RLMG301 AMU Reverse Logistics Helping Electric Vehicles Companies Paper

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hybc76

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RLMG301

American Military University

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I need a 8 page paper on how is reverse logistics helping electric vehicle companies handle used batteries. The paper needs to reference at lease three scholarly journals.

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Reverse Logistics Outline
Topic: How Reverse Logistics is Helping Electric Vehicles Companies Handle Used Batteries
Thesis statement: This paper examines how reverse logistics is helping electric vehicles
companies handle used batteries.
Introduction
Due to the environmental safety concerns related to vehicles propelled by internal combustion
engines (ICE) as well as the accompanying emissions released, innovative technologies in the
automotive industry have been developed. Over the past years, a great market expansion
specifically for electric vehicles (EVs) has been witnessed. The sales of EVs are expected to
double over the next decade. The EVs are driven by lithium-ion batteries referred to as electric
vehicle batteries (EVBs) that have a projected life service of between five and fifteen years. A
primary worry regarding EVBs has come up because the EVBs degrade with time and lose up to
twenty percent of their capacity upon retirement
Body
✓ The expansion of electric propulsion technology has been projected to change the
automotive industry
✓ Lithium-ion batteries deteriorate over time as a result of calendar and cycle aging
✓ Reverse logistics technologies used by EV manufacturers have the capacity of
minimizing the flow of waste by recovering materials for reuse
✓ Allows the manufacturers to manage the costs of electric vehicles
Conclusion

The emergence of electric propulsion technology has been projected to change the automotive
industry essentially as well as address the concerns of vehicles powered by internal combustion
engines as well as related emissions released. Electric vehicles are driven by motors powered by
lithium-ion batteries having an expected service life of between 5 and 15 years, after which they
should be replaced. This poses a challenge of handling used electric vehicle batteries. The
electric vehicle companies have found a way of repurposing the removed EVBs as energy
storage for stationary applications through reverse logistics. Reverse logistics allows them to
handle the used batteries by collecting them from the users and sending them back to their
factories.


Running head: REVERSE LOGISTICS OF ELECTRIC VEHICLES USED BATTERIES

How Reverse Logistics is Helping Electric Vehicles Companies Handle Used Batteries
Student’s Name
Institutional Affiliation

1

REVERSE LOGISTICS OF ELECTRIC VEHICLES USED BATTERIES

2

How Reverse Logistics is Helping Electric Vehicles Companies Handle Used Batteries
Introduction
Due to the environmental safety concerns related to vehicles propelled by internal
combustion engines (ICE) as well as the accompanying emissions released, innovative
technologies in the automotive industry have been developed. Over the past years, a great market
expansion specifically for electric vehicles (EVs) has been witnessed. The sales of EVs are
expected to double over the next decade. The EVs are driven by lithium-ion batteries referred to
as electric vehicle batteries (EVBs) that have a projected life service of between five and fifteen
years. A primary worry regarding EVBs has come up because the EVBs degrade with time and
lose up to twenty percent of their capacity upon retirement. While the EVBs remain with about
eighty percent of their capacity, because of security reasons the units are no longer allowed in
vehicle application and will be sent for recycling. New techniques such as second life of EVBs
have been developed through the use of reverse logistics, which allows the manufacturers to
repurpose the EVBs after their end of life (EOL) in their initial application (Vu & Rahic, 2019).
Reverse logistics helps EV companies h...


Anonymous
Awesome! Perfect study aid.

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