West Ham Power Station
West Ham Power Station was a coal-fired power station on Bow Creek at Canning Town, in east London. It was often referred to informally as Canning Town Power Station.
History
The first power station at Canning Town was opened by West Ham Borough Council in 1904, in part to supply the borough's tramways. It replaced an earlier station built in 1898 at Abbey Mills. The station was extended several times between 1904 and 1930, making West Ham one of the largest municipal electricity suppliers in London.The generating capacity, maximum load, and electricity generated and sold was as follows:
| Year | Generating capacity, MW | Maximum load, MW | Electricity generated, GWh | Electricity sold, GWh |
| 1912/3 | 14.100 | 11.362 | 33.974 | 27.466 |
| 1918/9 | 17.900 | 11.450 | 45.751 | 38.216 |
| 1919/20 | 17.900 | 12.850 | 49.701 | 41.628 |
| 1923/4 | 35.500 | 19.040 | 59.998 | 50.612 |
| 1936/7 | 76.500 | 39.940 | 146.182 | 55.240 |
| 1953/4 | 51 | 27.859 | ||
| 1954/5 | 51 | 22.102 | ||
| 1955/6 | 48 | 20.276 | ||
| 1956/7 | 48 | 26.001 | ||
| 1957/8 | 48 | 22.367 | ||
| 1960/1 | 48 | 6.97 | ||
| 1961/2 | 48 | 4.72 | ||
| 1962/3 | 48 | 12.82 |
In 1923 the AC plant comprised: 2 × 600 kW and 1 × 1,200 kW reciprocating engines and generators and 2 × 1,500 kW, 2 × 3,000 kW, 1 × 5,000 kW and 1 × 10,000 kW turbo-alternators. The DC supply was generated by 3 × 500 kW reciprocating engines and generators. The DC supply was at 550V and was used for traction current. The 2-phase AC supply was at 100 and 200V and at 200 and 400V. The total installed generating capacity was 27,900 kW. The boiler plant produced a total of 618,440 lb/hr of steam. In 1923 the station generated 53.965 GWh of electricity, some of this was used in the plant, the total amount sold was 45.782 GWh. The revenue from sales of current was £330,110, this gave a surplus of revenue over expenses of £112,084.
West Ham A Power Station used two phase generators as compared with conventional three phase. The local undertaking in West Ham also distributed two phase electricity. In its later life it was connected to the National Grid using Scott connected transformers that converted two phase to three phase electricity.
The station was located off the long-demolished Tucker Street. It was damaged in a bombing raid in September 1940 during the Second World War. Upon nationalisation of the electricity industry in 1947 the operating of the station was taken over by British Electricity Authority. In 1959 there were two 10 MW Metropolitan-Vickers, one 12.5 MW Metropolitan-Vickers, and onne 30 MW English Electric turbo-alternators. By 1964 the Metro.-Vickers units had be decommissioned, the A station had a single 30 MW generator, installed in 1923. The station ran for 696 hours in 1961 and gave an output of 5.91 GWh, and had a thermal efficiency of 8.21 per cent. The steam capacity of the boilers was 600,000 lb/hr. Steam conditions at the turbine stop valve was 190/200 psi and 318/371°C. The A Station used the original wooden cooling towers. The generator and the A station was decommissioned in 1968.
West Ham B
The BEA completed a new West Ham B Power Station to the south of the original station in 1951. This had two prominent concrete cooling towers each with a capacity of 2.8 million gallons per hour. Make up water was abstracted from the River Lea. As well as burning coal the B Station burnt coke blended with coal in its chain grate boilers. The coke was supplied from the adjacent Bromley Gas works. In 1964 the B station had 4 × 30 MW English Electric turbo-alternators. There were eight John Thompson 'Radiant' water tube boilers each with a capacity of 180,000 lb/hr giving a steam capacity of 1,440,000 lb/hr. Steam conditions at the turbine stop valve was 625 psi and 460°C. The railway sidings linked to the North London Line at Stephenson Street. Electricity output from the B power station during 1954-1983 was as follows.West Ham B annual electricity output GWh.
On 28 June 1966 the temporary scaffolding in one of the cooling towers collapsed, killing a worker.