Mitsubishi Corp led-consortium wins tender to build 140MW Olkaria plant

MK254

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May 11, 2013
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A three-company consortium led by Japanese firm Mitsubishi Corporation has won the tender to construct KenGen’s new 140 megawatt (MW) Olkaria V geothermal power plant in Naivasha.

The firm said in a statement that it will partner with fellow Japanese company Mitsubishi Hitachi Power Systems (MHPS) and Kenyan firm H Young & Co (HY) in the $555 million (Sh57.4 billion) project that is expected to be completed in 2019.

KenGen is looking to put up two units of 70MW each on the Olkaria site, which when completed will grow its current steam capacity of 533.8MW by a quarter.

“Mitsubishi Corporation will be responsible for supplying the plant’s main equipment, while MHPS will handle in-land transportation and installation. HY, a Kenya-based engineering and construction company, will supply the remaining components needed for plant construction, as well as conduct civil engineering and installation works. The construction is scheduled for completion in 2019,” said Mitsubishi in statement.

The plant is being financed mainly through a loan of ¥45.7 billion (Sh40 billion) provided by the Japan International Cooperation Agency (JICA).

KenGen has also directed some of the proceeds of its Sh26.5 billion rights issue towards the project. Minority shareholders raised Sh6.35 billion in the issue, with the government converting Sh20.15 billion worth of debt to equity.

The firm has also sold a 5.33 per cent stake to South Africa’s pension fund, Public Investment Corporation (PIC), for Sh2.3 billion.

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The two Japanese firms have been working together to build geothermal power plants in Kenya since the 1980s.

MHPS has already supplied six sets of power generating equipment for the Olkaria I and II geothermal power plants with 150 MW total output.
Other Japanese firms that recently won tenders to put up geothermal plants at Olkaria include Toyota Tsusho and Toshiba.

Toyota Tsusho, in partnership with Korean firm Hyundai Engineering in 2015 completed the construction of KenGen’s Olkaria I and IV which have a combined output of 280 MW.

Turbines and generators for the plant were supplied by Toshiba Corporation.

KenGen also plans to build an additional 70MW steam power plant at Olkaria I.

Three multilateral lenders, including the European Investment Bank, JICA, and German Reconstruction Bank have agreed to fund the $314 million (Sh31.4 billion) project.

The government is racing to meet an ambitious target it set for itself in 2013 to grow the installed power capacity from 1,708 MW to 6,708 MW to spur industrial growth and light more homes.

The target date for the additional 5000 MW was this year, but it is unlikely that it will be met.

Given projections of a sharp increase in energy demand, the Vision 2030 National Development Policy includes targets for expanding energy generation capacity to 18,000 MW by 2030.

KenGen is focusing on building new geothermal plants and expanding the output of existing facilities. Other Japanese firms expected to bid for similar deals include Marubeni and Fuji Electric.

Toyota Tsusho and KenGen are currently planning feasibility studies for geothermal installations beyond Olkaria.

Mitsubishi led-consortium wins tender to build 140MW Olkaria
 
But electric train is something on the table already.
I know thats what they are saying but lemme tell you sum'n today....any govt in the world will never ever admit to the public that they will not do something!!! never! they will alwys say that we will do in due time or in the future....which technically means "imetupiliwa mbali ktk kaburi la sahau" I was surprised this morning when Kenya Railways asked me what Light Rail Transit LRT means?? so I wondered if they dont Know what it means yet they are the national railways governing body, where are we headed?
KRA.PNG
 
it is a shame that we cannot support electric trains yet we have an untapped geothermal power potential of 10000 MW....thats more than four times what we produce now at 2771 MW...a shame
http://www.nation.co.ke/business/Ke...e-world--Report/996-3236228-12j8fq/index.html
once geothermal is built it can practically run itself till Jesus comes back, but the initial cost of drilling and installing the plant is the issue here, there is alot of potential ariund the world but even the richest countries have not invested in more tha 4000MW when they produce way more using other sources that. are not as capital intensive.... i mean look at this case for example, they are using almost $600 Million for a 140MW single plant ...the output isnt that much relatively speaking...

how much more electricity can you produce if you invested $600m in other sources like hydro..... in comparizon another capital intesive green energy like the turkana wind firm costs $680million and is producing 380MW thats more than double the output....


other than nuclear, I think next is geothermal interms of initial cost...



anyway, give it time, we will get there soon enough...most of the projects happening now were first thought of 15-20years ago
 
it is a shame that we cannot support electric trains yet we have an untapped geothermal power potential of 10000 MW....thats more than four times what we produce now at 2771 MW...a shame
Kenya geothermal capacity growth fourth largest in the world
once geothermal is built it can practically run itself till Jesus comes back, but the initial cost of drilling and installing the plant is the issue here, there is alot of potential ariund the world but even the richest countries have not invested in more tha 4000MW when they produce way more using other sources that. are not as capital intensive.... i mean look at this case for example, they are using almost $600 Million for a 140MW single plant ...the output isnt that much relatively speaking...

how much more electricity can you produce if you invested $600m in other sources like hydro..... in comparizon another capital intesive green energy like the turkana wind firm costs $680million and is producing 380MW thats more than double the output....


other than nuclear, I think next is geothermal interms of initial cost...



anyway, give it time, we will get there soon enough...most of the projects happening now were first thought of 15-20years ago
 
once geothermal is built it can practically run itself till Jesus comes back, but the initial cost of drilling and installing the plant is the issue here, there is alot of potential ariund the world but even the richest countries have not invested in more tha 4000MW when they produce way more using other sources that. are not as capital intensive.... i mean look at this case for example, they are using almost $600 Million for a 140MW single plant ...the output isnt that much relatively speaking...

how much more electricity can you produce if you invested $600m in other sources like hydro..... in comparizon another capital intesive green energy like the turkana wind firm costs $680million and is producing 380MW thats more than double the output....


other than nuclear, I think next is geothermal interms of initial cost...



anyway, give it time, we will get there soon enough...most of the projects happening now were first thought of 15-20years ago
true dat...makes sense
 
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