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Strategic Analysis of Battery Chemistries in Electric Two-wheelers and Growth Opportunities
Strategic Analysis of Battery Chemistries in Electric Two-wheelers and Growth Opportunities
While Lithium-ion Batteries Currently Dominate the E2W Industry, with Rapidly Evolving Battery Technologies, Advanced Battery Chemistries such as Sodium-ion and Solid-state Hold Potential in Cost-effectiveness and Performance
RELEASE DATE
18-Apr-2024
18-Apr-2024
REGION
Global
Global
Deliverable Type
Market Research
Market Research
Research Code: PF79-01-00-00-00
SKU: AU_2024_660
$2,450.00
In stock
SKU
AU_2024_660
Description
As the electric vehicle (EV) industry gathers momentum, the importance of cost, performance, safety, and durability of battery chemistry and technology also increases. Among EVs, the electric two-wheeler (E2W) space is the fastest growing worldwide, with innovations in battery chemistry for E2Ws expected to impact vehicle cost and performance, thus accelerating its adoption.
Lead acid and lithium-ion battery chemistries are the most used in E2Ws. Advanced battery chemistries like sodium-ion and solid-state are also in development and under exploration by E2W industry participants globally.
In this analysis, Frost & Sullivan explores current battery chemistries used for E2Ws, their performance characteristics, and their impact on vehicle performance; current battery trends and technologies; advanced batteries under development; and growth opportunities for EV stakeholders.
The geographic coverage is global. The study period is 2021–2030, with 2023 as the base year and 2024–2030 as the forecast period.
Author: Shraddha Manjrekar
Table of Contents
Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Battery Chemistries for the Electric Two-wheeler Industry
Battery Chemistries for E2Ws: Key Takeaways
Battery Technology Roadmap
E2W Battery Evolution
Comparison of Key Battery Chemistries in E2Ws
Energy Density vs. Cycle Life of Battery Chemistry
Cost Comparison of Raw Material
Lithium-ion Battery Pack Price Analysis
Current Global Supply of Lithium-ion Batteries/Cells for Key E2W OEMs
OEM Adoption of Current vs Future Battery Chemistries
OEM Adoption of Current vs Future Battery Chemistries (continued)
E2W OEMs’ Engagement in Battery Technologies by Region
Key E2W OEMs: List of Their Battery Manufacturers and Investments/Partnerships
Battery Chemistries Used by Providers of Global Battery Swapping Solutions
Global Lithium-ion Battery Manufacturers Diversifying into New Chemistries for EVs
Analysis of Lithium-ion Battery Manufacturers Diversifying to New Chemistries
Key Existing and Emerging Global Lithium-ion Battery Manufacturing Facilities
Risk Assessment of Battery/Cell Production Based on Chemistries
Existing Battery Chemistry Comparison Across Key E2W Models
Regional Bifurcation of Existing Battery Chemistries for E2W
Scope of Analysis
Key Competitors
Growth Drivers
Growth Restraints
Battery Chemistry: Definition & Components
Importance of Battery Chemistries in E2W Battery
Types of Key Battery Chemistries for E2Ws
Performance Characteristics
Pros and Cons
Top Players for Lead-acid Batteries in E2Ws
Regulatory Landscape
Performance Comparison of Lithium-ion Battery Chemistry Materials
Types of Lithium Batteries that E2Ws Use
NMC Battery: Performance Characteristics
NMC Battery: Pros and Cons
LFP Battery: Performance Characteristics
LFP Battery: Pros and Cons
E2W Batteries: Selected Lithium-ion Cell Manufacturers
Regulatory Landscape for Lithium-ion Batteries
Regulatory Landscape for Lithium-ion Batteries (continued)
Recent Investments by Key Global Lithium-ion Battery Manufacturers
Case Study: Lithium-ion Battery—Enevate Corp
Sodium-ion Battery: Performance Characteristics
Sodium-ion Battery: Pros and Cons
Top Players for Sodium-ion Battery
Key Projects by E2W OEMs in Sodium-ion Batteries
Case Study: Sodium-ion Battery—Huayu New Energy Technology
Solid-state Battery: Performance Characteristics
Solid-state Battery: Pros and Cons
Top Players for Solid-state Battery
Key Projects by E2W OEMs for Solid-state Batteries
Case Study: Solid-state Battery—ProLogium Technology
Battery Technologies for E2Ws
Battery Chemistry Trends for E2Ws
Growth Opportunity 1: Set Up Gigafactories
Growth Opportunity 1: Set Up Gigafactories (continued)
Growth Opportunity 2: Expand Battery Recycling Infrastructure
Growth Opportunity 2: Expand Battery Recycling Infrastructure (continued)
Growth Opportunity 3: Increase Second-life Use Cases for Electric Two-wheeler Batteries
Growth Opportunity 3: Increase Second-life Use Cases for Electric Two-wheeler Batteries (continued)
Best Practices Recognition
Frost Radar
Benefits and Impacts of Growth Opportunities
Next Steps
Take the Next Step
List of Exhibits
Legal Disclaimer
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Popular Topics
As the electric vehicle (EV) industry gathers momentum, the importance of cost, performance, safety, and durability of battery chemistry and technology also increases. Among EVs, the electric two-wheeler (E2W) space is the fastest growing worldwide, with innovations in battery chemistry for E2Ws expected to impact vehicle cost and performance, thus accelerating its adoption.
Lead acid and lithium-ion battery chemistries are the most used in E2Ws. Advanced battery chemistries like sodium-ion and solid-state are also in development and under exploration by E2W industry participants globally.
In this analysis, Frost & Sullivan explores current battery chemistries used for E2Ws, their performance characteristics, and their impact on vehicle performance; current battery trends and technologies; advanced batteries under development; and growth opportunities for EV stakeholders.
The geographic coverage is global. The study period is 2021 2030, with 2023 as the base year and 2024 2030 as the forecast period.
Author: Shraddha Manjrekar
| Deliverable Type | Market Research |
|---|---|
| Author | Shradha Manjrekar |
| Industries | Automotive |
| No Index | No |
| Is Prebook | No |
| Podcast | No |
| WIP Number | PF79-01-00-00-00 |