160MW Kpong Hydro Electric Power Plant
Design Station Capacity | 148MW |
Design Annual Energy | 1,000GWh (avg. flow of 1160m3/s |
Water Elevation | |
Headwater | |
Maximum | 17.68m |
Minimum | 14.75m |
Normal High | 14.90m |
Normal | 14.75m |
Normal low | 14.60m |
Tailwater | |
Normal High | 3.75m |
Normal | 3.00m |
Turbine | |
Unit Output | 40MW (55,500hp) @ 11.75m |
Synchronous speed | 62.5 Rev/Min |
Type of Turbine | Fixed Blade Propeller |
Generator | |
Type | Vertical Shaft, Umbrella Type |
Rating | 44 MVA |
Cooling | OFAF |
Manufacturer | Toshiba, Japan |
Unit Transformer | |
Type | Outdoor 3phase |
Rating | 51MVA at 13.8/161KV, 09PFM |
Manufacturer | OyStromberg, Finland |
Exciter | |
Type | Static |
Manufacturer | Toshiba, Japan |
Governor | |
Type | Electronic/Hydraulic |
Manufacturer | ASEA (Sweden) |
Key Events in the Kpong Dam Project | |
ProjectAugust 12, 1976 | Tenders for Major Kpong Project (Civil works called) |
November 30, 1977 | Ground breaking ceremony |
December 15, 1982 | All Generating Units commissioned |
July 1, 1982 | Project officially inaugurated by the Head of State HE Jerry John Rawlings |
Project Cost & Funding
A total of 8 funding Agencies with loans in 5 denominations were involved. The local cost was financed by VRA. The International Financing Agencies include:
- CIDA – Canadian International Development Agency
- EDF – European Development Fund
- EIB – European Investment Bank
- BADEA – Arab Bank for Economic Development in Africa
- OPEC – Organization of Petroleum Exporting Countries
Project Cost
|
$178,541,000 |
|
$185,383,000 |
|
$11,848,000 |
Project Cost | $196,867,000 |