Scientific American 1941

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Thomas A. Edison's Latest Invention A Storage Battery Designed and Constructed from the Automobile User's Point of View ...

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He saw that there are two view­ points that the electrical man with his instruments, his rules for efficient operation and reasonable life the battery, his absolute knowledge that the same care should giveri a vehiele battery that given a valued horse even railroad locomotive and that the automobile driver, who simply wishes somewhere with his car, and who, when ar­ rives somewhere, wishes to go back. each size the dimensions the individual (Conti.SCIENTIFI[ AME RICAN January 14, 191 1 Thomas Edison's Latest Invention A Storage Battery Designed and Constructed from the Automobile User's Point View By Joseph Baker, E. The cell certain weaknesses service, which caused the inventor to withdraw from the A storage battery omnibus. the following article the reader will find description the new battery, written after painstaking study its manufacture. This cell now being actively marketed for electric vehicle work three sizes, the A-4, A-6, and A-8 cells, having re­ spectively and positive plates and and negative plates, the two outside plates of the element being negatives. How well he has succeeded aligning his battery this ideal, the automobile driver will appreciate from the figures of actual performance that are now available.1 miles, was Babylon, Long Island, way of Mineola and Plainview, returning the southerly route through Massapequa and Freeport.93 miles per hour. The . It was the early eighties that the public be­ gan think about "stored electricity" which could be bought the can, it were, like any other com­ modity. LD, indeed, the idea the commercial storage bat· tery.nued page 45. for over decade, Thomas Edison has been working produce type storage bdttery better than the old lead type.35 miles single charge was made family-type electric vehicle equipped with the new battery.original Edison storag]e battery, known as the type was put out about seven years ago. The need the electric vehicle was recognized by Mr. This dream has come true the new Edison nickel-iron storage cell.2, and battery re­ garded completely discharged when shows average of 1. Brush 1881 introduced improvements which made the lead battery factor electric vehicle work, producing cell which would give eight watts of electric power per pound of material.) Weldin&, the steel cans for the cell.ol­ hydrate active material perforated tubes. His new cells are now actual wmmen!ial use. Believing that the lead cell had too many inherent weaknesses realize the f promise "stored electricity" motive power for vehicles, Mr. This figure the average four trips, each· with New York city (Manhattan) the starting point. Negative plate the left with iron oxide active IDt'tterial in perforated fiat pockets. market and resume experi­ ments improve the form of the voltaic combination, or­ der obtain' better electrical Positive plate the rightwith nicl. Mr. Edison's work once more exemplified in that has held uncompro­ misingly the automobilist's point view. These were the very qualities demanded by the automobile user. Stored electricity finds its greatest usefulness in propelling cars and road vehicles, and has been for this application, pri­ marily, that the Edison storage battery has been de­ veloped.0 volt per cell. Edison nine years ago. Machine for electro-deposition nickel for use positive plates. This cell is not actual. The new series experiments lasted four years, and resulted in the present commercial Edi­ son cell, known the type A. re­ cent average 144. The fact be Interior type 4-A Edi­ son cell and cover of can with terminal stuff­ in� box, gas valve, and filJang aperture. last has succeeded. nickel-iron - mersed alkaline elec­ trolyte, lighter and cleaner than the lead cell, with lower cost operation and upkeep offset its higher initial cost, and possessing hitherto unheard-of proper­ ties remaining undeteri­ orated either over­ charging being left un­ chargJed. Emile Faure brought out the pasted·plate battery in 1879, and Charles J<'.9 miles, and 81. faced, realized, that the eleCtric vehicle user will work his car the utmost, and will limited only repairs and breakdowns just the average gasoline car driver has always operated his car to the limit repairs and breakdowns.il& U�•• Coml2lete 4·plate element of EdIson electric vehicle cell removed from its contuining can ShOW the structure. And this long­ promised battery the highly practical nature Mr. automo­ . THOMAS EDISON'S LATEST INVENTION . The type cell marked definite step invention, in that proved the commercial success wholly new voltaic combination, radical departure from the lead plates acid electrolyte. Edi­ son had set his staff to work entirely new 'line, and the outcome was 2. Edison the front seat. From these early beginnings, many inventors have sought increase the electrical efficiency, and the durability "life" the cell, and reduce the cost of manufacture. The normal discharge voltage is 1. Elemeut removed from can Edison type A-4 cell. The longest these trips, 172. The map distance this route 90. properties and longer lifp. Lead plates were immersed acid electrolyte, Gaston Plante 1861.2 miles additional was covered after the regular run, the average speed being 10