Set of six pamphlets about the Edison storage battery system and associated rail or tramway related vehicles. Was promoted by various people, but internal combustion engines were found to be superior overall at the time.Yields detailed information about the use of the Edison battery storage system in railways.Set of five pamphlets regarding the Edison Battery Car. Was a proposal put forward to the operators of the Beaumaris Tramway Co. 1 - four page - "Edison Battery Car" - operating exhibit at American Railway Association Convention - 1920 2 - four page - ""Operations, Maintenance and performance of storage battery cars on the long island railroad" 3 - two page - "Storage battery cars for Mexican Railroad" 4 - four page - "Storage Battery cars on the Canadian National" 5 - four page - "Edison - Goodman Electric Storage Battery locomotives in New Zealand" - Christchurch 6 - one page - letter - from W Dobson of the Cambria & Indiana Railroad Co. re the use of such cars and their results.Have the stamp of the "The Southern Electric Power Co. of Gilbert Place Adelaide" and "E F Ablitt Mechanical Engineer, Melbourne"battery tramcars, edison, battery systems, new zealand, railways

Black and white photograph of administration staff quarters. Road in front bordered by bushes. Centre hut of 3 large stone chimney and electric power pole.camp 13

The SECV constructed the KHES from 1939 to 1961 on the Bogong High Plains. It included work on Power Stations, Dams, Tunnels, Race-lines and transmission lines as well as camps, towns, roads, telecommunications and infra structure. These papers give an understanding of where the project was up to in late 1953. These papers give information on the KHES on the aspects of work, its progress and technical detail.3 foolscap pages, stapled in the top left hand corner. Each page has sub headings re the progress of the works being undertaken on the Kiewa Hydro Electric Scheme.state electricity commission of victoria; kiewa hydro electric scheme; power stations; dams; tunnels; bogong high plains

Report details the history of the power supply for the Victorian Railways, electric street railways or tramways. Looks at the costs, equipment purchased, operation, and construction. Compiled from original VR documents, with photos. Includes the Elwood depot fire of 1907, Covers the provision of power for Sandringham tramway. Has drawings of the main switchboard layouts, the crossing of the St Kilda - Brighton tramway by the MMTB tramways. Author unknown.Yields information about the provision of the power supply for VR Trams.Report 50 x A4 pages - photocopied from an original document. trams, railways, vr trams, sandringham, st kilda brighton electric tramway, power supply, elwood depot, elwood substation, substations

SEC Buttons used on Regional Tramways UniformsA collection of nine brass, silver plated buttons as used by the State Electricity Commission of Victoria on Tramways uniforms 1921 State Electricity Commission of Victoria, with the Southern Cross on a shield over a clenched fist releasing electric power. On back of button is "Made by Stokes & Sons Melbourne.tram, button, stokes & sons, sec, bendigo

Early electric spray gunConical shaped aluminium cover over spray nozzle. Electric power lead. Power plug made by J J Hoelle & Co. Australia. Three pins, 240 V, Total loading 10 ampsPlate warning of materials not to be used with this "gun'. Egaspray No 1525spray gun, ega developments

Heavy, metal, machine with hinged top. Base plate: IBM/Typeno 7500 / 240v 4.3A 500(?) system / No 22539DZ 90 / Made in Germany. Rubber pads at each end and on base. Electric power cable not incuded.IBMibm, electric date stamper

This wind-up portable gramophone, for 78 rpm discs, was used for home entertainment. It did not require electric power. Includes one record.Wind-up portable gramophone, for 78 rpm discs, in black leatherette box, with needles and 10 inch (25 cm) 78 rpm acetate discColumbia Viva-tonal Grafonola Made in Australiagramophones, phonographs, audio equipment, gramophone records

The Junction Dam and Clover Dam Power Station, stages of the Kiewa Hydro-Electric Scheme, were needed to meet the increased power demands of the wartime industry in Victoria. Clover added 26 megawatts to the grid. Junction Dam was completed and ready to hold water by September 1943, but was emptied in December 1943 and not filled again until May 1944. Construction of Clover Power Station commenced in July 1941 and both turbines were in service by May 1945.Clover Power Station and Junction Dam were part of the Kiewa Hydro Electric Scheme constructed by the State Electricity Commission of Victoria. SECV official photographers took photographs of most stages of construction of the Hydro Electric Scheme and referenced each photo with a number and dating system as an historical record and for reference for other projects. This provided a thorough history of the construction of the Hydro Electric Scheme, some of the workers involved in its construction and the infrastructure supporting its construction, such a Bogong Village.Small light brown cardboard box originally containing sensitized photographic paper, now containing a range of black and white photographs of the Kiewa Hydro Electric System taken by the official SECV photographer Box has some damage – Front panel on lid is missing. Top has a puncture in top right corner and some peeling of paper along sides and at edges. Printed on the top of the box in black ink: OPEN ONLY IN PHOTOGRAPHIC DARK ROOM SENSITIZED PAPER Manufactured by – KODAK (A/asia) PTY. LTD. Melbourne Australia Green and white sticker on right side of lid and bottom right side of box, torn at join 1. 1B1 Single Weight Soft. Available in Soft (1) Medium (2) Contrast (3) Extra Contrast (4) Single and Double Weight Stamped at bottom of sticker in grey ink G8087 CK photographic paper box; state electricity commission of victoria; official photographer; kiewa hydro electric scheme; clover power station; junction dam; bogong village

The Junction Dam and Clover Dam Power Station, stages of the Kiewa Hydro-Electric Scheme, were needed to meet the increased power demands of the wartime industry in Victoria. Clover added 26 megawatts to the grid. Junction Dam was completed and ready to hold water by September 1943, but was emptied in December 1943 and not filled again until May 1944. Construction of Clover Power Station commenced in July 1941 and both turbines were in service by May 1945.Clover Power Station and Junction Dam were part of the Kiewa Hydro Electric Scheme constructed by the State Electricity Commission of Victoria.Set of 21 black and white photographs taken by the official SECV photographer who gave each photo a number prefixed by K (for Kiewa) K1367- 19 Nov 1943 The rotor for the generator K1368- 19 Nov 1943 Base of the generator K1377- 2 Dec 1943 Generator under construction K1380- 2 Dec 1943 Power Station under construction K1381- 2 Dec 1943 Generator being assembled K1386- 3 Dec 1943 Part of the generator K1389- 30 Dec 1943 Inlet pipe work K1391- 30 Dec 1943 Inside the power station K1392- 30 Dec 1943 Inlet pipe work K1396- 27 Jan 1944 Equipment in the power station K1410- 4 FGeb 1944 Unpacking equipment for the power station K1422- 16 Feb 1944 Generator being assembled K1425- 22 Feb 1944 Water way – power station K1433- no date Generator being assembled K1434- 3 Mar 1944 Constr5ucting the power station K1448- no date Generator inside the power station K1450- 17 Mar 1944 Clover Power station K1452- 17 Mar 1944 Looking down on the valve-water release from the power station K1456- 22 Mar 1944 ‘half Travel Opening- No 1 Relief Valve’ Overflow from the power station K1458- 22 Mar 1944 Outlet from the power station K1462- 22 Mar 1944 Inside the power station On the back- each photograph has a handwritten reference number starting with K and the date stamped or writtensecv; kiewa hydro electric scheme; clover power station; junction dam; bogong

The Junction Dam and Clover Dam Power Station, stages of the Kiewa Hydro-Electric Scheme, were needed to meet the increased power demands of the wartime industry in Victoria. Clover added 26 megawatts to the grid. Junction Dam was completed and ready to hold water by September 1943, but was emptied in December 1943 and not filled again until May 1944. Construction of Clover Power Station commenced in July 1941 and both turbines were in service by May 1945Clover Power Station and Junction Dam were part of the Kiewa Hydro Electric Scheme constructed by the State Electricity Commission of VictoriaSet of 21 black and white photographs taken by the official SECV photographer who gave each photo a number prefixed by K (for Kiewa) K1463- 22 Mar 1944 Inside Clover Power Station K1464- 23 Mar 1944 Valve K1466- 23 Mar 1944 Fittings for the power station K1467- 23 Mar 1944 Valve K1472- 30 Mar 1944 Equipment being installed in Clover Power Station K1474- 31 Mar 1944 Equipment for the power station K1493- 19 April 1944 Transformer K1495- 28 April 1944 Part of the generator being installed K1514- 11 May 1944 Equipment in the power station K1563- 9 June 1944 Turbine under construction K1565- 22 June 1944 Shaft between turbine and generator K1567- 22 June 1944 Turbine in the power station K1568- 22 June 1944 Transformers K1570- 5 June 1944 Guide vane actuators K1574- 22 June 1944 Equipment in the power station K1567- 22 June 1944 Clover Power Station K1607- 14 Aug 1944 Equipment in the power station K1620- 27 Aug 1944 ‘Charles Tavare (?) Equipment in the power station K1626- 23 Aug 1944 Clover Power Station K1628- 23 Aug 1944 Clover Power Station K1629- 23 Aug 1944 Clover Power Station On the back- each photograph has a handwritten reference number starting with K and the date stamped or writtensecv; kiewa hydro electric scheme; clover power station; junction dam; bogong

Insulates electrical wire which is attached between the outside ridges. It is screwed onto the cross arm of a power pole. It is non conductive so electricity doesn't short to the ground.Used on the power poles in the Kiewa Valley.Clear tinted glass (one green & one brown) domed shaped insulator. Above centre there are 2 ridges to enable the electrical wire/cable to be fixed on. The closed end has a screw thread down to half way to enable it to be attached to a pole.Green one has 'Agee' on side of the open endkiewa hydro electric scheme. electricity. power lines. insulator

Insulates electrical wire which is attached in the groove towards the narrow end. It is screwed onto the cross arm of a power pole. Non conductive so that electricity doesn't short out to the ground.Used on power poles in the Kiewa Valley.Cream coloured porcelain cylindrical shaped insulator with a groove towards the narrower closed end. Inside the narrow end it is threaded for screwing.On the side of the closed end - "KP / 64"kiewa hydro electric scheme. electricity. power lines. insulator

Insulates electrical wire/cable which is attached between the narrow and wide ends of the 'bell' shape (in the groove). Screwed onto the cross arm of a power pole. Non conductive so electricity doesn't short out to the ground.Used on power poles in the Kiewa Valley.White porcelain bell shaped insulator with an indent between the wide open end and the narrow closed end. The indent is for the wire/cable to be attached. The wide end is open with a white porcelain cylinder inside narrowing to thread for screwing, in the narrow section. kiewa hydro electric scheme. electricity. power lines. insulator.

Insulates electrical wire/cable which is attached between narrow and wide ends of the 'bell' shape (in a groove). Screwed onto the cross arm of a power pole. Non conductive so electricity doesn't short out to the ground. Used on power poles in the Kiewa Valley.White porcelain bell shaped insulator with an indent between the wide open end and the narrow closed end (for cable to be attached). The wide end is open with a white porcelain cylinder inside narrowing to thread for screwing in the narrow section.kiewa hydro electric scheme. electricity. power lines. insulator.

Kiewa Hydro Electric Scheme constructed by the SECV and completed in 1961The SECV constructed the KHES from the late 1940s to 1961 in north east Victoria9 black & white pages numbered 213 to 221 held together by a staple in the top left hand corner. Photocopied from 'Water Power June 1962'kiewa hydro electric scheme, water power 1962

1) Young men work on steam turbines at the Yallourn Power Station .2) View of the Turbine Floor at Yallourn Power Stationyallourn, yallourn power station, turbines, steam turbines, engineers, rubiocon hydro electric scheme, geelong power station

non-fictionThis book tells the human story of the first decade of building the great Snowy Mountains Hydro-Electric Scheme, with adventures and anecdotes told by the workers themselves, and illustrated with unusual photographs. Appendices give further information about the project and list the workers named in Snowy records. The author began his 10 years with the Electrical and Mechanical Division at the age of 20. The construction of the Snowy Mountains Hydro-electric Scheme is a well-documented part of our nation’s history and a leading example of Australian innovation and ingenuity. As far back as the 1880s, Australians had been considering diverting water from some of Australia’s best-known rivers – the Murray, Murrumbidgee, Snowy and Tumut – to drought-proof parts of NSW and Victoria. It was not until 1944 that Commonwealth and State governments formed a committee to examine the development of water resources in the Snowy Mountains area. As a result of their work, on 7 July 1949, the Commonwealth Parliament passed legislation to establish a Statutory Authority and start construction of the Snowy Scheme. NSW. Construction was completed in 1974 at a total cost of $820 million. On completion, the Scheme consisted of seven power stations, 16 major dams, 80 kilometres of aqueducts and 145 kilometres of interconnected tunnels.snowy mountains hydro-electric scheme, hydroelectric power plants, snowy mountains

The first Housing Commission homes of brick and tiled roof built after WW2 in Stawell Dawson Street c 1950's. Also in the file a Newspaper clipping from News, Saturday, October 11. 1947. "George Mitchell Square" the first Housing Commission homes built in Stawell. George Mitchell was a member of Borough Council for 40 years and Mayor for 4 years. The housing estate was named in his honor. The architects "Buchannan Laird & Buchanan Geelong.Black and white photograph of a street scene. The photograph shows a line of brick houses along the street with timber fences. Four electric power lines are along the street with 2 in the distance. The street also has curb and guttering. The street to the right has a street post with "George Mitchell St" written on the street sign.stawell

The SECV constructed the Kiewa Hydro Electric Scheme which included race lines to catch the water and feed it into the dams that they built to create hydro electric power. The rail line was used to construct the race line and enables the race line to be easily checked for maintenance eg. fallen trees The SECV constructed the Kiewa Hydro Electric Scheme from the late 1940s to 1961 being one of the first hydro schemes and hence environmently friendly.Shiny black and white photo showing the railway track, with a locomotive on it, beside the race line. Snow is on the surrounding mountains. ;Bogong Creek Race Line in pen and attafhed to the photo. On the back "Property of / State Electricity Commission of Victoria/ Publicity photo / Permission to Publish must be obtained / and acknowledgement made. / Negative No. 14-138bogong creek race line, kiewa hydro electric scheme

A colour photograph of Steavenson Falls in Marysville in Victoria, illuminated at night.A colour photograph of Steavenson Falls in Marysville in Victoria, illuminated at night. The Steavenson Falls is named after the Victorian Assistant Commissioner of Roads and Bridges, John Steavenson who arrived in Victoria in the early 1860s. This postcard was produced by Nucolorvue Productions Pty. Ltd. as a souvenir of Marysville.NU-COLOR-VUE/ OF/ AUSTRALIA MARYSVILLE, VICTORIA. The Steavenson Falls illuminated at Night by its own hydro-electric/ power. (Ministry of Tourism and Forests/ Commission of Victoria) PLACE/ STAMP/ HERE POST CARD NCV.167 - NUCOLORVUE PRODUCTIONS PTY. LTD./ COPYRIGHT Printed in Australiamarysville, steavenson falls, victoria, postcard, nucolorvue productions, souvenir, john steavenson

A colour photograph of Steavenson Falls in Marysville in Victoria, illuminated at night.A colour photograph of Steavenson Falls in Marysville in Victoria, illuminated at night. The Steavenson Falls is named after the Victorian Assistant Commissioner of Roads and Bridges, John Steavenson who arrived in Victoria in the early 1860s. This postcard was produced by Nucolorvue Productions Pty. Ltd. as a souvenir of Marysville.NU-COLOR-VUE/ OF/ AUSTRALIA MARYSVILLE, VICTORIA. The Steavenson Falls illuminated at Night by its own hydro-electric/ power. (Ministry of Tourism and Forests/ Commission of Victoria) PLACE/ STAMP/ HERE POST CARD NCV.167 - NUCOLORVUE PRODUCTIONS PTY. LTD./ COPYRIGHT Printed in Australiamarysville, steavenson falls, victoria, postcard, nucolorvue productions, souvenir, john steavenson

AGL took over the operation of the Kiewa Hydro Electric Scheme and constructed the 'Bogong Power Development Project. This involved the construction of a new underground Hydro Electric Power Station on AGL Hydro's Junction Dam regulating pondage near Bogong village in Vctoria's High country. Construction commenced in 2007 and was completed by the end of 2009The Bogong Power Development Project was important to Victoria as hydro power was environmentally friendly. It was important to convey this to the population by way of educating them on the understanding of how it worked and its benefits to providing power to Victoria and beyond.Collection of photos, folders and papers used at the Bogong Information Centre to inform the public on the operation of the Kiewa Hydro Electric Scheme. Dated 2007 - 2009bogong power development project, agl hydro at bogong

This type of Charcoal iron was used by early settler families in Moorabbin Shire. The body or ‘box’ of the iron was filled with red-hot coals from the Kitchen hearth. This made for hot as well as smoky ironing and the handle would have become very hot. This type of iron is still used in some countries where electric power is unavailable. This Charcoal flat iron was used by the Curtis family who were early settlers in Moorabbin Shire c1880. A charcoal sad iron with leather covered handle c 1880 The cast iron body or ‘box’ of this sad iron was filled with red-hot coals from the hearth and great care had to be taken to prevent scorching the material to be smoothed.iron charcoal, flat iron, early settlers, pioneers, moorabbin, brighton, market gardeners, craftwork, sewing, laundry equipment, kitchens

This item was acquired by the Ballarat School of Mines Electrical Engineering department for use in electric power laboratory as a source of D.C., and also for instructional purposes. This central mercury arc element was located in a cabinet with transparent side panels, and equipped with the required electric accessories, to be a self-contained stand-alone unit. Head of the Electrical Engineering Department at the time was John M. Sutherland.Mercury arc rectifier, 3-phase input. Constructed of blown glass, and complicated configuration: the central inverted truncated cone is provided with 3 large diameter "horns' and four smaller ones. Each horn has electrical connection to outside, some have side horns. Approximately half a cup of free mercury inside the glass complex. No. 33369scientific instrument, x-ray, x-ray tube, xray, john m. sutherland, electrical engineering, ballarat school of mines

This is an early photograph of St. Mary's Anglican Church in Sunbury. On 13th October 1863, the Government granted one acre of land on the corner of Stawell and O'Shanassy Streets for the building of a church. he first service was held on 24th November 1867. After that date subsequent additions were made. The gas lamp outside the church indicates that the photograph was taken before electric power was installed in Sunbury. St. Mary's Anglican Church is one of the earliest places of worship to be built in Sunbury.A non-digital sepia post card photograph of a small bluestone church with a slate roof with a wooden picket fence and two gates across the front. A gas lamp is on the pathway. Peter Collett's signature is on the back as well as a sticker with number 7 written on itst. mary's church of england., o'shanassy street, stawell street

A colour photograph of Steavenson Falls in Marysville in Victoria.A colour photograph of Steavenson Falls in Marysville in Victoria. The Steavenson Falls is named after the Victorian Assistant Commissioner of Roads and Bridges, John Steavenson who arrived in Victoria in the early 1860s. This postcard was produced by Nucolorvue Productions Pty. Ltd. as a souvenir of Marysville.MARYSVILLE, VICTORIA The Falls are a spectacular feature/ of the Marysville district. From/ dusk to Mid-Night the falls are/ illuminated by its own Hyrdo-/ electric power. (Ministry of Tourism and Forests/ Commission of Victoria) NU-COLOR-VUE/ OF/ AUSTRALIA PLACE/ STAMP/ HERE POST CARD NCV. 173 - NUCOLORVUE PRODUCTIONS PTY. LTD./ COPYRIGHT Printe in Australiasteavenson falls, marysville, victoria, nucolorvue productions, postcard, souvenir, john steavenson