Automotive Era

E-Bikes Market: Trends, Innovations, and Global Growth Insights

The e-bikes market was USD 40,664 million in 2022, which will increase to USD 89,736 million, advancing at a 10.4% compound annual growth rate, by 2030. The progression in this industry is mainly because of the cost-effectiveness and eco-friendliness these vehicles deliver for public transport, increasing health concerns, and government incentives and support. In addition, the industry is also boosted by the growing rate of urbanization as well as the increasing infrastructure across different nations.
The industry is observing the incorporation of smartphones with these vehicles. When combined with an electric bike, the smartphone can offer real-time data associated with battery status, speed, rear views, heart rate, navigation, and various other features to riders. The lithium-ion battery category, based on battery type, will propel at a 13.9% compound annual growth rate during this decade. This is mainly because of these batteries’ safety, fast charging, approximately 55% lower weight compared to other batteries, which assist in decreasing the automobile weight; long life, and high output. In 2022, the pedal-assisted category, on the basis of type, was the largest contributor to the e-bikes market. The motor of these e-bikes assists riders in complementing the power output of the pedal, to enhance the speed. Moreover, these bikes are extensively employed on inclines, rough terrain, and hills, for a lesser pressure on the joints and smoother ride, as the motor boosts the power output. Also, this type can have a better battery lifespan, as people have the choice of pedaling them like typical cycles and only utilizing the motor when required. Furthermore, the throttle-assisted category will advance at a 13.8% CAGR during this decade. This is because of the rising acceptance of throttle-assisted e-bikes as they remove the necessity for manual pedaling, by transferring power directly to the wheels from the motor. In addition, there are various kinds of throttle-assisted e-bikes, including twist throttle, push-button throttle, and thumb throttle. The less than or equal to 250 W category, on the basis of power, will advance at a significant rate in the years to come. This will be because e-bikes with this power output range are extensively adopted in cities, as well as on rough areas like steps and hills, for fitness purposes.

Charging Ahead: Exploring the Dynamics of the Electric Van Market

The electric van market is about USD 10,365.4 million in 2023, which will reach USD 60,963.1 million by 2030, at a considerable rate of 29% by the end of this decade. This will be because of the increasing requirement for environment-friendly vehicles because of the rising apprehensions over pollution and the snowballing emphasis on sustainable development. The 100–200 miles dominate the industry, with a revenue share, of over 50%, and it will grow at a considerable rate, of 28.7%.

This is because of e- vans’ extensive use in urban deliveries, last-mile logistics, and short-distance travel. In this sort of situations, a range of 100–200 miles are ample to take care of the daily working requirements without the necessity for regular recharging. Hence, automobiles offering this driving range on a full charge are valuable and reasonable for businesses operating in small areas. The Li-ion battery category leads the electric van market, with a revenue share, of about 60%, and it will grow at a rate of round around 28.4% in the near future. These batteries can store a considerable amount of energy in a comparatively compact and lightweight package, thus letting EVs to have longer driving ranges short of increasing their size or weight. Furthermore, recent tech progressions have led to improved safety, by making these batteries less prone to catching fire or overheating. Further, their mass production has given rise to low prices, which will eventually help make EVs lucrative for customers. APAC dominates the industry with a share of 45%, and it will grow at a considerable rate, of 28.8% in the years to come. This is as a result of the surging populace and fast urbanization in several countries, chiefly India and China. China produces these sorts of automobiles, the most, with many companies concentrating on progressions in them to bring down their obtaining, maintenance, and operational costs. Furthermore, India will have the fastest growth because of the high population density and snowballing support of the government to encourage the use of electric vehicles. The above 50 kWh category leads the industry with a revenue share of around 65%, and it will grow at a significant rate, of over 28%.

Australia Micromobility Market

Why Electric Three-Wheeler are Increasingly Becoming Popular Across Asia?

The automobile sector in Asia highly depends on three-wheeled automobiles for last-mile deliveries. In most micro-transportation organizations, three-wheeled automobiles are the main source of transportation for getting consumers to their destinations swiftly and inexpensively. Because of the surging need for electric cargo three-wheelers, the move to e-vehicles in this important sector has augmented. Electric three-wheeler automobiles offer several benefits, such as lesser operational and maintenance costs, accessibility to a larger range of consumers, and easier operation. Moreover, while transportation is an important requirement in the present world, the conventional internal combustion engine is speedily becoming outdated. Automobiles driven by diesel or petrol produce large amounts of pollution, as a result, their utilization is quickly decreasing in favor of fully e-vehicles. Fully e-vehicles have zero tailpipe emissions and are much more eco-friendly.
In the last few years, the popularity of electric three-wheelers across Asia has increased significantly, because of the extensive appeal of three-wheeled automobiles. Three-wheeler automobiles are an inexpensive mode of intermediate transportation for the public for short–medium distances. Benefits of Electric Three-Wheeler The shift to electric transportation offers various potential advantages. Some of the most influential factors to select an electric three-wheeler include: Eco-Friendly Electric three-wheelers do not produce any hazardous gases. Such e-vehicles have the ability to significantly decrease air pollution in urban areas. Moreover, electric three-wheelers also have the capability to decrease traffic noise. Smooth and Quiet An electric three-wheeler is easy and simple to drive. Electric three-wheelers comprise a high torque. When the user pushes down on the pedal, all of the power is directly moved to the wheels, leading to an exciting riding experience. Easier Maintenance Electric three-wheelers necessitate lesser maintenance as compared to traditional vehicles. Motors and batteries do not generally need regular maintenance. Furthermore, fewer fluids utilized would require a lot less routine maintenance. Cost-Effective Over the years, the cost of electric three-wheelers has fallen at a significant rate. Additionally, the expense of upkeep, maintenance, and servicing has decreased significantly. Electric three-wheelers are relatively affordable as electricity is more cost-effective as compared to fuel.

U.S. Electric Bus Market to Observe Fastest Growth in the Battery Electric Bus (BEB) Category

The U.S. electric bus market is experiencing significant growth and it will continue this trend in the years to come. The growth of the industry is attributed to the strict regulatory procedures to decrease emissions, environmental advantages, long-term economic advantages to transportation agencies, enhancing operational efficiencies, decreasing costs of batteries, and the accessibility of federal, state, and local investment for zero-emission buses. Moreover, the rising worries of environmental agencies and local governments concerning the degradation of air quality because of the rising emissions of urban vehicular have resulted in the invention of strict environmental rules in the country. Presently, traditional diesel-driven buses are an important part of the public transportation system, but they produce a large amount of greenhouse gas emissions.
Therefore, the implementation of strict regulations, along with the increasing consciousness regarding the environment among people, is promoting the deployment of zero- and low-emission transport systems in the nation. This will further boost the advancement of the industry in the U.S. In the past few years, the battery electric bus (BEB) category, based on vehicle type, led the industry. This can be attributed to the advancement in the batteries of this bus, as well as the backing from both private and government programs, which boost the requirement for them. Moreover, this category will also observe the fastest growth in the years to come. This is because most urban areas in the nation suffer air quality issues, which is encouraging government and public transportation agencies to buy battery e-bus. The <40 feet category, based on length, accounted for the largest share of the industry, in the past few years, and it will remain the largest in the years to come. In recent years, the lithium-ion (Li-ion) category, based on battery, accounted for the largest U.S. electric bus market share, and it will remain the largest in the years to come. This is because of the decreasing costs of Li-ion batteries, along with their benefits, for instance, less maintenance expenses, self-discharge rate, low weight, better energy density compared to nickel-metal hydride variants, and smaller size. The inductive category, based on charging type, is likely to observe the fastest growth, in the years to come. This is mainly because of its capability to quickly charge the e-buses and lessen the worry of operators. Moreover, various charging systems manufacturers are collaborating with public transportation authorities and bus manufacturers to boost the acceptance of this technology in the nation.

Revving up Sustainability: Navigating Italy's Electric Scooter and Motorcycle Market

In 2021, the Italy electric scooter and motorcycle market was valued at $26.7 million, and it will touch a value of $707.1 million by 2035, at a growth rate of about 30% through the period of 2021–2025 and, further, approximately 24% during the period 2026–2035. Li-ion batteries dominate the Italy electric scooter and motorcycle market with over $26-million revenue, which will advance by about 31% in the span of 2021–2025. Maximum electric two-wheeler manufacturers prefer Li-ion batteries because of their low self-discharge rate, no memory effect, and high density of energy. Furthermore, these batteries last longer than sealed lead–acid batteries.
Electric scooters witness the highest demand in the Italy electric scooter and motorcycle market, and their sales value will grow at a rate of about 23% till 2025. More power is needed by motorcycles, which means a bigger battery and electric motor are required, thus pushing up their acquisition cost. Furthermore, electric scooters are one of the most-cost-effective options for traveling short distances, thereby pushing e-scooter sales in the country. Get the sample pages of this report at: The growth in the Italy electric scooter and motorcycle market will be the most rapid in vehicles with a battery of 100 V or more, at a growth rate of around 38%, during the years 2026–2035. The improved mileage and performance of these vehicles will propel their sales in the near future. Moreover, with a lack of charging infrastructure in the country, customers are focusing on EV mileage. Italy has publicized a novel target for the year 2030 as per the ESR, of a 33% reduction in releases from 2005. These initiatives will help in expanding the growth possibility of the Italy electric scooter and motorcycle market in the years to come, by implementing stringent emission regulations on ICE variants and making people more conscious of climate change.

Riding Towards Sustainable Mobility: Growth and Opportunities in the Asia-Pacific (APAC) Low-Speed Electric Vehicle (LSEV) Market

The Asia-Pacific (APAC) low speed electric vehicle (LSEV) market is predicted to progress at a CAGR of 6.6% from 2018 to 2025 and expand to 71.8 million units in 2025, as per the market research company, P&S Intelligence. The main factors propelling the growth of the market are the rising measures and initiatives being taken by the governments of many APAC countries, the increasing public awareness of environmental degradation caused because of the usage of oil and gas-powered vehicles, and the implementation of strict emission norms in several APAC countries.
A major factor fueling the advancement of the market is the increasing focus of the governments of many APAC nations on reducing their expenditure on crude oil imports. The adoption of LSEVs is one of the best methods for mitigating the costs of crude oil imports. Furthermore, the LSEVs are eco-friendly and have lower operational costs than the conventionally used oil and gas-powered automobiles. Due to these factors, the public transport organizations in the APAC countries are rapidly adopting these vehicles in their transport fleets.

To receive free sample pages of this report@ The other key factors boosting the growth of the market are the increasing awareness amongst the public of the environmental degradation caused due to the large-scale utilization of the conventional vehicles and the rapid urbanization in various APAC nations, especially India and China. Furthermore, the governments of APAC nations are providing subsidies, tax rebates, and grants on the purchase of low speed electric vehicles, which is, in turn, causing a rapid expansion of the market. The Indian and Chinese governments are aiming to completely electrify the public transport fleets in their countries during the next few years. In order to achieve this goal, they are offering incentives for encouraging the utilization of low-speed electric vehicles. For example, the Indian government launched the Faster Adoption and Manufacturing of (Hybrid &) Electric Vehicles (FAME) scheme, under which, they are offering subsidies in the range of $370—$910 to the infrastructure providers and manufacturers of the electric vehicles. Four-wheeler, three-wheeler, and two-wheeler are the main categories present under the product segmentation of the APAC low speed electric vehicle market. Out of these categories, the two-wheeler division recorded the highest market growth during the last few years. This trend is likely to continue in the future years as well, on account of the surging utilization of two-wheelers as personal vehicles and the rising customer preference for these vehicles over the other low speed electric vehicles.

Efficient Charging Solutions: Exploring the EV Battery Swapping Market for 2- and 3-Wheelers

The EV battery swapping for the two- and three-wheeler market is experiencing growth, according to P&S Intelligence. The rising demand for two-wheelers in business-to-business services like hailing, scooter sharing, and last-mile transport armed with thriving electric three-wheeler (rickshaw sales) for passenger and load carrying has offered prospects for battery-swapping places to arise.
Asia-Pacific is a center for electric three-wheelers and two-wheelers, which are utilized mainly for passenger transportation, particularly for last-mile transport. However, the deficiency of satisfactory charging amenities is a key issue for most electric three-wheeler and two-wheeler possessors. Additionally, the mainstream drivers of such vehicles charge the vehicles two times a day, mainly because a single charge is not enough to run them for the whole day. Charging such vehicles in the hours of daylight, for two to three hours during top work hours, outcomes in a loss of revenue.

To receive free sample pages of this report@ In recent years, the subscription model category had the larger share in the EV battery swapping for the two- and three-wheeler market, based on service type. This can be credited to its advantages provided over the pay-per-use model, including, reduced price per swapping, battery rental, and affordability, due to which clientele have usually favored the subscription model. Furthermore, the battery in a two- or three-wheeler costs 30-40% of its entire price. The subscription model provides the suppleness to buy the vehicle without the battery, therefore supporting reducing the price of electric vehicles. The EV battery swapping for the two- and three-wheeler industry is projected to experience faster development in the Li-ion bifurcation, based on battery type, as Li-ion is being measured as the technology of the future. Li-ion-battery-based two-wheelers accounted for 65% of entire EV sales in APAC, 92% of the total sales in North America, and 97% of the overall sales in Europe in recent years. Additionally, in the coming few years, nearly all the two-wheelers sold throughout the world will be Li-ion-battery-based. The government aid for Li-ion-battery-based low-speed EVs in key markets, like India and China, is also projected to aid the development of this bifurcation in the near future.