, the HVH 320, for commercial vehicle manufacturers in 2021




    Magnet wire is an insulated copper or aluminum conductor used to wind motors, transformers, generators, and any other electrical device where electrical energy is converted to mechanical energy.


    To know more about Global EV Traction Motor Market, read our report





    The establishment of a global joint venture was announced by Superior Essex Inc. (“Superior Essex”), the parent company of Essex Magnet Wire, and Furukawa Electric Co., Ltd. (“Furukawa”), two pioneers in the development of magnet wire products and customised solutions.


    A global market leader will be created through the joint venture, which will build on an earlier magnet wire relationship.


    The combined business will use the “Essex Furukawa” trademark and conduct business as Essex Furukawa Magnet Wire LLC. Essex Furukawa’s customers should gain from significant synergies, such as the expansion of custom product solutions, the sharing of best practises, and the capacity to better serve customers with additional points of shipping, expanded global sales and technical teams, increased global rod & foundry resources, and a diversified global innovation team, especially for EV/HEV developments.


    With commanding market presence in North America, Europe, Asia, and Japan, significant customer alliances, and accelerated research and development developments, the new worldwide joint venture will enable Essex Furukawa to lead the industry in technological advancements.


    In addition to providing all of our clients with a more extensive worldwide network across three continents, Essex Furukawa will continue to provide the same reliable, high-quality products with cutting-edge technology, particularly for electric vehicles.


    Although Essex Furukawa may explore optimal reorganisation to offer a superior value to customers, there won’t be any immediate or significant changes to the organization’s relationship with customers. The establishment of Essex Furukawa will not affect how either firm honours its present obligations.




    Rectangular wire allows the engineer to design a motor with more copper in the unit. Round wire has more voids between the wires in the windings.

    • Uniformity and degree of insulation
    • Good electrical characteristics such as dielectric strength and insulation resistance
    • Resistant coating to mechanical stress induced by bending, stretching, and friction
    • Resistant to solvents, chemicals, and varnishes
    • Resistant to hydrolytic degradation
    • Stable when combined with insulating material
    • Resistant to water and moisture


    In terms of the coils of driving motors, the distributed winding method of round wires (whose cross section is round) and the concentrated winding method of rectangular wires (whose cross section is rectangular) used to be mainstream winding methods. Recently, the method trend is moving to the distributed winding method for rectangular wires as the technology advances.



    Regarding the disadvantage of distributed winding motors (i.e., the coil end height is higher than that of concentrated winding motors), the coil end height is reduced to a level equivalent to that of concentrated winding motors by inserting a rectangular wire, which is divided into specified segments, into the iron core and then welding the edge for assembly.


    Also, the use of rectangular wires has significantly improved the space factor. This achieves downsizing of the size, along with reductions in weight and loss due to the reduced amount of copper being used. The overall efficiency of the motor also increases due to the better space factor provided by rectangular wires.



    In line with the advancement of motors, magnet wires must meet the following requirements:

    • Higher space factor: rectangular shape, reduced film thickness inconsistency, lower permittivity, and thinner films
    • Higher voltage: thicker films, lower permittivity
    • Downsizing of the coil end: processing resistance, heat resistance, welding resistance
    • Higher rotation: conductors with lower eddy
    • current loss
    • Easier assembly: improved core insert ability

    Inverter drive systems are used for driving motors for EVs. For some motors, the motor operation voltage has been increased by twice or more from the initial voltage.


    At the coil end, it is necessary to ensure the insulation of magnet wires corresponding to the interphase voltage. Insulating members, such as interphase paper, were used in conventional products, but the increased thickness of the insulation film reduces such insulating members, making it possible to achieve downsizing and cost reduction.


    Suppliers have looked into the uniform distribution of insulation film thickness for rectangular wires and developed a low-permittivity structure film whose insulation performance is higher than that of conventional film. The characteristics are excellent in terms of the resistance to degradation of wire treatment.


    Meanwhile, the motor rotation has been increased to achieve downsizing and high-power output. For some motors, their rotation has been almost tripled from that of early products. High motor rotation requires an increased drive voltage. The high insulation performance films that we have been developing, as mentioned earlier, contribute to increasing the rotation


    The decreasing wire used while increasing the efficiency of the wires is the main goal of suppliers. Wiring and magnets used in motors use minerals that are becoming increasingly scarce in supply which will cause issues in the supply chain. Recycling copper utilized as magnet wires as well as improving technology to reduce usage per motor will be of prime importance especially as EVs are gathering traction across various regions


    EV Sales Globally-2020


    Infographic ; Electric Vehicle Magnet Wire Market ,Electric Vehicle Magnet Wire Market size, Electric Vehicle Magnet Wire Market trends and forecast, Electric Vehicle Magnet Wire Market risks, Electric Vehicle Magnet Wire Market report


    Tesla Model 3 took the lead globally among battery electric vehicles followed by Wuling Mini and Tesla Model Y. Among the top 5 models, 2 were occupied by Tesla showcasing their global dominance. 


    China and Europe were the primary regions with battery electric vehicle sales surpassing 2020 sales. Chinese OEMs have a strong sales base at home and are looking to go abroad with their sales especially in regions with low EV sales as their EVs are lower in cost compared to other EVs.


    The first 4 months of 2021 already showcased that the market is growing and is expected to overrun 2020 sales



    EV SALES, BY OEM – 2021


    Infographic ; Electric Vehicle Magnet Wire Market ,Electric Vehicle Magnet Wire Market size, Electric Vehicle Magnet Wire Market trends and forecast, Electric Vehicle Magnet Wire Market risks, Electric Vehicle Magnet Wire Market report


    Tesla led among the brand sales globally followed by Volkswagen, BYD, SGMW, and Volkswagen. The brands except for Tesla and Nio offer a mix of PHEVs and BEVs.


    All OEMs will look to offer BEVs in the next 2-3 years to establish themselves for the change upcoming in the next 20 years where at least 40% of the new car sales will become plugged in.


    Suppliers have come up with products for this shift and are also researching on developing new technology. The supply chain for products across electric vehicles is also being developed intensively looking into long-term deals especially among battery suppliers.


    Factories across the world had to stop production due to chip shortage which is another aspect OEMs and suppliers will look closely into so that the recurrence doesn’t occur.





    Infographic ; Electric Vehicle Magnet Wire Market ,Electric Vehicle Magnet Wire Market size, Electric Vehicle Magnet Wire Market trends and forecast, Electric Vehicle Magnet Wire Market risks, Electric Vehicle Magnet Wire Market report


    In 2021, Wuling Mini EV lead the sales followed by Tesla Model Y, Tesla Model 3, Qin Plus and Li Xiang One EREV


    Tesla Model 3 saw sales mainly from Tier 1 and 2 cities, so did GAC Aion S. Wuling Mini EV saw sales mainly from Tier 4 and 5 cities. Of overall plugged-in vehicle sales, Tier 1 cities held 37%, Tier 2 held 21%, Tier 3 held 15%, Tier 4 held 14% and Tier 5 held 12%. The Chinese market is mainly held by domestic OEMs.


    Due to COVID, the subsidies that were supposed to be phased out this year were extended for 2 more years at a 10% decrease every year. China also has a strong base for electric commercial vehicles and their OEMs such as BYD, Yutong, etc. are supplying electric buses globally even in regions such as Chile which have a weak electric vehicle market.


    Supporting infrastructure such as charging stations and battery swapping are set up across the country. China is one of the countries with companies focusing on battery swapping to save time utilized at charging stations. The long-term feasibility and condition of battery supplied are to be looked out for as the business model is currently unchallenged on various aspects.




    Infographic ; Electric Vehicle Magnet Wire Market ,Electric Vehicle Magnet Wire Market size, Electric Vehicle Magnet Wire Market trends and forecast, Electric Vehicle Magnet Wire Market risks, Electric Vehicle Magnet Wire Market report


    While all regions across the globe saw a decrease in automobile vehicle sales due to COVID, Europe saw a rise in plugged-in vehicle sales mainly due to the incentives and subsidies that were offered across many countries.


    Euro NCAP is also a motivating factor for OEMs to increase electrification among their fleet hence develop various plugged-in vehicles and also full electric vehicles. Cities are coming up with zero carbon emission rules thereby increasing electrified vehicle sales. Electrified vans will also see increased sales mainly among major city centers.


    Europe is also seeing an extensive increase in charging networks and more focus is placed on 100+kW chargers across countries. Ionity is setting up 400 charging stations across European highways with 350 kW chargers. Governments have put in the effort to develop charging stations by offering subsidies and lowering electricity rates for charging stations.




    1. Essex Furukawa
    2. Luvata( Mitsubishi Materials)
    3. MWS
    4. Zeus
    5. Hitachi Metals
    6. LS C&S
    Sl no Topic
    1 Market Segmentation
    2 Scope of the report
    3 Abbreviations
    4 Research Methodology
    5 Executive Summary
    6 Introduction
    7 Insights from Industry stakeholders
    8 Cost breakdown of Product by sub-components and average profit margin
    9 Disruptive innovation in the Industry
    10 Technology trends in the Industry
    11 Consumer trends in the industry
    12 Recent Production Milestones
    13 Component Manufacturing in US, EU and China
    14 COVID-19 impact on overall market
    15 COVID-19 impact on Production of components
    16 COVID-19 impact on Point of sale
    17 Market Segmentation, Dynamics and Forecast by Geography, 2022-2030
    18 Market Segmentation, Dynamics and Forecast by Product Type, 2022-2030
    19 Market Segmentation, Dynamics and Forecast by Application, 2022-2030
    20 Market Segmentation, Dynamics and Forecast by End use, 2022-2030
    21 Product installation rate by OEM, 2022
    22 Incline/Decline in Average B-2-B selling price in past 5 years
    23 Competition from substitute products
    24 Gross margin and average profitability of suppliers
    25 New product development in past 12 months
    26 M&A in past 12 months
    27 Growth strategy of leading players
    28 Market share of vendors, 2022
    29 Company Profiles
    30 Unmet needs and opportunity for new suppliers
    31 Conclusion
    32 Appendix


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