The electric vehicle battery is directly codependent to the electric vehicle industry. Both industries suffer from the high switching cost for batteries. Economies of scale and high capital investments have established a competitive and rather closed market. Within this market the buyers’ power is omnipresent. The automobile makers are following a backward vertical integration strategy to increase the benefit within the supply and development chain. At the same time traditional combustion engines still threaten electrification due to customer distrust and again the high switching costs.
Table of Contents
1. Summary of Analysis
2. Sociological Variables
3. Technological Variables
4. Environmental Variables
5. Economic Variables
6. Political Variables
7. Barriers to Entry
8. Bargaining Power of Buyers
9. Bargaining Power of Suppliers
10. Industry Competitors
11. Threat of Substitute Products
12. Conclusion
13. Forecast and/or Implications
Objectives and Core Topics
This report analyzes the competitive landscape of the electric vehicle (EV) battery industry, focusing on the challenges posed by high switching costs and the dominance of automobile manufacturers. The research investigates how standardization could mitigate the influence of a closed buyer's market and foster industry growth.
- Market dynamics and the impact of high entry barriers.
- The influence of backward vertical integration strategies by automobile makers.
- The role of STEEP factors in shaping industry development.
- Strategic requirements for overcoming technological and infrastructural challenges.
- The necessity of battery standardization to reduce buyer dependency.
Excerpt from the Publication
Barriers to Entry
High capital investment and economies of scale pose fundamental barriers for entry and limit entrants into the market. The electric vehicle battery industry is characterized by high entry barriers. These are established by high capital requirement, large economies of scale, and ultimately the high costs of switching batteries. This is most prominently represented in the case of Ener1 (Ferran &Mosk, 2012). The innovative new competitor was funded with a $118 million grant from the Energy Department in 2009 (ibid). Still the necessity for high competency of technologies and slow growth of the electric vehicle market forced the Ener1 2012 into bankruptcy (ibid). This case illuminates the necessity to ensure high capital investments as well as large economies of scale. New entrants cannot that cannot provide these features are unable to enter the market permanently.
The continuous investment in development and manufacture of battery technologies, as well as new, more efficient or cheaper materials is necessary to maintain market share. Furthermore, the ability to produce batteries at a lower cost per unit, is vital and an ability only shared by larger corporations. Ultimately the maintenance and switching of these batteries is costly. The batteries are customized in design, performance, and safety. Thus, the switching is costly and not attractive for potential buyers.
Summary of Chapters
Summary of Analysis: Provides an overview of the industry's codependence on the electric vehicle sector and identifies high switching costs as a major hurdle.
Sociological Variables: Examines how public awareness of climate change and shifting consumer preferences drive the demand for green transportation.
Technological Variables: Discusses how technological advancements and IoT integration enable new business models and resource efficiencies.
Environmental Variables: Highlights how growing ecological awareness compels companies to implement sustainable solutions within the electrification value chain.
Economic Variables: Explores the impact of government subsidies and emergent business models on the development of the eMobility market.
Political Variables: Details the active support from governments and international treaties in establishing a robust electric vehicle market.
Barriers to Entry: Analyzes the high capital requirements and economies of scale that protect existing large corporations from new competitors.
Bargaining Power of Buyers: Explains how automobile makers exert influence through backward vertical integration and strategic partnerships.
Bargaining Power of Suppliers: Evaluates the medium power of raw material suppliers who are increasingly forced to diversify due to market pressures.
Industry Competitors: Describes the intense competitive environment and the challenges customized battery designs pose for universal exchangeability.
Threat of Substitute Products: Addresses the pressure from traditional combustion engines and the emergence of fuel cell technologies.
Conclusion: Synthesizes the finding that standardization is critical to reducing buyer influence and improving long-term industry competitiveness.
Forecast and/or Implications: Projects future industry growth and underscores the strategic importance of standardization in overcoming market dependence.
Keywords
Electric Vehicle Battery, Standardization, Buyers' Market, Switching Costs, Vertical Integration, eMobility, Competitive Intelligence, STEEP Analysis, Sustainability, Lithium-ion, Market Entry Barriers, Infrastructure, Fossil Fuel, CO2 Emissions, Innovation
Frequently Asked Questions
What is the primary focus of this analysis?
The report examines the competitive structure of the electric vehicle battery industry, specifically highlighting how current market conditions, such as high switching costs, limit the growth of the sector.
What are the main thematic areas covered in the report?
The work covers market entry barriers, the bargaining power of key stakeholders (buyers and suppliers), technological trends, and the strategic implications of environmental and political factors.
What is the research's main objective?
The objective is to identify the necessity for battery standardization as a means to reduce the influence of a closed buyer's market and to strengthen the industry's competitiveness against traditional fossil-fuel-based vehicles.
Which scientific approach is utilized in this paper?
The author utilizes a STEEP analysis (Social, Technological, Ecological, Economic, Political/Legal) to evaluate the external variables affecting the industry, combined with a Porter's Five Forces framework to analyze competitive dynamics.
What does the main body address regarding battery manufacturing?
The main body investigates the necessity of high capital investment and economies of scale, explaining why customized battery designs currently benefit automobile manufacturers at the expense of standardized market growth.
Which keywords best describe this study?
The most relevant keywords include Electric Vehicle Battery, Standardization, Buyers' Market, Switching Costs, and Vertical Integration.
How does backward vertical integration affect the industry?
It allows automobile manufacturers to gain control over the performance, safety, and pricing of their batteries, effectively creating a barrier that restricts the flexibility of battery suppliers and new market entrants.
Why are switching costs considered a fundamental market issue?
High switching costs prevent batteries from being universally interchangeable, which forces customers into long-term dependence on specific vehicle manufacturers and hampers the development of a more liquid, open market.
- Arbeit zitieren
- Jan Alexander Linxweiler (Autor:in), 2016, The Electronic Vehicle Battery Industry. The need for Standardization to lessen the impact of a closed Buyers’ market, München, GRIN Verlag, https://www.grin.com/document/341760
