RE26 – Hydropower
The RE26 Hydropower system provides students with a self-contained modular system, covering all aspects of Hydropower generation.
Description
The RE26 Hydropower system provides students with a self-contained modular system, covering all aspects of Hydropower generation.
Included in the system are various components that allow students to not only experiment how key principles of hydrostatics and fluid dynamics affect hydropower systems but how different turbine types affect the overall system outputs.
The self-contained RE26 provides comprehensive step by step manual taking students through every step, challenging them both practically and theoretically utilising key engineering mathematical principles, to support practical outcomes.
Technical Specifications
Features & Benefits
- Experimentation system for solar thermal energy conversion
- Quantitative experiments for different collector systems
- Flexible and location-independent usage
- Laboratory scale
- Modular design
- Supplied in a self-contained aluminium case
- Includes in-depth manual and predefined experiments
Downloads
- Volume flow rate, flow velocity, and power as a function of the height of fall
- Volume flow rate, flow velocity, and power in relation to pipe cross-section
- Functional comparison of Pelton turbine, crossflow turbine, and waterwheel
- Performance comparison of the Pelton turbine, crossflow turbine, and waterwheel based on volume flow and pressure
- RE10: Advanced Photovoltaic Energy
- RE12: Advanced Wind Energy
- RE14: Advanced Fuel Cell Technology
- RE16: Advanced Thermal Energy
- RE18: Advanced Smart Grid Technology
- Renewable Energies
- Electrical Engineering
- Automotive Engineering
Electrical supply: 110-230V AC 50-60Hz
Level and stable work surface
Packed and crated shipping specifications
RE26: Hydropower