Battery Technology in the Development of Power Tools - Page, Tom
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The study aim was to assess the impact of Li-ion technology on the power tool field. Lithium-ion batteries were compared to nickel-based batteries, ascertaining their suitability for power tool applications. Li-ion was found to be best suited due to its increased capacity. Two observational studies were completed on outdoor sites exploring the benefits of the technology over mains-powered tools. The increased range of Li-ion tools improved the site experience for the user. All of the benefits recorded were knock-on effects of the increased battery capacity. Five interviews were then completed…mehr

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Produktbeschreibung
The study aim was to assess the impact of Li-ion technology on the power tool field. Lithium-ion batteries were compared to nickel-based batteries, ascertaining their suitability for power tool applications. Li-ion was found to be best suited due to its increased capacity. Two observational studies were completed on outdoor sites exploring the benefits of the technology over mains-powered tools. The increased range of Li-ion tools improved the site experience for the user. All of the benefits recorded were knock-on effects of the increased battery capacity. Five interviews were then completed to determine the impact of the technology on the user. All users agreed the technology to be a landmark and that it has improved their efficiency on site. Finally, a case study was completed investigating how Li-ion has affected the market, and it was found that the technology has been used strategically;encouraging the user to buy from one manufacturer.
Autorenporträt
Dr T. Page B.Sc (Hons), M.Phil, Ph.D, C.Eng, MIET, MIEEE, FHEA, is a lecturer in Electronic Product Design in the Department of Design and Technology at Loughborough University UK. His research interests are in the areas of of computer applications for design education, logistics and supply chain management and electronic product design.