Formateur de système d'énergie éolienne
Formateur de système d'énergie éolienne should able to simulate the operation of real wind energy harvest system which transform wind kinetic energy into power electric through a converter & generator. wind energy system trainer can operate outdoor by wind turbine and indoor using synchronous generator. wind energy system trainer allows users to monitor, control and hands-on learning about the principles and operation of a wind energy harvest system.
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La description
Wind Energy System Trainer should able to simulate the operation of real wind energy harvest system which transform wind kinetic energy into power electric through a converter & generator. wind energy system trainer can operate outdoor by wind turbine and indoor using synchronous generator. wind energy system trainer allows users to monitor, control and hands-on learning about the principles and operation of a wind energy harvest system.
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PRINCIPAUX PARAMÈTRES TECHNIQUES
Banc de formation sur les systèmes éoliens
| Partie | spécification |
| Magnet Wind Turbine | je,Maximum power :300O, ii,rated voltage: 12/24 V, iii,the wind wheel diameter: 0.8 m, iv,start wind speed: 1 m / s, v,wind speed: 35 m / s, vi, the number of blades: 6, vii,Blade Material Fiberglass. viii,Two sets, one of which is mounted outdoors and one is movable indoor |
| Controller | je,battery charge and discharge management |
| Wind Force Prime Mover | je,low noise axial fan, ii,rated speed: 2800tr/min, iii,wind capacity: 11000m ³ / h, iv,total pressure / hydrostatic: 320/220Pennsylvanie, v,rated power :1.5KW. |
| Onduleur photovoltaïque | je,Rated output power: 300O, ii,Input: DC12V, iii,Output: AC220V, iv,fonction de protection. |
| Batterie | 12V，7AH |
| Unité de test | je,Panneau de couleur aluminium, ii,Voltage de batterie, iii,la tension de charge CC, iv,le courant de charge CC, v,Tension de charge CA, vi,Courant de charge CA |
| Charge | je,Ampoule DC12VLED, ii,Ventilateur DC12V, iii,Lampe à ampoule AC220V, iv,Ventilateur AC22V. |
| Chariot mobile | je,chariot mobile en acier avec roulettes pivotantes verrouillables, ii,Taille: environ. 1300×700×1700mm |
| VVVF | je,VVVF of Simulation wind source |
| Écran tactile industriel | je,Interface homme-machine, ii,Contrôle par API, iii,7-inch high-brightness TFT LCD, iv,wind generator output AC voltage display, v,speed, tension, actuel, power generation data display and dynamic curves show. vi,Speed of wind turbines, speed of wind ,power of wind,generating capacity and others monitoring. |
| Wind yaw control system | je,The wind turbines achieve passive yaw windward by rudder to make a maximum power output. ii,Speedometer detect wind power of farm wind, when the wind exceeds the safe value, the crosswind yaw control working, and making rudder crosswind 45 º to make the wind turbine blade speed slower. iii,Under excessive wind , the rudder crosswind 90 º, the wind turbine is braked. |
| Armoire de distribution | je,Armoire standard, taille :750 * 500 * 1700mm, ii,pulvérisation superficielle, iii,armoire à porte vitrée transparente avec installation de plaques grillagées en acier inoxydable. |
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Formateur de système d'énergie éolienne
Wind Energy System Trainer should able to simulate the operation of real wind energy harvest system which transform wind kinetic energy into power electric through a converter & generator. wind energy system trainer can operate outdoor by wind turbine and indoor using synchronous generator. wind energy system trainer allows users to monitor, control and hands-on learning about the principles and operation of a wind energy harvest system.
