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Actions	Publications Relating to Turbine Generator Development Remove from selection Add to selection TitlePublications Relating to Turbine Generator Development ReferenceYA1999.29 CreatorAEI Turbine-Generators Ltd Date 1911-1964 Scope and ContentTwo illustrated volumes relating to the early history of the Parsons turbine and it's uses and the later development of the steam turbine-generator carried out by AEI. Extent0.15 linear metres Physical descriptionGood LanguageEnglish Archival historyThe donor used to work at AEI Turbine Generators Ltd and used both publications in the course of his work. Levelfonds Repository nameScience and Industry Museum Associated people and organisationsParsons, Charles Algernon (1854-1931), Knight, engineer and scientist Charles Algernon Parsons was born on the 13th June 1854 at 13 Connaught Place, Hyde Park, London. At the age of 17 Parsons went to Trinity College, Dublin for two years before studying applied mechanics and mathematics at St John's College, Cambridge. After graduating he trained as an engineer at the works of Sir William Armstrong & Co. at Elswick, Tyneside, as a four-year apprentice, and then worked for Kitson & Co. of Leeds (1881-3). Here he developed a four-cylinder high-speed epicycloidal steam engine that he had patented; this was one of more than 300 he took out in his lifetime. In 1884 Parsons acquired a junior partnership in the firm Clarke, Chapman & Co. of Gateshead. Here, Parsons set about designing a high-speed generator and then developing a steam turbine to drive the dynamos directly. The first Parsons turbo-dynamo was constructed in 1884, developed an output of 7.5 kW when running at a speed of 18,000 revolutions per minute, and was an immediate success. Many such machines were constructed almost exclusively for ship lighting, and by 1888 about 200 were in service. Parsons dissolved his partnership and in 1889 founded the firm C. A. Parsons & Co. at Heaton near Newcastle. By 1905 Parsons had constructed turbo-alternators generating at 11,000 volts, and this voltage became the usual generating pressure for many years. In 1928 he produced a 25,000 kW turbo-alternator generating directly at 36,000 volts. The machine was entirely successful and Parsons had set a new standard in power station practice. Many of the most important power stations, both in Great Britain and abroad, adopted the practice of generating directly at 36,000 volts. In 1894 Parsons formed a separate company, Parsons Marine Steam Turbine Company, at Wallsend and in 1894-1897 'Turbinia' was fitted with a Parsons steam turbine and caused a sensation at the 1897 Spithead Naval Review. With successes in many other ships, in 1905 a committee on naval design appointed by the Admiralty, advised that in future turbine machinery should be used exclusively in all classes of warships. Parsons took a keen interest in optics, he organised a special department for the production of searchlight reflectors. In January 1921 he acquired a controlling interest in the optical firm of Ross Ltd, of Clapham. Here he introduced various improvements in the methods of glass-grinding. The following July he purchased the Derby Crown Glass Company, and under the name of the Parsons Optical Glass Company produced about a hundred different kinds of glass for optical purposes. In 1925 he purchased the firm of Sir Howard Grubb & Sons, makers of large astronomical telescopes and under the name of Sir Howard Grubb, Parsons & Co. built new works for it at Walkergate. Many notable instruments were constructed there, including 36 inch reflecting telescopes for the Royal Greenwich Observatory and for the Royal Observatory, Edinburgh, and two 74 inch reflectors, one for Toronto and the other for Pretoria. Parsons also invented an ‘auxetophone’, a loudspeaker for increasing the sound of stringed instruments. Parsons was appointed CB in 1904 and KCB in 1911, and was admitted to the Order of Merit in 1927. He was elected fellow of the Royal Society in 1898, and was vice-president in 1908 and Bakerian lecturer in 1918. He received the Rumford medal in 1902 and the Copley medal in 1928. From the Royal Society of Arts he received the Albert medal in 1911, and from the Institution of Electrical Engineers, the Faraday medal (1923) and the Kelvin medal (1926). He was elected an honorary fellow of his college in 1904, and received honorary degrees from the universities of Oxford, Cambridge, Edinburgh, Glasgow, Dublin, Durham, Liverpool, and Sheffield. In 1911 he delivered the Rede lecture at Cambridge, and he was president of the British Association in 1919. The city of Newcastle upon Tyne made him a freeman in 1914. He died on 11 February 1931 on board the Duchess of Richmond at Kingston, Jamaica. Associated Electrical Industries (AEI) Associated Electrical Industries (AEI) was formed in 1928 as a financial holding company for a number of leading electrical manufacturing and trading companies in the United Kingdom. The two major constituent companies were British Thomson-Houston (BTH) based at Rugby, (Mill Road Works) and Metropolitan-Vickers Electrical Company Ltd (Metrovicks) situated at Trafford Park, Manchester. However, fierce rivalry existed between the Metrovick and BTH brands resulting in internal competition and duplicated management. This was highlighted during the Second World War in 1939, when Metrovicks and BTH became the first two firms in the world to construct jet engines (independently from each other). Following the Second World War, in 1954, AEI expanded to consist of BTH, Metrovicks, Edison Swan Electric Co, Ferguson Pailin, Hotpoint Electric Appliance Co, International Refrigerator Co, Newton Victor, Sunvic Controls, Premier Electric Heaters, Siemens Bros (1955) and Birlec (1954). In 1959 AEI decided to remove the familiar brands of BTH and Metrovicks and consolidate both as AEI resulting in internal problems and a fall in sales and market value. However, AEI acquired a variety of companies from 1959 to 1967, these included Associated Insulation Products, W. T. Henley’s Telegraph Works Co (1958), and London Electric Wire Co and Smiths (1958), Submarine Cables, Hackbridge Holdings Ltd., The Lancashire Dynamo and Crypto Ltd., W.T. Avery Ltd., Henley and Schreiber. The General Electric Company bought AEI in 1967. SubjectElectrical engineering, Mechanical engineering, Turbines Design and construction. Conditions governing accessOpen access. Conditions governing ReproductionCopies may be supplied in accordance with current copyright legislation and Science Museum Group terms and conditions. Related object Commissioning Papers relating to the Metropolitan-Vickers G.6 Marine Gas Turbine

TitlePublications Relating to Turbine Generator Development

ReferenceYA1999.29

Date

1911-1964

Scope and ContentTwo illustrated volumes relating to the early history of the Parsons turbine and it's uses and the later development of the steam turbine-generator carried out by AEI.

Extent0.15 linear metres

Physical descriptionGood

LanguageEnglish

Archival historyThe donor used to work at AEI Turbine Generators Ltd and used both publications in the course of his work.

Levelfonds

Repository nameScience and Industry Museum

Associated people and organisationsParsons, Charles Algernon

(1854-1931), Knight, engineer and scientist

Charles Algernon Parsons was born on the 13th June 1854 at 13 Connaught Place, Hyde Park, London. At the age of 17 Parsons went to Trinity College, Dublin for two years before studying applied mechanics and mathematics at St John's College, Cambridge. After graduating he trained as an engineer at the works of Sir William Armstrong & Co. at Elswick, Tyneside, as a four-year apprentice, and then worked for Kitson & Co. of Leeds (1881-3). Here he developed a four-cylinder high-speed epicycloidal steam engine that he had patented; this was one of more than 300 he took out in his lifetime.

In 1884 Parsons acquired a junior partnership in the firm Clarke, Chapman & Co. of Gateshead. Here, Parsons set about designing a high-speed generator and then developing a steam turbine to drive the dynamos directly. The first Parsons turbo-dynamo was constructed in 1884, developed an output of 7.5 kW when running at a speed of 18,000 revolutions per minute, and was an immediate success. Many such machines were constructed almost exclusively for ship lighting, and by 1888 about 200 were in service. Parsons dissolved his partnership and in 1889 founded the firm C. A. Parsons & Co. at Heaton near Newcastle. By 1905 Parsons had constructed turbo-alternators generating at 11,000 volts, and this voltage became the usual generating pressure for many years. In 1928 he produced a 25,000 kW turbo-alternator generating directly at 36,000 volts. The machine was entirely successful and Parsons had set a new standard in power station practice. Many of the most important power stations, both in Great Britain and abroad, adopted the practice of generating directly at 36,000 volts.

In 1894 Parsons formed a separate company, Parsons Marine Steam Turbine Company, at Wallsend and in 1894-1897 'Turbinia' was fitted with a Parsons steam turbine and caused a sensation at the 1897 Spithead Naval Review. With successes in many other ships, in 1905 a committee on naval design appointed by the Admiralty, advised that in future turbine machinery should be used exclusively in all classes of warships.

Parsons took a keen interest in optics, he organised a special department for the production of searchlight reflectors. In January 1921 he acquired a controlling interest in the optical firm of Ross Ltd, of Clapham. Here he introduced various improvements in the methods of glass-grinding. The following July he purchased the Derby Crown Glass Company, and under the name of the Parsons Optical Glass Company produced about a hundred different kinds of glass for optical purposes. In 1925 he purchased the firm of Sir Howard Grubb & Sons, makers of large astronomical telescopes and under the name of Sir Howard Grubb, Parsons & Co. built new works for it at Walkergate. Many notable instruments were constructed there, including 36 inch reflecting telescopes for the Royal Greenwich Observatory and for the Royal Observatory, Edinburgh, and two 74 inch reflectors, one for Toronto and the other for Pretoria. Parsons also invented an ‘auxetophone’, a loudspeaker for increasing the sound of stringed instruments.

Parsons was appointed CB in 1904 and KCB in 1911, and was admitted to the Order of Merit in 1927. He was elected fellow of the Royal Society in 1898, and was vice-president in 1908 and Bakerian lecturer in 1918. He received the Rumford medal in 1902 and the Copley medal in 1928. From the Royal Society of Arts he received the Albert medal in 1911, and from the Institution of Electrical Engineers, the Faraday medal (1923) and the Kelvin medal (1926). He was elected an honorary fellow of his college in 1904, and received honorary degrees from the universities of Oxford, Cambridge, Edinburgh, Glasgow, Dublin, Durham, Liverpool, and Sheffield. In 1911 he delivered the Rede lecture at Cambridge, and he was president of the British Association in 1919. The city of Newcastle upon Tyne made him a freeman in 1914. He died on 11 February 1931 on board the Duchess of Richmond at Kingston, Jamaica.

Associated Electrical Industries (AEI)

SubjectElectrical engineering, Mechanical engineering, Turbines Design and construction.

Conditions governing accessOpen access.

Conditions governing ReproductionCopies may be supplied in accordance with current copyright legislation and Science Museum Group terms and conditions.

Related object

Commissioning Papers relating to the Metropolitan-Vickers G.6 Marine Gas Turbine