Wind turbine simulator - Network injection
EOLYP is a test bench dealing with the study of the hyper synchronous activity of a wind turbine for its electricity production aspects, excluding the mechanical aspects. Due to noise pollution and draughts, which are incompatible with a classroom environment, the propeller has been replaced by a variable speed drive motor.
Educational objectives
• Understanding the mechanical & electrical principles of a wind turbine.
• Studying the hypo-synchronous and hyper-synchronous operating modes of an asynchronous motor.
• Studying the synchronization of the electrical network.
• Calculating the efficiency of the energy production system.
• Using a clamp-on Ammeter.
COMPRISES
• 1 frame on casters, dim. 1200x750mm height : 1820mm. Weight: 143kg.
• 1 asynchronous motor 1.5 kVA
• 1 generator
• 1 DC tachogenerator / 1 torque sensor
• 1 command console
• 1 electrical cabinet
• 1 network coupling unit
GENERATOR FEATURES
• Generator: 3 x 400VAC Asynchronous motor.
• Active power injected into the network: 0 to 1.2kVA
• Generator efficiency: 78%
• Speed variation: 0 to 1800 rpm
ELECTRICAL CABINET FEATURES
Inside
• 30 mA circuit breakers & thermal-magnetic and thermal circuit breakers.
• 2.2kVA speed controller with control unit on the console.
• stepped capacitors battery
On the front
• 1 emergency stop circuit breaker
• 1 switch disconnector
• 1 stop/Start button with push button
• 4 switches triggering the capacitors to rectify the cosϕ
• 2 indicator lights show a thermal fault on the motor and generator
EOLYP is a test bench dealing with the study of the hyper synchronous activity of a wind turbine for its electricity production aspects, excluding the mechanical aspects. Due to noise pollution and draughts, which are incompatible with a classroom environment, the propeller has been replaced by a variable speed drive motor.
Educational objectives
• Understanding the mechanical & electrical principles of a wind turbine.
• Studying the hypo-synchronous and hyper-synchronous operating modes of an asynchronous motor.
• Studying the synchronization of the electrical network.
• Calculating the efficiency of the energy production system.
• Using a clamp-on Ammeter.
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Free
quotation -
Answer
under 48H00 -
Belgium
Delivery -
2 years warranty
for all our products -
Export service
available