1 Hydro Power Technology Development in Indonesia Lessons learned from developing local capability of designing, building and operating Hydro power plants up to 200kW capacity in Indonesia International Workshop Smart village workshop, Kuching- Malaysia
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Kuching | Jan-15 | Hydro Power Technology Development in Indonesia Lessons learned
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1
Hydro Power Technology
Development in Indonesia
Lessons learned from developing
local capability of designing,
building and operating Hydro
power plants up to 200kW
capacity in Indonesia
International Workshop
Smart village workshop, Kuching- Malaysia
2
Hydro Power Technology
TransfertoHOW do this
Bottom up approach of building up MHP
Capacity in the private sector
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Technology Transfer in Indonesia 1992 - 2015
Successful technology transfer requires a sustained input to achieve tangible impacts.
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The key for the sustainable introduction
of a technology is:
Learning by doing
WHY
MA
RK
ET
TR
AIN
ING
RE
AL
PR
OJE
CT
HOW WHAT
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Conditions for MHP capacity building
MHP capacity building in the private sector
– is market driven (hydro potential, energy price)
– can only be developed by project implementation
– is directly connected to energy policy
- is hydro power competitive with subsidised public
power supply
- is there a regulation to make MHP attractive
(feed in law, subsidy)
– requires a reliable, predictable future perspective
Projects must generate profit to re-invest into the
enterprises
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Giz Technology Transfer Activities 1992-2012
Activities:
1. Turbine technology transfer (Cross flow, propeller,….) in design, manufacturing, installation & commissioning
2. Development and introduction of standardized civil structure designs
3. Development of Control Technology (DTC, ELC, IGC…)
4. Various appropriate technology for productive end-use activities
5. Institutional aspects
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Example: Cross-flow turbines
Cross-flow turbines: Simple, affordable
• The runner can easily be adapted to the flow, by changing
its width. Thus it is easily possible to build the turbine to fit
precisely the site conditions.
• The simple design allows good standardisation and