Studying the conversion of renewable energy

Study of the conversion of the electrical energy from 3-phase to single-phase. Make some measurements with a clamp-on ammeter.
These converters operate on the same principle as an industrial model.
They treat the electrical power supplied by a wind turbine.
The output cannot be synchronized with the network
but can be used in isolated site.

Educational objectives
• Study of the conversion of the electrical energy from 3-phase to single-phase.
• Make some measurements with a clamp-on ammeter.

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Selected reference CHARGEOL

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Download (CONVERTYS-CHARGEOL.pdf)

Download (CONVERTYS-CHARGEOL_en.pdf)

Selected reference CHARGEOL

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Technical characteristics
• The converter's synoptic, printed on the front, facilitates location of the components and measurement points.
• The three-phase voltage from the wind turbine is applied to CONVERTYS or CHARGEOL through 4 safety terminals 4mm dia. The wind turbine-to-converter interconnection is made using laboratory leads.
CONVERTYS : Inputs between 375 and 460V three-phase.
CHARGEOL : Inputs between 80 and 120V three-phase.
• A main switch located on the top of the box, starts and stops the converter's power supply.
• Safety terminals 4mm diam. located between each component enable the voltages and currents to be measured at each conversion step.
• A thermal-magnetic circuit-breaker protects the transformer primary against any overload.
• Output converter 300W/230V.
• A differential circuit-breaker 30mA protects the output to the use network cabled according to neutral system TT.
• Unit on casters dimensions: 600 x 450mm. Height 530mm