Kaplan turbines

GPTKB entity

Properties (49)
Predicate Object
gptkbp:instanceOf turbine
gptkbp:application low to medium head hydroelectric power generation
gptkbp:benefits more complex than Francis turbines
suitable for varying water flow
gptkbp:controls automated control systems
gptkbp:design bulb turbine
site-specific design required
Kaplan_turbine_with_fixed_blades
Kaplan_turbine_with_variable_pitch_blades
gptkbp:designedBy gptkb:Viktor_Kaplan
gptkbp:energyEfficiency converts kinetic energy to mechanical energy
converts potential energy to mechanical energy
high efficiency at low heads
improving turbine efficiency is a key focus
up to 95% efficiency
gptkbp:enginePower subject to international standards
operates at variable speeds
requires extensive testing before installation
used in irrigation and flood control
gptkbp:engineType adjustable blades
propeller turbine
gptkbp:environmentalImpact can affect aquatic ecosystems
gptkbp:firstIntroduced 1913
gptkbp:flowsInto high flow rates
axial flow
gptkbp:generator available in various sizes
made from corrosion-resistant materials
ongoing innovations in design and technology
gptkbp:globalPresence widely used worldwide
gptkbp:hasResearchInterest active research in optimizing performance
gptkbp:historicalSignificance important in renewable energy development
https://www.w3.org/2000/01/rdf-schema#label Kaplan turbines
gptkbp:installation high initial installation cost
often installed in dams
gptkbp:maintenance requires regular maintenance
gptkbp:majorIndustry generator
draft tube
guide vanes
runner
gptkbp:operationalStatus reaction turbine
relatively low operating cost
gptkbp:performance depends on water flow and head
gptkbp:powerOutput up to several hundred megawatts
gptkbp:regulatoryCompliance must meet environmental regulations
gptkbp:researchFocus improving efficiency and performance
gptkbp:technology gptkb:Francis_turbines
hydraulic turbines
Pelton_wheels
gptkbp:usedIn hydropower plants