The US EV market in 2030 is strategically important for OEMs, Suppliers, and Customers. In this analytics series, this part provides technical analysis of the US EV market from trend to forecast.

Semiconductors, Power Module packaging companies, and Inverters have begun targeting the 800V architecture in the US and European EV markets. The market share of the 800V models increased from 0.7% to 13.8% between 2021 and 2024. In 2025, the 800V EV architecture slightly decreases. The 800V technology has several benefits, but it is 10 to 15K USD more expensive than the 400V models. The 800V Models use only SiC semiconductors, which have supply constraints and are more expensive than Si or IGBTs.

On average, the 400V models are more efficient than the 800V models. However, the 800V models are more efficient for a specific vehicle body type, such as a crossover. It is mainly a matter of the technology’s suitability. When suppliers forecast, the EV body style matters. and the body style is a function of several factors in the buyer and the market.

SiC MOSFETs commanded 84.5% of the 2025 US EV market by units. However, it is dominant mainly due to Tesla’s market share. We have developed various scenarios for SiC demand analysis by 2030.

The SiC platform charge rate is high. When it combines with an 800V architecture, it is a significantly high charge. Genesis, Hyundai, and Kia are the first to adopt this technology in their vehicles.

Efficiency is the key to Tesla’s dominance in the EV market. Hyundai Ioniq 6, BMW i4, and Lucid 924V SIC are also highly efficient Electric car models. Many factors contribute to efficiency, such as dynamics, software, Weight, Heat management, etc.

The US EV Market is moving towards the premium segment. This is an interesting insight: buyers are more focused on value than just the price tag.

Architecture type Forecast 2030:

The 800V architecture is expected to reach 15 to 20% by 2030, depending on battery prices. If the EV price comes down to around 30-35K USD, this technology will see widespread adoption among buyers.

SiC will continue to gain market share regardless of the scenario, driven by its technical benefits and supplier promotion.

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ACG expects that the EV market in India will continue to grow strongly because of the expansion of charging infrastructure, affordable pricing, better range, Customer trust, and policy support from the state and central governments.

The EV dealership business model must still be re-innovated to make it feasible.

Segment-wise Electric Vehicle Sales in India:

Indian Registrations of two-wheeled electric Scooters are leading the EV volume because this segment has a better product-market fit. New Startups are trying to decode or win the Electric Motorcycle segment. Ola, Ather, TVS, and Bajaj are the leading players in the Two-Wheeler Electric Scooter segment. Ather plans to launch a couple of new products in the coming years.

The electric three-wheeler vehicle Segment registration volume increased 3X from May 2024 to September 2025. Pricing is a challenge or barrier to increasing Electric 3W. Many 3W vehicles come with a lead-acid battery. E Rickshaw has different market dynamics since it is limited to running a certain number of kilometers and specific areas of operation. 3W EVs are dominated by passenger carrier vehicles, and Goods 3W carrier sales are stagnant.

Electric Cars are the most attractive segment, and their sales grew by 2X in the last 20 months. This shows strong commitment by OEMs and interest by buyers.

Electric Trucks and Electric Buses volumes are small but expected to grow exponentially by 2030.

Subscribe to our monthly electric vehicle report and data for details on the Indian EV industry. Contact at Info@autobei.com

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• Application-wise Truck Data: Electric Truck has the potential to cover 200 applications
• Required technical specs for various truck applications
• Application and Model wise Truck PARC data to know the potential Electric Truck market size
• Rated Payload Vs Overload: Split between rated payload and overload Truck model-wise sales and
• Indian Electric Truck Forecast 2030: Truck application-wise sales mapping based on ICE and Electric driveline
• Indian Electric Truck Product Data: Battery Size (kWh), Segment GVW (Kg), Payload (Kg), Fast Charging (In min), Range (Km),  Power (hp), Torque (Nm), Price (INR), Vehicle, Warranty, Battery Warranty, Suitable Applications, Key USP of the Truck
• Daily Operation Level Data: Key Application, Vehicle Type, Daily Running
  (in km), Average No of trips/Day,  Per trip distance (km),  Load Carried per trip
  (in KG/T), Truck PARC Data
• Customer Target segment data: Sub Application Brand GVW Segment Vehicle Type Customers Customer’s Profile Duty Cycle(Km per day) Average No of trips/Day Pay Load( Kg), Overloading Frequency (in %-if happens), Max. Overload Carried Average Fuel Efficiency(km/Lit), Key cities included in the data.
• Segment-wise, the Electric Truck Data Forecast is based on GVW, such as Mini, Pick up, LDT, MDT, and HDT. Data also included Electric Three-Wheeler Goods and Passenger segment.
• Electric Truck Competitor Landscape- Product Market Fit Data: Application,  Sub Application, Vehicle Type, eTruck Suitability (Rating 1 to 5), Duty Cycle(Km), Average No of trips/Day, Battery pack required (kWh,) Range required (km), E-drive power (kW), Potential Rated Payload Vs Overload from FY 2024 to FY 2030

All data sheets are updated and available immediately. Indian eTruck Data is available in Excel, Power BI, and Tableau.

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Introduction to Platform Business Case:

This report examines how an Electric car platform business case can help automakers, venture capital firms, startups, and other stakeholders achieve their goals. Cost optimization, Production process, increased TAM market size, Business and Operational efficiency, enhanced modularity, and market acceptance in various markets. ACG is analyzing how a unified platform can streamline production processes and accelerate the launch of new models. Moreover, the financial calculation is in an Excel sheet, and the report is in PPT/PDF format for easy understanding.

The purpose of the Report Global Electric Car Platform Business case is to present a detailed Business case for the execution and deployment of the Electric Car platform.

The global Electric car Platform Business Case provides strategic insights into investment, Sales Volume, Production volume, Selling price, Cost structure, Feasibility, Return on investment (ROI), operating margin, Revenue, Platform scalability, and key components. The report enables stakeholders to make informed decisions by analyzing key factors in EV platform development, market dynamics, product positioning, and operational efficiency.

Our EV Business case also analyzed how to add additional revenue sources, including market Demand, Regulations, Opportunities, Challenges, Customer segments, Various platform used cases, Product differentiation, and long-term benefits.

Why need Electric Global Car Platform Business case:

Since major EV markets like the USA, Europe, India, and China have already fixed their target of electrifying the automotive industry, OEMs must launch EV models quickly. The EV platform helps to penetrate the market soon to launch new models or various body types like SUVs, cars, and pickups. The OEMs can manage consistent Quality, Safety, Maturity, and Profit by Platform Strategy. Automakers can launch their new EV models within 2 to 3 years and SOP within 2 years, using the electric car platform business case.

Hyundai Ioniq 5, and Volkswagen ID. EVERY1 are examples of how quickly brands can launch new models.

According to the ACG 2025 Survey, more than 40% of buyers demand electric cars due to their technological advancement, smooth driving, rising environmental concerns, and awareness of the EV powertrain technology.

Using a single platform for multiple models and body types helps meet customers’ expectations regarding price, range, and software-defined vehicle (SDV).

Unique Characteristics of Platforms:

The following are the unique characteristics of an electric car platform:

• Compatibility,
• Consumption Externalities,
• Switching Costs and Lock-In, and
• Significant Economies of Scale in Production

These factors are critical in creating a competitive edge and delivering maximum value to OEM partners.

Key components of an electric car platform:

• Battery Pack
• Infotainment and Connectivity
• Modularity and Scalability
• Platform Variants in the Market
• Suspension System
• Electric Motor(s)
• Safety and Structural Considerations
• Power Electronics, and
• Chassis and Body Structure

Key highlights of the EV Business case:

• Executive Summary
• Introduction
• Introduction to Platform Business Models
• Platform Architecture
• Market Overview
• Target Market Analysis
• Competing in a Platform Ecosystem
• Pricing in Platforms
• Technology and Innovation Analysis
• Regulatory and Policy Environment
• Customer Needs and Value Proposition
• Business Model and Revenue Streams
• Manufacturing and Supply Chain Strategy
• Go-to-Market Strategy
• Financial Projections
• Risk Assessment and Mitigation
• Sustainability and ESG (Environmental, Social, Governance) Considerations
• Conclusion and Recommendations

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India offers massive growth opportunities to companies but faces challenges like high prices and charging infrastructure. Getting a winning GTM will provide you with one of the largest markets in the world.

The Indian EV market is highly attractive because of the prominent market size, growing income, environmental awareness, driving comfort, and low operating costs, which are some attractive buying factors.

The key problem is that Bluechip companies assume they can reshape the Indian market dynamics according to their understanding or that Indian customers must accept them quickly. Meanwhile, Local manufacturers think that they have products that are perfect for the Indian EV market.

In 2019, one of the Bluechip OEM’s CEOs told ACG that Indian customers would queue at our office to buy our vehicle. Currently, this OEM has shut down its Indian office.

Following are the key GTM Strategy components:

Customer Segmentation:

India is an interesting market because it has a wide range of customer profiles, from price-sensitive to super-rich. There is high potential for electric cars, three-wheelers, and two-wheelers in Small and medium towns. The EV needs to be mapped with customer uses, Geographic taste and suitability, Tier 1, 2, and Midter cities. Find the customer segment that has an interest in buying your vehicle.

Product Configuration:

Before launching an Electric Vehicle in India, configure it to meet market needs and customer delight. Customer delight does not mean a full range of features. Technical, functional, and Emotional needs must be fulfilled. If changes are needed in the product, they must be quick and effective.

Customer Mind:

Target segment customer psychology, Customer type, buying power, needs and wishes, use pattern, brand perception, and brand belief are keys to getting the right products.

Create Profitable Business Model:

Making a profit is still challenging for electric vehicle manufacturing companies because of high production costs, low sales volume, heavy investment in digital technology, such as software-defined vehicles, and low after-sales revenue. Our Winning Go-to-Market EV Strategies for India provide a detailed road map for this.

ACG has developed a unique Business Model in which 30 to 50% of revenue can come from other sales.

Digital and GenAI:

Digital Technology is a game changer for GTM. It allows us to engage with potential buyers quickly and effectively, and implementing digital technology also helps us make data-driven decisions.

GenAI helps companies with functions like sales orders, summarizing sales orders, and customer interaction.

Sales Strategy and Organization:

Salespeople are the face of the organization. We recently visited many EV dealers. Although the salespersons are polite, the OEMs still need proper Technical product training.

The following EV categories have been considered:

• Electric Car
• Electric Two Wheeler
• Electric Three Wheeler
• Electric Truck and Bus
• Electric off-road vehicle

The post Winning Go-to-Market EV Strategies for India appeared first on Autobei Consulting Group.

Customer satisfaction and customer delight are two significant parameters for EV customer analytics. Customer delight buyers recommend their EV three times more than the customer satisfaction group.

Recently, ACG has conducted a survey, which is part of the Indian Electric Vehicle Customer Trends report. The success of an electric vehicle business depends on its customers’ success. ACG reports deep insight on how to achieve customer success. The following Electric Vehicle segments are considered:

• Electric Two Wheeler
• Electric Car
• Electric Truck
• Electric Bus
• Electric Three Wheeler

ACG has developed its specific survey methodology to read customers’ minds. Price is not a key challenge in adopting an EV; the key challenge depends on the vehicle segment.

Electric Car Customer Trends:

Electric car buyers have different expectations of their cars. Sixty percent of the Budget segment customer group is willing to pay six lakhs. 42% of Premium and 55% of Luxury EV car buyers are willing to pay 12 lakhs and 25 lakhs.

Luxury EV buyers expect a 10- 15-minute charging time. Their cars must also have advanced digital features. In the premium and luxury segments, 45 to 55% of buyers prefer SUV body types, while 53% of buyers in the Budget segment prefer Sedans and Hatchbacks.

Electric Three Wheeler Customer Trends:

Buyers of Electric Three-Wheelers have low academic achievements compared to other EV segments. However, this segment is highly populated. Some segments, like e-rickshaws, give better ROI and ease of driving. There are some pockets where only e-rickshaws have access, like Haridwar downtown. Some buyers are buying Electric three-wheelers due to their low operating cost and sufficient range in a small town. One reason is that the buyers need only minimal Product features and specs. The local manufacturers are providing cost-effective EV Three-Wheelers.

Electric Two-Wheeler Customer Trends:

Electric Scooters are also on the path to success. There are three major segments: Low-Speed Scooters, High-Speed Scooters, and Motorcycles. Low-speed scooters are suitable for a specific customer segment because they fulfill the requirements of that customer group. Customer groups like Retired people, School students, Females, and Courier delivery are satisfied with the Low-Speed Scooter.

Electric Truck Customer Trends:

Electric trucks have different market dynamics. 75% of customers prefer low operating costs and are interested in their fleet. 95% of these customers belong to Mini, pick-up, Light-Duty, and Heavy-Duty Tippers. Grain, Milk, and Vegetable Transporters are the significant segments. Mining and Tunnel applications are suitable for the current scenario.

Electric Bus Customer Trends:

City Applications are the primary uses of the Electric Bus. Thirty percent of Private Bus operators want to add Electric buses to their Fleet. Educational Institutes, Staff, last-mile delivery,  and tourists are two of the primary uses that private fleet owners are looking for.

Large Market size, Low Operating cost, Short Duty cycle, and High Spending power are some of the opportunities that come with the above bus applications.

Key Highlights of the report:

• EV Customer Voice
• Based on Different parameters like Age, Income, Profile, Gender, Uses, and others
• Deep engagement with the customers
• Pricing, Branding, Marketing, and Expected from EV
• Customer journey
• EV Product roadmap
• Willingness to pay and

Please get in touch with us to get contain of the report

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Electric Vehicle Business planning is a critical part of the business. ACG delivered over 60 Electric Vehicle Business plans to OEMs, VCs, Component Suppliers, Financiers, and other Automotive Stakeholders. Since we have a deep root in the Global Automotive Industry, we developed a Business Plan with a strategic approach to a specific business object. ACG has provided valuable insights for businesses in the European, USA, Middle East, Asia, and African automotive regions because of exceptional expertise in developing EV Business Plans. These business documents provide you with every small detail and its relevance to your business.

The European Electric car market share was 13.6%, slightly increasing to 15% in January 2025. 1,447,934 BEV units were sold in the European Union in 2024. The 15% market share is still low because of the high upfront cost and charging infrastructure.

The European Electric market is a key market due to its large size (10 -12M+ yearly units) and high purchase power of European customers. This presents an excellent opportunity for existing and new OEMs.

Germany, France, the Netherlands, Italy, Denmark, and Norway are the major EV markets in Europe because of willingness to pay and other reasons.

A business plan is the backbone of your business because it provides the road to success. Two versions of the Business plan are available: one for starting a new business and one for extending an existing Business.

All EU countries have different EV policies on subsidies and other incentives. Our Electric Vehicle Business Plan is suitable for all countries.

Our business plan considers that the EU has diversified customer buying behavior, brand perception, product position, and customer segments.

Strict emission norms, High-end Electric cars, Government subsidy, and consumer awareness.

Following European EV Short and long-term challenges have been addressed in our Electric Vehicle Business plan:

• Controlling the EV price,
• Launching new EV models and variants,
• Limiting EV model availability,
• Charging infrastructure and
• Component supply issues like batteries, power modules, semiconductors, and inverters.

VW recently announced the launch of ID.EVERY1’s because VW targets the mass market for 20K Euro and has a 250 km range. ID.EVERY1 could change the game if it’s safe and meets customer expectations. However, some Cheaper options include the Dacia Spring Electric 45 (16,900 Euro) and Leapmotor T03 (18,900 Euro) in Germany. The Dacia Spring Electric 65 is also priced at 18,900 euros. In two years, over nine electric cars under 22,000 Euro stopped selling in Europe.

If OEMs want to be successful in the EU, they must offer a wide range of electric car models to meet diverse customer preferences and wishes. This will help them achieve ROI quickly.

The average electric car price in Europe is still high due to battery prices and expensive components. According to our survey, 83% of customers compare electric cars’ features and safety to those of ICE cars. Still, the average cost of an Electric car in Europe is 40,000 Euros. 25 to 30K Euro is the right price bracket for mass-market EVs.

Because of their price points, Tesla 3 and ID.4/5 are in the Budget segment, while Tesla Model S and Porsche Taycon are in the luxury segment. Chinese OEMs like BYD, Geely, and NIO offer an advanced product range at attractive prices because they want a significant presence in the EU.

Building an EV factory is expensive, so we have suggested a strategic location to save costs and gain other benefits. Hungary is one of the attractive places to build an EV factory because it fits into the benefits location. Some examples are logistics, tax, and Manpower availability.

Mature Software-defined vehicles (SDV) are another challenge for the European Electric Vehicle market. ACG Software Solution Centre helps OEMs and Suppliers develop SDV solutions.

Tech-savvy individuals and city commuters are the focus customer segments in Europe. We conducted unique research because understanding European customers is essential. Such a study helps create a Business plan. This report, What Do European Customers Want in an Electric Car, is available separately.

Key Points covered in the Electric vehicle Business plan Europe:

• Executive summary
• The company’s vision, mission, and goals
• Electric Vehicle EU Industry Analysis
• Market analysis
• Business Strategy
• Target segment
• EV expected product portfolio
• EV Pricing Analysis
• Customer analytics
• EV Competitor Landscape in the EU
• Electric Vehicle Market Forecast
• SWOT Analysis
• Detail Production plan along with per-line production capacity
• MAN Power Budget requirement per department Management and organizational plan
• Sales Plan and marketing strategy with marketing Plan
• Risk Analysis and Contingency Plan
• Financial  sheet
• Exit strategy

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Key buying Factors:

• Attractive Price or high affordability
• Ease of use
• Suitable for some applications like E-commerce or Delivery
• Environment benefits
• In Some uses, low speed is considered one of the USP

Following are the challenges also:

• Limited Safety features
• Restricted Government Subsidy
• Short Range
• Small target Segment
• Battery Type
• Aesthetic look

There is a fine line between the Challenges and opportunities of the Low-Speed Electric Scooter. The OEMs need to find the market gap and upgrade the product range.

The customer has certain expectations from the low-speed E-Scooter, which we measure based on Technical Specs, Features, and Emotions. Product-market fit needs to move to a Product-Segment frame.

By making minor changes, such as upgrading the range, Speed & Performance, battery Type, and some Safety features, along with an Aesthetic look, the manufacturer can increase its revenue by 160% to 200%.

GO-TO-Market Strategy:

The city also plays a critical role when you plan to launch a Low-Speed E-Scooter. In our detailed report, we have the Low-Speed Electric Scooter Market size and forecast based on the type of city—tier 1, Tier 2, and other major emerging cities.

We have included customer persona for most of the significant applications and cities.

Competitor landscape:

The report covers all major Low-Speed Scooters like Hero,  Detel, Lohia Auto, Kinetic Green, Speedways, Whitecarbon, Ampere,  Joy, and others.

Market Forecast:

The Electric Low-Speed scooter market is expected to register a 10% CAGR from 2025 to 2030. Some new cities have become emerging markets for low-speed electric scooters.

Additional Consulting:

• How to Setup Manufacturing Unit of Electric Two Wheeler in India
• Business Plan
• Digital Marketing
• GO-TO–Market Strategy Analysis
• Customer Survey

Key Highlights of the Report and Data:

• Market Classification of E-Scooters
• Component Supply chain and pricing
• Low-speed E-Scooter market size, market trend, and Forecast in units and Value
• City-wise E-Scooter Market Size, Trend, and Forecast
• Key Growth Drivers and Challenges
• Geographical insights on sale of low speed by Tier-1 or Tier-2 and State/city?
• Any income group insights on low-speed consumers?
• Any customer profile for low-speed scooter
• Product value proposition for  Delivery Workers and
  Small Businesses
• Key OEMs and Key Models Specs and Pricing Analysis
• Overlapping Analysis with High-speed Electric Scooter
• SWOT and PORTER analysis

The post Indian Low Speed Electric Scooter Market Report appeared first on Autobei Consulting Group.

We have adjusted the USA Electric Vehicle market following the Trump Government’s imposition. Two scenarios look possible.

If the Trump administration imposes tariffs on electric vehicles and components, this may increase production costs, reduce demand, and disrupt supply chains. While the policy may aim to fulfill the demand by increasing local manufacturing capacity, it risks slowing EV adoption, raising consumer prices, and creating uncertainty for automakers and suppliers in the short term. The US still relies on some Electric Vehicle components in the European Market, such as the Traction Power Module. Due to a supply shortage, some U.S. OEMs, such as Rivian, are buying power Modules from Germany.

Rolling Electric Vehicle in the USA:

The cumulative EV sales volume has grown significantly, from 0.41 million in 2019 to 4.80 million in 2024, indicating a strong upward trend in EV adoption in the USA after multiple new EV Models were launched. Sales growth has gained momentum since 2021, increasing rapidly each year.

The rolling sum of Electric Vehicle sales from 2019 to 2024 highlights exponential growth, strong market momentum, and increasing consumer confidence in EV adoption, but is still low compared to market expectations. The significant jump in 2023-2024 indicates that electric vehicles (EVs) are gaining popularity and have become the preferred choice for customers.

US Electric Vehicle Competitive Landscape:

Tesla maintains a Leadership position but faces tough Competition in the US Electric Car Industry. It holds its leading position by increasing sales from $499,550 in 2020 to $633,762 in 2024.

Despite its growth, traditional OEMs such as GM, Ford, Hyundai, and BMW have significantly expanded their market share in the electric vehicle (EV) market.

The Electric Vehicle industry has shifted from a Tesla-dominated market to a more competitive landscape, with traditional automakers and startups gaining traction. Rivian is gaining a firm grip on the premium SUV and Pickup Truck Market.

US Electric Vehicle Market Share 2020-2024:

The US Electric Vehicle market share has undergone significant changes in the last five years. In 2020, Tesla was dominating the EV market with a 92% market share. In 2024, other traditional OEMs are also expected to enter the EV segment.

Why Tesla’s Market Share Shrinks:

Tesla’s market share dropped 16% despite maintaining a 10% CAGR growth.GM is the biggest market share gainer. The Chevrolet Equinox, Cadillac Lyriq, and Chevrolet Blazer are the top models with a significant presence in the Electric small and regular SUV segments in the USA.

GM, Hyundai, BMW, and Mercedes are showing positive market share growth while maintaining a double-digit compound annual growth rate (CAGR).

Rivian, Lucid, and Nissan have positive growth trajectories but modest market share increases.

VW and Geely are struggling in terms of both market share and compound annual growth rate (CAGR).VW must launch new EV models in the USA market to gain market share.

The USA EV market is shifting from a Tesla-dominated landscape to a more diversified competitive field. Meanwhile, brands like Honda and Toyota are growing rapidly but still hold a smaller share of the total market. Volkswagen and Geely’s weak performance highlights challenges in keeping pace with the evolving Electric Vehicle market.

Tesla’s market share has significantly declined from 92% in 2020 to 48% in 2024. There are two reasons behind it. There is intense competition from other OEMs, and no new products have been launched except for the Cyber Truck in the last couple of years.

Tesla is facing two types of challenges. First, it’s product degradation, and second, to launch new Models. The external challenge is that traditional OEMs launch new EV models that customers accept well.

Every year, Tesla loses its market share in the US market. As other brands launch new EV models, Tesla loses its grip. Customers have more choices in choosing models.

Electric Vehicle Market Shift in the US: Domestic Leaders Face Growing Competition:

U.S. brands dominate the Electric Vehicle market in the USA, growing from 520K in 2020 to over 900K in 2024, driven by strong domestic demand and incentives. German and South Korean brands are gaining traction, with sales reaching 130,000 and 124,000 in 2024.

Japanese brands lag, peaking at 47K in 2023, reflecting a slower Electric Vehicle transition. Chinese brands remain primarily absent, likely due to trade restrictions and brand perception.

U.S. automakers dominate their home market, while German and Korean brands are gaining market share. Japanese and Chinese brands struggle to gain significant market share in the U.S. electric vehicle market.

The market share of U.S.-origin Electric Vehicle brands in the U.S. market has steadily declined, dropping from 95.4% in 2020 to 69.2% in 2024. Tesla is one reason for the declining market share of USA-based automakers. This indicates growing competition from European and Asian Brands.

German brands have made the most significant gains, rising from 2.6% in 2020 to 10% in 2024 and peaking at 13.5% in 2023. This suggests strong consumer adoption of premium and performance-oriented electric vehicles (EVs).

South Korean brands have experienced steady growth, reaching a 9.5% market share in 2024. Hyundai and Kia are known for offering better value against their selling price.

Japanese brands also increased their market share from 8.6% in 2022 to 9.2% in 2024.

Like the EU, the US market is difficult for Chinese Automakers due to geopolitical issues and brand acceptance.

The Rapid Growth of Electric Vehicle Models Across Automakers:

In 2019, only a few brands had Electric Vehicle models, with Tesla leading with two models, followed by Chevrolet, BMW, Audi, VW, and Nissan, each having 1 model. By 2024, the number of electric vehicle (EV) models per brand has increased significantly, with some brands now offering multiple EV models, indicating wider adoption of EVs across automakers.

By 2024, the number of Electric Vehicle models per brand has increased significantly, showing wider EV adoption across automakers.

Kia, Genesis, Ford, Rivian, Toyota, Porsche, GMC, and Cadillac now have multiple EV models, whereas most had none in 2019.

Mapping Electric Vehicle Consumer Behavior: What Drives Buyers Across Segments:

The U.S. electric vehicle market caters to a diverse range of consumers, from budget-conscious buyers focused on affordability to high-end customers seeking luxury, performance, or sustainability. The mid-tier and luxury segments remain the most competitive, while eco-conscious luxury is emerging as a niche yet growing market.

Mid-Tier Dominates Top 10 Electric Vehicle Models, Highlighting Demand for Balanced Pricing:

The Mid-Tier segment dominates the market. Currently, 18 variants of the top 10 models are available. It shows that consumers prefer EV models, which are in the middle price range. The Luxury segment also holds a strong presence, with 12 model variants, indicating that premium electric vehicles (EVs) remain in high demand, likely driven by brands such as Tesla, Mercedes, and BMW. Tesla’s New Model Y will also be in the Luxury segment. Most Luxury or high-end EVs have an 800V vehicle architecture with SiC semiconductors.

In contrast, the Entry-Level segment has only one model variant in the top 10 Models. Other models, like the Nissan Leaf, are available in this segment. The mid-tier segment has the highest number of models and variants. This is a rapidly growing segment in the electric vehicle (EV) market. OEMs are focusing on this segment since it offers better value for money.

US Electric Vehicle Pricing Strategy and  Distribution: Top 10 Models and Variants

Entry-Level Segment: The Tesla Model 3 is the only leading sub-$30,000 option, making it one of the most affordable electric vehicles (EVs) on the market. The lack of competitors in this range suggests a gap in budget-friendly electric vehicle (EV) offerings. The top 10 model price points of U.S. electric vehicles are explained in the chart below.

Mid-Tier Segment: This is the most competitive electric vehicle (EV) segment, featuring models such as the Tesla Model Y, Ford Mustang Mach-E, Hyundai Ioniq 5, Honda Prologue, and Chevrolet Equinox. This segment aligns with the needs and requirements of most electric vehicle (EV) customers.

EVs below USD 30K are rare, but if more affordable options enter the market, they could create a new sweet spot.

Luxury EVs (USD 80 K+) cater to premium buyers but have a smaller target audience.

Electric Vehicle Segment Level Pricing Strategy:

The median price across all segments is approximately USD 50,000, a reference point for price comparisons.

Pickup Trucks

• The Tesla Cybertruck and Ford F-150 Lightning dominate this segment, with prices ranging from $60,000 to over $100,000.
• The Tesla Cybertruck has the highest pricing variation, with some models exceeding $100,000.
• The Ford F-150 Lightning offers a more stable price range, ranging from USD 70,000 to USD 90,000, with some lower-end variants priced closer to USD 60,000.

Sedans

• The Tesla Model 3 is the only sedan Model in the top ten EV models. Minimal

SUVs

• The Rivian R1S variant is the most expensive SUV. The highest variants cost nearly USD 100,000. The vehicle is equipped with four Power Modules.
• The Cadillac Lyriq, Mustang Mach-E, and Hyundai Ioniq models are priced above the median price.
• The Tesla Model Y is a successful model at a competitive price. The Model Y is positioned at the lowest point in the SUV segment.

Key findings:

• Pickup Trucks and SUVs have the highest price dispersion, indicating a broader price range across different trims and configurations.
• Sedans remain the most price-stable category, with prices tightly concentrated around USD 30,000 – USD 40,000.
• Luxury SUVs like Rivian R1S and Cadillac Lyriq are priced significantly higher than the median, making them the premium choices in this segment.
• Tesla dominates affordability in both the SUV and sedan segments, positioning itself as a cost-effective alternative compared to competitors.
• The Tesla Model 3 leads this category, with prices tightly clustered between USD 30,000 and USD 40,000.

This is the only sedan in the dataset, and its price is significantly below the overall median, making sedans the most affordable segment.

Luxury & Premium Segment: The Tesla Cybertruck, Ford F-150 Lightning, Rivian R1S, and Cadillac Lyriq dominate this space. These vehicles prioritize performance, technology, and larger body styles, such as pickup trucks and SUVs, targeting high-income groups.

Automakers need to develop entry-level electric vehicles (EVs) for the US Automotive market.

EV Pricing Drivers:

There are three main pricing drivers: technical, Functional, and Emotional. If the OEMs can satisfy either one or all of these drivers, then the brand can connect with the customers.

Top 10 EV Market Trends: Luxury & Mid-Tier Models Dominate, Entry-Level Options Remain Scarce:

1. Luxury and High-Performance EVs Dominate the Upper Price Range
The Rivian Ascend (USD 85,000 — USD 110,000) and Tesla Cybertruck (USD 95,000 — USD 105,000) are among the most expensive models. Both models dominate the premium SUV and pickup truck segments in the high-end EV market.

The Ford F-150 Lightning Platinum and LARIAT models (USD 75,000- USD 85,000) compete in the luxury truck segment, with pricing varying significantly.

2. Mid-Tier EVs Exhibit Price Stability
Models like the Ford GT, Honda Touring, and Hyundai SEL are priced between USD 50,000 and $60,000. This pricing strategy makes Ford and Hyundai strong brands in their respective categories. The Tesla Model 3 Performance, Model Y AWD, and Chevrolet RS are priced between USD 40,000 and $55,000. This price range strikes a balance between affordability and performance in the US market.

3. Affordable EVs Are Limited but Well-Defined The The 
Tesla Model 3 Long Range RWD variant is among the most affordable EVs in this segment.

4. Ford and Tesla Show the Widest Price Range
Tesla and Ford offer electric vehicles (EVs) in a range of price points to cater to various segments.

Tesla’s price range spans from USD 30,000 (Model 3 RWD) to USD 105,000 (Cybertruck), covering a broad target segment.

The Electric Vehicle market remains polarized between premium and mid-tier models, with few affordable options. Ford and Tesla lead in price diversity, while Chevrolet provides some of the best budget segment models.

Key Price Influencers of Top 10 Electric Vehicle Models:

When the battery size of the Top 10 EV models and variants increases by 14.97 kWh, the price rises by USD 17,770. When the range decreases by 30.52 miles, the price increases by USD 5,470. Premium trims may have a shorter range but enhanced features, making them more expensive. Including trim price variants in the analysis highlights how higher trims with larger batteries cost more, while some luxury models have a lower range but premium pricing.

Competitor Landscape of Electric Vehicles in the USA:

GM’s Electric Future: Strong Sales Growth:

GM’s Electric Vehicle sales have experienced a significant CAGR of 47.4%. New Product launches are the key driver behind the company’s electric vehicle (EV) growth.

Market share has also increased year over year, rising from 4% in 2020 to 9% in 2024, reflecting GM’s ability to capture a larger portion of the competitive EV segment.

Chevrolet leads GM’s Electric Vehicle sales, consistently increasing sales volume to surpass 68,000 units in 2024 and maintaining a 5.2% market share. Cadillac exhibits rapid growth, achieving a 2.2% market share in 2024, which reflects strong demand for luxury electric vehicles. GMC has also started gaining traction, growing to a 1.2% market share in 2024, with its electric pickup truck and SUV product range. Brightdrop, GM’s commercial EV brand, has a small but emerging presence. GM is electrifying the delivery vehicle segment.

GM Market Share 2024:

Chevrolet leads GM’s Electric Vehicle lineup with a 5.2% market share. Cadillac follows with 2.2%, indicating strong demand for luxury EVs. GMC holds a 1.2% market share, primarily driven by its electric trucks and SUVs. Brightdrop remains small at 0.1%, indicating slow adoption in commercial EVs.

Chevrolet Equinox and Cadillac Lyriq are top-selling EV models. Around half of the GM’s sales are coming from these two models. Both Models have a 2.2% market share. Chevrolet Blazer follows at 1.8%, while GMC Hummer SUV/Truck holds 1.1%. Chevy Bolt (0.7%) and Chevrolet Silverado (0.6%) contribute smaller shares.

Chevrolet, Cadillac, and GMC led GM’s electric vehicle growth. The Equinox, Lyriq, and Blazer dominate sales. Brightdrop is still in its early stages.

Ford’s EV Expansion: Rising Sales Amid Market Dynamics:

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Ford’s Electric Vehicle sales showed a compound annual growth rate (CAGR) of 53.2% from 2021 to 2024, which is impressive growth. The company’s market share increased from 5.5% to 7.5% between 2021 and 2025.

The electric Vehicle market share stands at 7.5%, with the Mustang Mach-E leading at 3.9%, followed by the F-150 Lightning at 2.6% and the E-Transit at 1.0%. The Mustang Mach-E remains the most substantial contributor to Ford’s Electric Vehicle presence, while the F-150 Lightning and E-Transit show steady market penetration.

Rivian’s EV Surge: Strong Growth but Facing Challenges:

Rivian’s Electric Vehicle sales have experienced remarkable growth, achieving a compound annual growth rate (CAGR) of 59.3% from 2022 to 2024. Sales volume surged significantly in 2022 and 2023, stabilizing in 2024 at around 60,000 units. Market share increased from 0.1% in 2021 to 4.0% in 2023, then declined slightly to 3.9% in 2024.

The power Module supply chain is one of the company’s major issues. Semikron Danfoss is one of Rivian’s major suppliers.

Rivian’s R1S SUV leads its sales mix with a 2.1% market share, making it the brand’s best-selling model. The price of this model starts from USD 75,900. The EDV500/700 electric delivery vans account for 1.0%, indicating Rivian’s presence in the commercial electric vehicle (EV) segment. The R1T electric pickup truck contributes 0.8%, indicating relatively lower traction compared to the SUV segment. The market share showed its substantial presence in the SUV segment compared to the commercial segment.

Tesla Faces Intensifying Competition in its home ground:

Tesla’s sales volume in the USA market grew at a CAGR of 6.1% from 2020 to 2024, which is slow compared to its competitors. However, its market share has continued to decline, dropping from 92% in 2020 to 48% in 2024. Tesla lost 44% of its market share in the last five years. New launches by other OEMs, combined with Tesla’s lack of new launches, are the primary reasons for the decline in its market share.

The Tesla Model Y is the leading model in all key electric vehicle (EV) markets, including the US, EU, and China. Model Y is the leading model in Tesla’s portfolio. Tesla is set to launch the New Model Y at $46,500. The company is capitalizing on the popularity of its Model Y. The Cybertruck has unique features and key specs in this segment. The Tesla Cybertruck has a 3.0% market share, indicating its acceptance in the USA. The Tesla Model X and Model S hold significantly smaller shares, at 1.5% and 0.9%, respectively.

VW Group’s EV Sales Peak, Then Decline by 32% in 2024:

The Volkswagen Group, comprising Audi, Porsche, and Volkswagen, has demonstrated a strong 40.2% compound annual growth rate (CAGR) in Electric Vehicle sales from 2020 to 2024. The market share of the Volkswagen Group decreased from 2021 to 2024.

The Volkswagen Group, comprising Audi, Porsche, and Volkswagen, experienced fluctuating Electric Vehicle sales trends from 2020 to 2024. Audi had a strong initial market presence, peaking in 2023 before experiencing a slight decline in 2024. The three brands of VW Group have different product positions, Pricing, and target customer segments.

Audi leads with a 1.8% market share. Audi has the largest number of electric vehicle models, one of the key reasons Audi leads the Volkswagen Group in the US electric vehicle market. VW follows with 1.4%, while Porsche holds 0.5%. The VW ID.4 dominates with a 1.3% share, contributing the most to VW’s overall share. The price of the Volkswagen ID.4 ranges from $46,520 to $58,720, depending on the trim and variant.

Audi’s top models are the Q4 e-tron (0.9%) and Q8 e-tron (0.6%), which show strong brand performance.  The Q4 e-tron price starts from USD 49,800. Porsche’s Taycan (0.4%) remains its most significant Electric Vehicle but has a smaller footprint. The price range of the Taycon lies between USD 99,400 and 149,800. Models like ID. Buzz, Q6 e-tron, and Porsche e-tron contribute to a diversified portfolio but have lower individual market penetration.

BMW EV Growth Accelerates with 138% CAGR:

BMW’s Electric Vehicle sales have proliferated. The CAGR from 2020 to 2024 is 138%. In 2024, sales rose by 184% compared to 2022. Market share increased from 0.3% in 2020 to 4.2% in 2024. BMW’s growth is accelerating, making it a leading player in the electric vehicle market. BMW utilizes highly efficient car components, such as semiconductors, inverters, and Power modules.

BMW’s Electric Vehicle sales touched 54,647 units in 2024, while Mini’s remained stable, averaging around 3,000 units from 2022 to 2024. BMW’s rapid growth contrasts with Mini’s steady, yet lower-volume, presence in the Electric Vehicle market.

The BMW i4 leads the lineup with a 1.8% market share, followed by the BMW at 1.2% and the BMW i5 at 0.7%. The price of the BMW i4 ranges from $52,800 to $70,700. The BMWiX is more expensive than the i4.

The iX’s price ranges from USD 87,250 to USD 111,500. It is the second-largest and best-selling EV model in the BMW group. The i4 and iX models account for more than 50% of BMW’s EV sales in the US. The brand focuses on EV penetration by adopting the most advanced and reliable technology.

Mercedes EV Growth Slows After Peak in 2023:

Mercedes Electric Vehicle sales grew at a CAGR of 50.6% from 2022 to 2024. The sales volume in 2024 was 28,154 units. In 2024, sales declined by 127% compared to 2023. Mercedes EV’s Market share dropped from 3.9% to 2.1% in the US. Early growth was strong but slowed due to the Supply chain of components and competition. Mercedes remains a key player with a rich product portfolio in the premium EV segment, but faces challenges sustaining momentum.

The price range of Mercedes cars and SUVs lies between USD 53,000 and USD 179,000.

Mercedes Electric Vehicle sales proliferated from 2021 to 2023, reaching their peak in 2023. Sales volume declined in 2024, indicating a slowdown after a period of substantial expansion. Market share followed a similar trend, rising sharply before dropping to 2.1% in 2024. Despite this, Mercedes-Benz remains a key player in the luxury electric vehicle segment.

The Mercedes EQE holds a 0.9% market share in the US market in 2024. The EQB follows with 0.7%, showing strong demand. The EQB models are beautiful. The EQS holds 0.5%, indicating a niche presence. Mid-size and compact EVs dominate Mercedes’ electric sales. High-end models have lower market penetration. The most popular Mercedes Electric Vehicle models are priced between USD 53,000 and USD 74,900. Mercedes’ 19 EV variants are available in the USA until January 2025.

Hyundai Electric Vehicle:

Hyundai’s Electric Vehicle sales increased at a compound annual growth rate (CAGR) of 88.6% from 2021 to 2024, rising from 19,000 in 2021 to 124,000 in 2024, representing a 32% growth from the previous year. Market share increased from 3.8% in 2021 to 9.5% in 2024. Hyundai holds a strong position in the US electric vehicle market.

The Hyundai price starts at USD 32,000. This is an attractive price point and competitive with the Tesla Model 3.

Hyundai is the largest brand within the Hyundai group, holding a 4.7% market share as of 2024.  Kia is the second-largest brand in this group, with a 4.3% market share in 2024. Genesis is a premium brand with a 0.5% market share. Hyundai’s EV sales reached 61,821 units in 2024, while Kia’s sales reached 56,099 units. This shows that Kia is a well-accepted EV brand at its price point and features.

Hyundai holds a 4.7% market share. The Ioniq 5 leads with a 3.4% share. Kia follows with 4.3%. EV6 and EV9 each contribute 1.7%. Genesis remains small at 0.5%. The GV70 holds 0.2%. Hyundai’s Ioniq 6 adds 0.9%, and the Kona contributes 0.4%. Kia’s Niro stands at 0.9%. Hyundai remains dominant, while Kia shows strong momentum. The Kia EV6 and EV9 are top models, with starting prices of $42,600 and $52,900, respectively. Both models belong to the Tier EV price segment. The Niro EV starts at USD 39,600, but the car lacks an attractive aesthetic.

The most attractive price point for the Hyundai Kona Electric is USD 32,875. The most successful Hyundai Electric model is the IONIQ5, which has a price range of USD 41,550 to USD 58,100. This model gives its customers value for money. The Hyundai IONIQ5 is available in eight different variants, each with distinct features.

IONIQ 9 is going to launch at the Los Angeles Auto Show. It is the first vehicle with a three-row, all-electric SUV. This vehicle is expected to be available in the USA in 2026.

JLR EV Growth Accelerates in the USA:

Tata’s EV sales grew at a CAGR of 18.8% from 2020 to 2024. Sales rebounded sharply to 3304 in 2024 after dipping in 2022 and 2023. Despite the volume growth, market share remained at 0.25% in 2024. JLR is the only electric vehicle (EV) brand under Tata Motors in this segment.

Key Highlights of the report:

• USA Electric Vehicle Market Trend and Forecast in Units and Value.
• Model-wise Electric Vehicle Pricing Analysis
• Brand-level competitive pricing Strategy
• Variant-wise pricing Analysis
• Value Drivers of every customer segment
• USA EV market share
• Government Policy impact on EV buying decision
• New EV launch strategy
• Entry Strategy Analysis in the USA Market

The post U.S. Electric Car Market Forecast appeared first on Autobei Consulting Group.

Electric trucks are moving closer to price parity with diesel by 2030.

It is expected that BEV Truck have 45%, Fuel Cell 5%, and ICE Truck 50% of the market share by 2030 in Europe. It is predicted that China dominate the BEV Truck market by more than 50% by 2030. 24,075 units of Electric Trucks were sold in China in 2022. LDT and MDT segments could have the largest share in the BEV truck technology segment.

It is estimated that by 2030 150,000 Public and Non-public chargers will be available in Europe at every 60-70km. By 2030, the rate of adoption of Electric trucks will reach significantly at its peak. In some specific Segments, 50% of the trucks will be electrified. This Industry will be Profitable and Sustainable in the next 5 to 7 years. Most of the trucks come with lithium-iron-phosphate (LFP) battery chemistry.

TCO is one of the key factors in making buying decisions. The TCO depends on Energy cost, Toll, Price, Driver wages, and maintenance cost of the truck. The driving of an Electric Truck is smooth, with low noise, and low vibration, which results in high driver productivity.

Electric Trucks can access the city (like Paris) area where ICE trucks are normally not allowed to drive. Many cities banned the entry of Electric trucks to transport the goods inside the city area.

Application: The Light and Medium Duty trucks are in top gear due to their suitability for some applications like e-commerce, and postal service. Port applications and Vehicle transportation are highly suitable for Electric trucks where starting and End points are pre-defined. Recently Volvo Trucks has demonstrated the Long-Haul Electric Truck for Vehicle Transportation Application in Sweden.

Along with the rigid haulage, the Tipper segment is also attractive for Electric trucks. However, OEMs still need to test the vehicle under tough operating conditions like deep mining, heavy construction, and other special applications like fire brigade or defence.
Nowadays, Long-haul Trucks or Tractor-trailers are also efficient in utilizing Electric Drivetrains. The Electrification of this segment has a positive impact on decarbonizing because the long-haul truck segment is the largest in Europe. One long-haul eTruck can save between 700 to 800T CO2 during the 10 years of its operation.

Competitor Landscape: Almost all major ICE truck manufacturers are offering Electric Truck options like Volvo, Daimler, Freightliner, Kenworth, Scania, DAF, MAN, Mack, and Peterbilt. Top Chinese OEMs of Electric trucks are Sany, XCMG, Geely, SAIC, Zhengzhou Yutong Group, Beiben, and Dongfeng. New players like Tevva, Quantron, and Einride have launched their trucks with different technology and in different segments.

Recently, PepsiCo ordered 100 Tesla Semi Electric Trucks. DHL, Walmart, and FedEx are also planning to adopt electric trucks for their operations. However, the internal business case looks positive for internal stakeholders. Volta Truck was the first startup to introduce Medium Duty Electric Truck in Europe. Einride has taken the next step by launching its first Electric Autonomous Truck. Volvo Autonomous Solution is developing an Autonomous Truck with Boliden. Daimler is working with WAYMO to launch an Autonomous truck. Volvo and Daimler both have partnerships with Cellcentric. UK-based Tevva offers an Electric Truck of 7.5T GVW and other major Truck manufacturers offer product ranges in the Medium and heavy-duty truck segment.

In USA, Rivian and Ford Pickup trucks are leading the segment. Rivian is facing a key supply chain issue with their Power Module Suppliers from Semikron Danfoss. Due to insufficient supply of Power Module, company’s production has badly affected. Tesla recently launched its Cybertruck in the Pickup truck segment. The Cybertruck is made of stainless steel with some gaps between the panels. This truck has many advanced features. Ford F150 Lightning is another leading model with 131kWh energy capacity and a 320mile (515km) range.

Selling trucks is different from selling passenger Cars. Leading OEMs like Daimler, Traton, and Volvo understand logistics companies and Fleet owner’s requirements better than Tesla. There are fair chances that eActros 600 or Volvo FL can penetrate their target segment effectively. The eActros have a range of 600km per charge and come at 600kWh energy capacity.

Volvo Trucks announced 70% of new EU ZEV sales by 2030, Daimler 60%, Scania and MAN 50% by 2030.

Key Growth Drivers: Government EV policies, Strict Emission norms, Ban on Diesel Trucks, increasing vehicle range, incentives, innovation and upgradation in EV technology are some of the key growth drivers for Electric trucks. Even Tesla claimed that its Truck has 500 miles per charge on the rated payload.

Markets: Europe has started to take initiatives towards zero-emission heavy-duty vehicles. The European Parliament created the roadmap towards Zero Emission Trucks (HCV) by 45% (2030), 65% (2035), and 90% (2040). The UK Government wants to have 30% of all heavy vehicles sold in the UK to be Zero emission by 2030 and 100% by 2035.

Indian OEMs like Tata Motors, and Ashok Leyland are aggressive in launching new models in Electric light commercial Vehicle segment.

Technology: There are three types of technology:

• Battery Electric Truck
• Hydrogen Fuel cell Trucks (FCEV)
• Hydrogen Internal Combustion engines (H2Ice)

Every Technology has its pros and Cons. The most mature technology is BEV technology. The Hydrogen Fuel Cell trucks are suitable for long-range, but it has storage issues. Daimler and Bosch are working on this technology to integrate it into heavy-duty trucks.
Hydrogen Internal Combustion engines (H2Ice) are also under consideration for the ZEV target.

Stellantis is developing hydrogen powertrain technology for its Ram pickup truck with 320 miles (515 km) ALVN. The company is planning to produce 50,000 units by 2026.
Data-driven is one of the key features to optimizing the route, Fleet management, and load optimization. Such features help fleet companies increase the profitability of the transportation business.

Digital Features: In Electric Truck, customers are equipped with advanced digital features like Connected Portal, App or access the vehicle through the mobile App, V2X and other features on the Vehicle dashboard.

Challenges:

Vehicle Weight: Gross Vehicle weight plays a critical role in the performance of some of the transportation of high-density materials like steel, Stone, Cement, iron and others. Electric Trucks are heavier than ICE trucks which impacts on energy consumption of the Electric Truck.

Supply Chain issue: Electric Trucks are facing serious issues with EV components like Semiconductor, Power Module, and Battery supply. Recently Volta Truck filed for bankruptcy due to an issue with battery supply.

Price: ACG estimated that Tesla has sold its Semi to PepsiCo at ~ USD 200,000 which is just double the ICE Truck. The Cybertruck dual Motors is the most efficient version with a 340-mile (547km) range at USD 80K price The maintenance cost of the Electric cost is significantly lower compared to the ICE truck, so buyers need to check the price per mile to per Km rather than the upfront cost.

Charging Infrastructure: Most Electric Trucks prefer to charge at night because slow chargers take 7 to 8 hrs. Truck must be in operation atleast 12 hours per day to generate revenue. Recently Ultra-Fast chargers can charge the battery from 0 to 80% in just 30min.

There is a negative impact of fast charging on the battery life of the vehicle. Electric Truck can charge at 43kW AC charging point or 300kW DC charger. However, ultra-charging stations are available in limited space and limited numbers. Germany is building the first public charger corridor for Electric Trucks based on key logistic routes. Wireless charging is considered as one of the emerging technologies.

One of the challenges is that most of the Electric Trucks are charged at the Customer’s place. Charging points need to be established at loading bays, Workshops, Truck stops at major highways, and Truck parking spaces.

Three major players Volvo, Daimler, and Traton are working together to develop and charging network to charge their fleet. Some independent major charging infrastructure companies are ABB, sennder, and Milence in Europe.

Milence planning to establish 1,700 charging points in Europe for all Electric Trucks by 2030. It opened the first electric charging hub for heavy-duty vehicles in Venlo, the Netherlands.

Key highlights of the Report:

• Electric Truck Segment Analysis: By Segment: Mini, Pickup, Light Duty Truck, Medium Duty Truck, and Heavy Duty Truck
• The Historical trend and Forecast – 2018 to 2030
• Drivetrain Type:
  • BEV,
  • FCEV, and
  • Hydrogen Internal Combustion engines (H2Ice)
• Region:
  • Europe
  • China
  • North America, and
  • RoW
• Truck Type:
  • Rigid Haulage,
  • Long Haul,
  • Tipper, and
  • Special Application
• Range:
  • Upto 200Km,
  • 500Km and
  • above 500Km
• Battery Type Market:
  • Advantages of using Lithium iron Phosphate (LFP)
• Electric Truck Product Analysis:
  • OEMs wise Product Portfolio
  • OEM wise Market Share
  • Supply chain Analysis
  • Competitor landscape
  • GVW wise
  • Price Bracket
  • Technology
  • Number of Models
  • Digital features
  • Product Roadmap
  • Payload
  • Range Analysis based on various factors such as Weather, payload, Driving style, Charging (Fast or Slow), Energy Consumption, and others
• Electric Truck Costing:
  • Battery cost
  • Inverter and Power Module cost
  • other cost
• Other Technical parameters like Time to charge the etruck from 0% to 80%
• Charging type: CCS (375kW) and MCS (750kW), and others
• Electric Truck TCO calculation and comparison with ICE Truck
• Go-To-Market Strategy
• New Electric Truck Product launch Plan
• Identity the Suitable Application for different type of Electric Trucks
• GDP contribution of Electric truck in Europe, USA, and China
• Expected new job creation and job cut
• Major Suppliers issue with case study of Rivian (Semikron Danfoss) and Volta Truck
• Charging Infrastructure planning

The post Electric Truck Market appeared first on Autobei Consulting Group.

At the moment, Power Module (Which does not have its own Semiconductor ) companies acquire SiC Semiconductor chips from semiconductor manufacturers like Wolfspeed, Renesas, and others. They then use these chips as the heart of their Power Modules in terms of technology, and these chips also account for a substantial part of the module’s production cost.

1. Direct Deal with Semiconductor Suppliers:

In this straightforward process, a pricing competition is at play. Power Module companies purchase chips and then resell them to OEMs or Tier 1 Suppliers through Power Module Packaging, making substantial profits solely through semiconductor trading. Consider this: there is a possibility for OEMs or Tier 1 Suppliers could save up to remarkable 500 million Euros depend on 2 Wheel Drive or 4 Wheel Drive/High performance Electric Vehicle. Exceptionally, The number of power modules used in a 2-wheel drive (2WD) or 4-wheel drive (4WD) vehicle can vary depending on the specific design of the electric powertrain and the vehicle’s power requirements

Consequently, Electric Vehicle startups, often find themselves negotiating terms set by these Power Module companies.

There are additional advantages to this approach. Payment terms can be more easily negotiated with direct chip suppliers. Moreover, OEMs and Tier 1 Suppliers gain direct control over chip quality, stay informed about new developments, and can discuss changes in technical requirements, such as chip size or power density.

Benefits of Direct Deal with Semiconductor Suppliers:

Another avenue to save an extra million Euros in the realm of Power Modules is by abstaining from investing in Power Module production lines. Some Power Module manufacturers might face financial limitations, prompting them to seek investments from Tier 1 or OEMs, which typically involve a substantial sum, around 7 to 10 million Euros. However, it’s crucial for any business to avoid venturing into a risk-sharing business model, as customers should not be exposed to such risks. The decision about how much risk to undertake should rest with the Power Module companies.

2. Do not invest in Power Module Production line on the basis of risk sharing Business Model:

However, OEMs and Tier 1 companies can extend their support to Tier II Power Module companies seeking investment for establishing production lines or preferring to buy semiconductors directly from Power Module companies. OEMs and Tier 1 companies can facilitate the direct procurement of semiconductors from semiconductor manufacturers by Power Module companies, thus easing their financial burdens.

A considerable number of semiconductor suppliers have already ventured into the power module sector, while others are actively exploring opportunities to enter this industry. This has led to competition between semiconductor suppliers and power module manufacturers. Consequently, there’s a possibility that power module companies may not receive the most advantageous price offers from semiconductor suppliers. Although some power module companies claim to get the best semiconductor prices, it may not always be accurate. Therefore, it’s a better idea for OEMs and Tier 1 suppliers to directly negotiate with semiconductor suppliers to ensure they obtain the most favorable pricing.

Another crucial factor that companies should give serious thought to before engaging with Power Module manufacturers is the necessity of signing a Non-Disclosure Agreement (NDA) with a stringent and robust clause. An illustrative case is One of the leading OEM interaction with a Power Module manufacturer in Europe. This leading OEM shared its distinct design and advantages with the Power Module manufacturer, but ultimately, no agreement was reached on closing the deal. Subsequently, the Power Module manufacturer made some minor alterations to OEM’s design and began selling it to other OEMs and Tier 1 suppliers. This situation resulted in significant losses this OEM.

3. Use Si Semiconductor:

The third cost-saving method involves not using Silicon Carbide (SiC) in the power module device and opting for Silicon (Si) IGBT semiconductor technology instead. While SiC is an excellent semiconductor with unique benefits, it tends to be more expensive.

The choice between SiC and Si can be determined by OEMs based on factors like the vehicle’s driving patterns or powertrain needs. There are ten critical areas where efficiency improvements are possible with Si semiconductors. By utilizing SiC, overall vehicle efficiency can be boosted by 5 to 10%, resulting in cost savings across fifteen vehicle components, as outlined below:

Even a modest 1% improvement in energy conservation across the listed factors could lead to significant energy savings for electric vehicle (EV) manufacturers, equivalent to SiC Semiconductors’ consumption in EVs. The factors affecting EV efficiency encompass a broad research domain, considering the numerous variables that influence energy usage. Weather conditions, for instance, play a substantial role in energy consumption. Extremely cold temperatures can reduce energy usage by up to 37%, while a temperature of 40°C can extend the vehicle’s range by approximately 2%. Similarly, the presence of headwinds significantly impacts energy consumption, requiring more energy to overcome resistance during motion. Weather conditions also interact with auxiliary systems, with research indicating that heating a vehicle consumes more energy than cooling its interior.

Additionally, factors like vehicle load, battery weight, and driving style all exert an influence on energy consumption. Heavier loads and increased battery weight contribute to higher energy consumption, while aggressive driving, including sudden and frequent acceleration, can lead to faster battery depletion. It’s vital to recognize that optimizing energy efficiency necessitates considering a multitude of variables, as electric vehicles often operate under less-than-ideal conditions, such as varying temperatures, wind, passenger loads, and traffic conditions.

Key Highlights of the Full Report:

• Procurement Strategy Analysis with use case of SiC and Si
• How OEMs and Tier 1 can save millions of Euro by adopting right strategy
• Power Module Manufacturing Strategy and making profit by just trading semiconductor chips
• How make the vehicle equivalent energy efficient without using SiC chip
• Power Module Cost Structure
• Long term benefits Analysis with Power Module buying Strategy
• Power Module Business Model
• Benefits Analysis of Direct dealing with Semiconductor Suppliers

The post How Semiconductor Procurement Strategies Save Millions for the EV Industry appeared first on Autobei Consulting Group.

• Electric Passenger car
• Electric Commercial vehicle – LDT, MDT, and HDT
• Electric Bus
• Electric Two Wheeler
• Electric Three Wheeler

The following Data has been covered: Time Period – 2015 to 2030

• Region-wise EV Sales from 2015 to 2030.
• Global Annual Passenger Vehicle Sales (in Units) by Drivetrain – Battery Electric vehicle, PHEV, Fuel Cell, and ICE
• Total Fleet by Drivetrain
• Global Share of Annual Passenger Vehicle distance travelled by Drivetrain
• Region (Global) wise Passenger Vehicle Fleet – China, Europe, US, India, Japan, Australia, South Korea, and RoW
• Fleet Types: Annual Kilometres travelled by the passenger vehicle – Private Vehicle, Shared Vehicle, and Robotaxis
• Region-wise Current Electric Bus Sales and Forecast
• Combined Electric Two Wheeler and Three Wheeler Fleet

Vehicle Travelled by each segment and each region 

Global Electric Two-Wheeler Fleet Outlook

• China
• India
• Indonesia
• Vietnam
• Pakistan
• Thailand
• Taiwan
• Europe
• Japan
• USA
• South Korea
• Australia

Commercial Vehicle Sales by Drivetrain – Light Commercial Vehicle, Medium Commercial Vehicle, and Heavy Commercial vehicle: Battery Electric, Fuel Cell, Diesel & gasoline, and Natural Gas

Global Share of New Vehicle Sales with different Autonomous level:

• ADAS/Level 2+ Automation
• Robotaxis/Level 4+ Automation
• Limited Autonomy features

USA, Europe, and China Passenger Vehicle Sales by Drivetrain:

• Battery
• Plug in Hybrid
• Fuel Cell
• ICE

Fleet average fuel economy for New Vehicle Sales in China:

• CAFC Target
• CAFC Actual

Vehicle Distance Travelled by Drivetrain in China, USA, and Europe:

• Battery Electric
• Fuel Cell
• ICE

Vehicle Price and Volume of Passenger Vehicle Sold in US:

• Small
• Medium
• Large
• SUV

Total cost of Ownership of Medium ICEs and BEVs Cars in US and China

• Types of Vehicle

Medium Segment BEV and ICE Pre Tax Prices (In USD) and share of battery cost in the US:

• Vehicle
• Power Train
• Battery
• Home Charger

Willingness to pay for EV at Different Price Point Data in Percentage:

• USD 10.000 to 150.000

Plug-in -Hybrid and Battery Electric Vehicle Sales:

Energy Split Required Battery Electric Vehicle:

• Home Charger
• Slow Charger
• Fast Charger
• Work/Depot  Day

Global Electricity Demand by Vehicle Type:

• Private car
• Shared
• RoboTaxi

Share of US households by number of vehicles:

• 0 to 3+

Long Term demographic shifts that will impact new Passenger Vehicle Sales:

• Low
• Lower Mid
• Upper Mid
• High

By Age Group: Population:

• <15
• 15 to 69
• >69

Population Shift – Urban Vs Rural

The Data is available in Excel Sheet.

The post Global Master Electric Vehicle Data and Forecast appeared first on Autobei Consulting Group.