Energy
Hydropower
Hydroelectric Power Plant
Planning, construction, and operation of hydroelectric plants from micro to large scale. River potential studies and turbines.
⏱ 4 days
📊 Advanced
🏫 Offline / In-house
Full Description
Training on hydropower feasibility, turbine selection (Pelton, Francis, Kaplan), civil works, electrical systems, and environmental aspects. Includes a case study of a 10 MW plant.
Duration4 days
LevelAdvanced
CategoryEnergy
HydropowerTurbineRenewable
Learning Impact
Learning Outcomes
✓
Conduct hydrological potential and topographic studies✓
Select the appropriate turbine type and size✓
Design the electrical system of a hydro plant (generator, transformer, protection)✓
Understand civil works: weir, waterway, surge tank✓
Prepare feasibility studies and environmental analysisCurriculum Structure
Curriculum
1
Hydrology & Potential Assessment
- River flow analysis and flow duration curve
- Topographic mapping and site selection
- Power potential calculation (P = ρgQH)
2
Turbines & Mechanical Systems
- Turbine types: Pelton, Francis, Kaplan
- Selection criteria based on head and flow
- Turbine operation and maintenance
3
Electrical Systems & Civil Works
- Synchronous generators and excitation systems
- Protection and control systems for hydro plants
- Civil design: weir, waterway, and powerhouse
Recommended Participants
Target Audience
Renewable energy engineers
Hydropower project planners
Regional energy agency officials
Energy infrastructure consultants
Training Support
Facilities
Technical modules & feasibility study templates
10 MW hydro plant case study
Competency certificate
Lunch & coffee breaks
Industrial Training Partnership
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