Waddamana Hydro-Electric power station was the first hydro-electric power plant ever operated by the Tasmanian Hydro-Electric Department (later the Hydro-Electric Commission or HEC), opened in 1916.
The privately owned Tasmanian Hydro-Electric and Metallurgical Co.
Ltd. first took a serious interest in generating hydro-electric power
from one of Tasmania's highland rivers in late 1909, to provide power for James Gillies' newly patented electrolytic process for zinc refining, and a "carbide" smelter to be constructed near Snug. They resolved to construct a hydro-electric power plant in the valley of the Ouse River (Tasmania), above the town that bears that name. Water was to be provided by a small dam on the great lake at Miena, which would then divert water down the steep drop using a woodstave pipeline and a flume. Construction began in earnest in 1910.
However, the Tasmanian Hydro-Electric and Metallurgical Co. ran out
of money before the scheme could be completed, and they sold the
incomplete works to the newly formed Hydro-Electric Department in 1914.
The works were completed under Hydro-Electric Department ownership in
1915, and the plant was officially opened in 1916. It was the first
plant ever operated by them.
The plant operated at its original capacity of 7 megawatts (9,400 hp)
from 1916 to 1929, when, in stages, it was upgraded to 49 megawatts
(66,000 hp) to meet increased demand.
The Hydro-Electric Commission decided, in 1931, to construct a
completely new plant to replace the original Waddamana one. However,
lack of funds forced them to build alongside the existing plant instead.
Thus, from 1944, two power plants were in operation at Waddamana. The
new plant was referred to as Waddamana B, and it generated 48 megawatts
(64,000 hp) of electricity from six Pelton turbines.
Both plants operated through the 1940s and 1950s, but, in the early 1960s, construction of a new, larger power plant at Poatina began. Designed to replace the two Waddamana plants, with the small Shannon
plant nearby, the Poatina power plant was opened in 1964 with a
capacity of 325 megawatts (436,000 hp), over three times the combined
capacity of the plants it replaced. In order for the Poatina plant to be
successful, it was necessary to stop the flow of water through
Waddamana A and Shannon, both of which were decommissioned in 1964. The
Shannon plant was demolished, but the two Waddamana plants remained
standing. Indeed, Waddamana B remained in active service until 1994 when
it too was closed. Waddamana A has since been re-opened as a museum.
Wikipedia
The town and museum are for sale and both are currently privately owned.
We came around a corner which was flat then, this was the view - way down below was the Station.
Large water pipes which are a little hard to see.
Waddamana is near the Great Lakes but further down South.
