Course Project Phase III (BUS5250 Bus Analytics & Research Methods)

7

Course Project Phase I - The Discrepancy in the Environmental Impact

of Tesla's Electric Vehicles

Calvin Durham Jr.

BUS5250 Bus Analytics & research Methods

Deondre Earl

Shorter University

September 9, 2023

The Discrepancy in the Environmental Impact of Tesla's Electric Vehicles

As an independent research analyst, I have assumed the responsibility of investigating a pressing issue related to the environmental footprint of Tesla's electric vehicles (EVs). Tesla is widely recognized for its commitment to advancing sustainable transportation and its goal of reducing carbon emissions. However, recent studies have shed light on concerns regarding the actual environmental impact of Tesla's EVs. This research proposal seeks to delve into the heart of this matter, addressing the discrepancies in the perceived environmental friendliness of Tesla's electric cars. It aims to comprehensively analyze the situation and offer practical solutions and recommendations to ensure that Tesla aligns its green image with the reality of its products' environmental impact.

The Corporation: Tesla

Tesla, Inc., founded by Elon Musk, is a well-recognized American electric vehicle and clean energy company that has substantially impacted the automotive industry. Tesla is renowned for producing high-performance electric cars that have garnered substantial global popularity (Maradin et al., 2022). The corporation's primary mission is to accelerate the transition to sustainable energy practices worldwide, a goal it strives to achieve by manufacturing cutting-edge electric vehicles, energy storage solutions, and pioneering renewable energy technologies. This comprehensive approach aligns with Tesla's commitment to combat climate change and promote environmental consciousness, positioning it as a leading force in pursuing a greener and more sustainable future.

Problem Definition

The central issue under investigation pertains to the environmental implications of Tesla's electric vehicles (EVs), which have long been hailed as eco-conscious alternatives to traditional gasoline-powered automobiles. However, recent studies and reports have raised doubts about how Tesla's EVs align with their environmentally friendly image (Errichiello & Zschiesche, 2022). The research aims to thoroughly examine the complete life cycle of Tesla vehicles, encompassing their initial production, energy sources for operation, and eventual disposal. The primary objective is to address several pressing questions in light of these concerns.

First, this study aims to ascertain whether Tesla's electric vehicles live up to their reputation as environmentally sustainable choices. This entails comprehensively scrutinizing their environmental footprint at each life cycle phase. Moreover, the research seeks to uncover the specific environmental ramifications associated with Tesla's EVs, shedding light on any concealed ecological costs that may have been overlooked. Lastly, the investigation will position Tesla compared to other electric vehicle manufacturers, offering insights into its sustainability practices and environmental impact within the broader landscape of the EV industry. Generally, this study aims to provide a nuanced comprehension of the environmental challenges and prospects inherent to the electric vehicle sector, particularly emphasizing Tesla's role and performance.

Background of the Problem

The emergence of electric vehicles (EVs) marks a significant milestone in pursuing eco-conscious transportation and reducing carbon emissions. These EVs are often lauded for their potential to reduce the environmental consequences of conventional internal combustion engine vehicles (Nour et al., 2020). However, recent research has cast a revealing spotlight on a crucial facet that warrants in-depth exploration: the comprehensive assessment of the environmental ramifications of EVs throughout their entire life cycle (Lai et al., 2023). This issue extends beyond the mere comparison of tailpipe emissions and delves into the intricate processes of producing electric vehicles, including extracting and processing raw materials. Furthermore, the ecological performance of EVs is inextricably linked to the source of the electricity that fuels them, posing challenges for regions heavily dependent on fossil fuels in realizing the benefits of electrification (La Barbera, 2023).

Among the leading companies in the electric vehicle industry, Tesla has garnered commendation for its unwavering commitment to sustainable transportation solutions. Nevertheless, we must subject Tesla's electric vehicles to a stringent appraisal, recognizing that even the industry leaders are susceptible to potential environmental quandaries (La Barbera, 2023). This research explores the fundamental factors contributing to these concerns, unveiling the intricacies of Tesla's electric vehicle manufacturing processes and the energy sources underpinning their functionality.

To provide a broader contextual framework and nuanced perspective, this inquiry will meticulously review pre-existing research encompassing diverse facets of electric vehicle sustainability. While prior studies have indisputably enriched our understanding, they may not have offered a holistic approach. Through thoroughly examining previous research, this study aims to pinpoint gaps within the current knowledge paradigm and delineate the realms where it aims to impart innovative insights and enlightenment. In doing so, it will address the complexities of assessing the true environmental impact of Tesla's electric vehicles and offer a more nuanced perspective on the sustainability of electric mobility.

Research Objectives

This research endeavors to delve deeply into the environmental impact of Tesla's electric vehicles, guided by several key objectives:

a) To scrutinize whether Tesla's electric vehicles align with their marketed environmental friendliness by thoroughly assessing their complete life cycle. This assessment encompasses the stages of production, utilization, and disposal.

b) To pinpoint and precisely quantify the specific environmental consequences attributed to Tesla's electric vehicles, emphasizing factors such as greenhouse gas emissions and the utilization of finite resources.

c) To position Tesla's environmental performance within the broader context of the electric vehicle industry by conducting a comparative analysis. This analysis will juxtapose Tesla's sustainability endeavors with those of other prominent electric vehicle manufacturers.

d) To present practical recommendations and potential solutions to bolster the environmental sustainability of Tesla's electric vehicles. These recommendations are designed to address any identified deficiencies and offer actionable strategies for improvement in alignment with sustainable transportation principles.

Summary of Phase I and Projection of Phase II

In Phase I of this research proposal, we have introduced the critical problem concerning the environmental impact of Tesla's electric vehicles. We have shed light on the significance of this issue, provided a comprehensive background, and delineated the research objectives that will guide our investigation. Phase II will mark a pivotal progression as we delve into an extensive literature review, collect relevant data, and employ suitable research methodologies to evaluate Tesla's environmental impact thoroughly.

The insights garnered during Phase II will lay the foundation for Phase III, where we will unveil our recommendations and actionable solutions to mitigate the identified environmental challenges. Our ultimate goal is to contribute significantly to the collective understanding of the environmental implications associated with electric vehicles, specifically focusing on those manufactured by Tesla. By scrutinizing these concerns and presenting viable solutions, we aspire to align with Tesla's mission of expediting the global shift towards sustainable energy adoption while concurrently minimizing the ecological footprint inherent in this transition.

References

Errichiello, O., & Zschiesche, A. (2022).  Green Branding. Springer Fachmedien Wiesbaden.

La Barbera, S. (2023). Comparative Analysis of Green Innovation Processes Across Industries: A Cross-Industry Study.

Lai, X., Chen, J., Chen, Q., Han, X., Lu, L., Dai, H., & Zheng, Y. (2023). Comprehensive assessment of carbon emissions and environmental impacts of sodium-ion and lithium-ion batteries at the manufacturing stage.  Journal of Cleaner Production, 138674.

Maradin, D., Malnar, A., & Kaštelan, A. (2022). Sustainable and Clean Energy: The Case of Tesla Company1.  Journal of Economics, Finance and Management Studies,  5(12), 3531-3542.

Nour, M., Chaves-Ávila, J. P., Magdy, G., & Sánchez-Miralles, Á. (2020). Review of positive and negative impacts of electric vehicles charging on electric power systems.  Energies,  13(18), 4675.

Rashid, S., & Pagone, E. (2023). Cradle-to-Grave Lifecycle Environmental Assessment of Hybrid Electric Vehicles.  Sustainability,  15(14), 11027.