Electrical Battery Model for Use in Dynamic Electric Vehicle Simulations Ryan C. Kroeze‚ Philip T. Krein University of Illinois at Urbana-Champaign Department of Electrical and Computer Engineering 1406 W. Green St. Urbana‚ IL 61801 Tel.: 217-333-6592‚ Fax: 217-333-1162 Email: rkroeze2@uiuc.edu‚ krein@uiuc.edu Abstract - Simulation of electric vehicles‚ hybrid electric vehicles‚ and plug-in hybrid electric vehicles over driving schedules within a full dynamic hybrid and electric vehicle simulator
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Gillette’s Energy Drain (A): The Acquisition of Duracell MACK Consulting Michelle Neill‚ Ali Nassem‚ Cindy Arsenault‚ Krystal Mayne‚ Charlene Ford‚ Laura Robertson March 20‚ 2008 Bus 491 - Gary Evans PROBLEM STATEMENTS – STRATEGIC ISSUES The Duracell Division of Gillette has lost market share and failed to move forward in the last four years‚ which may be the result of a lack of strategic vision and/or mandate from Gillette’s Board of Directors. It is our opinion that perhaps too much
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3. Has Disney diversified too fat in recent years? Gillette’s Energy Drain (A): The acquisition of Duracell Assignment Questions: 1. If you were James Kilt‚ Chief Executive Officer (CEO) of Gillette‚ what strategic actions would you take to turn Duracell around? 2. What were the impacts of Duracell’s introduction of Ultra on the nature of competition in the battery industry? 3. What could Gillette have done differently in 1996 that would have had a more positive impact
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majority of the human population uses basic household products which contain toxic chemicals in their ingredients. It is most common that when people dispose of products they will either dispose of them in the trash or pour them down the drain of their sink. Unfortunately‚ “two-thirds of aquatic life is considered to be an endangered species because of improperly disposed chemicals and other waste…those chemicals are washed into rivers‚ which feeds waterfalls and then goes into the ocean” (Espinoza‚
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Marketing Rayovac Corporation The Rechargeable Battery Opportunity Done By: Mariam El Naamani Submitted To: Dr. Marwan Wehbe Due To: 26/4/2013 Opportunity Analysis: I. Opportunity Identification: After analyzing the situation of Rayovac Corporation and with the management system of the company‚ the firm has bigger opportunities to enter and lead the North American market in terms of providing battery and rechargeable batteries to its residents‚ commercial and industrial clients
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1. PAPER BATTERY 1.1 INTRODUCTION Traditionally‚ electronics have been designed around their batteries. The batteries form a significant part of many electronic devices. Typical electrochemical batteries or cells convert chemical energy into electrical energy. Batteries based on the charging ability are classified into primary and secondary cells. Secondary cells are widely used because of their rechargeable nature. Presently‚ battery takes up a huge amount of space and contributes to a
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A potato battery is a type of electrochemical cell. An electrochemical cell converts chemical energy into electrical energy. In the potato battery‚ there is a transfer of electrons between the zinc coating the galvanized nail that will be inserted into the potato and the copper wire that will be inserted another part of the potato. The potato conducts electricity‚ yet keeps the zinc ions and copper ions separate‚ so that the electrons in the copper wire are forced to move (generate current). It’s
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The Applications and Limitations of Printable Batteries A Senior Project presented to the Faculty of the Graphic Communications Department California Polytechnic State University‚ San Luis Obispo In Partial Fulfillment of the Requirements for the Bachelor of Science Degree by Matthew Delmanowski June‚ 2010 © 2010 Matthew Delmanowski Abstract This study focuses on the potential applications for printed batteries and how they could affect the printing industry. It also analyzes the main
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The Fruit Battery March 19‚ 2007 7th grade Abstract My objective was to determine which fruit would make the battery for a clock. Procedure 1. Gather all things needed for experiment. 2. Wash hands for safety. 3. Take the clock module and place fruit in the two holders. 4. Remove plastic coatings at the end of all wires with scissors. 5. Take the black cable and tie one end to the Zinc metal contact. 6. Take the blue cable and tie one end to the Zinc metal
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ABSTRACT The Batteries form a significant part of many electronic devices. Typical electrochemical batteries or cells convert chemical energy into electrical energy. Batteries based on the charging ability are classified into primary and secondary cells. Secondary cells are widely used because of their rechargeable nature. Presently‚ battery takes up a huge amount of space and contributes to a large part of the device’s weight. There is strong recent interest in ultrathin‚ flexible‚ safe energy storage
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