Electrovaya Working With Wal-Mart: Can Lithium-Ion Replace Hydrogen/Fuel Cell And Lead-Acid Battery For Mobility In The Warehousing And Distribution Industries?

Bernard Fleet profile picture
Bernard Fleet
55 Followers

Summary

  • The efficiency of a fuel cell is very low ( ~22%) compared to a lithium-ion battery (Electrovaya) which is ~ 92%.
  • The fuel cell as “the future” of the auto industry never realized - lithium is the incumbent now and powers millions of electric vehicles from Tesla, Nissan and others.
  • Electrovaya is the only manufacturer that does not use toxic chemicals in manufacturing its batteries, resulting in a lower cost, safer product; also contributes to preserving company shareholder value.
  • Wal-Mart, the world’s most sophisticated distribution company, is now working with Electrovaya to develop lithium-ion battery power for its forklift trucks, enabling higher productivity, fast charging and three-shift operation.

Electrovaya's (EFLVF) lithium-ion batteries are less expensive than a fuel cell, replacing the need for hydrogen storage with the existing, well-established electric grid.

Recently, Electrovaya announced that it is working with Wal-Mart (WMT) and others in the distribution and warehousing field by supplying its lithium-ion batteries for forklift truck propulsion. This industry, which is driven towards productivity, until recently was controlled by lead-acid batteries to power its electric forklift trucks.

The limitations of the lead-acid battery are legendary so that recently there was a move by Plug Power (PLUG) to replace lead-acid with their fuel cell. So, the key question is whether Electrovaya's lithium-ion battery offers a superior performance and can displace both fuel cells and lead-acid battery power?

There are several reasons why Electrovaya's most recent V2.0 SuperPolymer is superior to both of these alternatives.

1. Efficiency

Lead-acid battery problems of low efficiency, voltage drop, low cycle life and long charging time add to the environmental challenges of hydrogen, acid and lead in the environment.

In the case of fuel cells, poor energy efficiency is a fact of life. The various steps in the well-to-wheel cycle, including electrolysis, transmission and conversion via the fuel cell causes energy losses so that typical round trip efficiencies barely exceed 20%.

2. The Production Process

The conventional lithium-ion production process uses toxic chemicals which increase costs while at the same time present barriers to manufacturing. This has led to failures in North American and European manufacturing which can be attributed, at least in part, to the more stringent environmental regulations in these regions.

This has been the cause of the demise of Dow (DOW), A123 and others, while California's strict environmental legislation could be a deterrent to companies planning to produce lithium batteries in that State. In contrast, Electrovaya's proprietary (>100 patents) green process uses no toxic

This article was written by

Bernard Fleet profile picture
55 Followers
Dr. Bernard Fleet Ph.D, D.Sc., long on Electrovaya(EFL:TSE ; Board member and Consultant); worked in this industry for many years; Adjunct Professor Ryerson University - expert on renewable energy, energy storage and sustainable transportation.

Analyst’s Disclosure: The author has no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours. The author wrote this article themselves, and it expresses their own opinions. The author is not receiving compensation for it. The author has no business relationship with any company whose stock is mentioned in this article.

Dr. Bernard Fleet Ph.D, D.Sc., long Electrovaya [EFL:TSE]; Board member and Consultant); worked in this industry for many years; Professor and Consultant. Dr.Fleet, a Professor of Environmental Management at Ryerson University is a member of the Board of Directors at Electrovaya - he has over ten years experience in lithium energy storage and electric vehicles including serving as lead author on the Canadian Federal Government Electric Vehicle Roadmap.

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