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Shanghai Maoyu Science and Education Equipment Co., Ltd
1KW permanent magnet wind turbine grid connected experimental system
NegotiableUpdate on 01/17
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Overview
MY-PV281KW Permanent Magnet Wind Turbine Grid Connection Experimental System I. Product Overview: 1KW Permanent Magnet Wind Turbine Grid Connection Experimental System, 1KW Permanent Magnet Wind Turbine Grid Connection Experimental System Training Device, 1KW Permanent Magnet Wind Turbine Grid Connection Experimental System Training Equipment is composed of outdoor wind turbines
Product Details
MY-PV28 1KW permanent magnet wind turbine grid connected experimental system
1、 Product Overview:
1KW permanent magnet wind turbine grid connected experimental system, 1KW permanent magnet wind turbine grid connected experimental system training device, 1KW permanent magnet wind turbine grid connected experimental system training equipmentIt is composed of outdoor wind turbines, towers, cables, outdoor lightning protection boxes, grid controllers, unloaders, grid inverters, main control consoles, etc. The system can conduct experiments on the entire process of grid connected power generation. It is an ideal product for vocational schools, universities, and graduate students to conduct research, training, and teaching on wind power generation.
2、 SystemOperating technical parameters:
(1) Technical conditions for wind power generation:
Fan output voltage 220VAC
◆ Fan output power: 1 unit/1KW
◆ Fan output power 1.2KW
Communication interface RS-485/RS-232
◆ Unloader: Start unloading current of 5.2A, PWM unloading control fan current limit, fan automatic brake and manual brake
(2) Technical conditions for fan charging control:
Fan output voltage 220VDC
◆ Fan output power: 1 unit/1KW
Rated working current 6A/1000W
◆ Fan input current 6A
Unloading starting voltage 370V
◆ Unloading start current 5.8A
◆ Display mode LCD (Liquid Crystal Display)
◆ Display content: Fan voltage, fan current, fan power:
(3) Wind turbine: The rated power of the wind turbine is 1000W, and the wind blades are made of three carbon fiber optic compounds. The generator is small in size, light in weight, and has high power generation efficiency. The electromagnetic torque design technology effectively ensures smooth operation in a gentle breeze. All components are made of high-quality aluminum alloy precision die-casting parts and stainless steel fittings, making the whole machine lightweight.
(4) Grid connected control inverter module: using Mitsubishi's fifth generation intelligent power module from Japan; DSP chip control; Power point tracking technology; High efficiency; Complete protection functions; Designed according to IEE929-2000 and UL1741 standards; Easy installation and debugging; Operating parameters can be set through LCD and buttons.
(5) Experimental module: Schematic diagram of grid connected power generation, testing terminals; Junction box, terminal block; Digital display of AC/DC voltage and current meter, real-time display of system electrical parameters; Contains multiple communication interfaces and upper computer monitoring function
IIIUnit composition:
1. Grid connected control unit (inside the demonstration platform): The system achieves synchronous operation of the inverter by turning on and off the switch unit according to the needs of the demonstration unit, equipped with separate measurement channels at the same time, and meets data comparison and collection requirements.
The fan power control is designed with a separate set of strong wind unloading protection circuit, which is used in combination with the inverter power supply.
2. Wind turbine unloading unit (inside the demonstration platform): The output port of the wind turbine is connected to the generator controller, which rectifies, adjusts, and controls the three-phase AC power generated by the wind turbine, and then supplies it to the grid connected inverter for grid connection and system unloading and other protection during strong winds.
3. Switch control unit (demonstration platform): All leads of the internal and external units of the demonstration system are connected to their respective jumper terminals through isolation switches. During the experiment, in the event of leakage, short circuit, overcurrent, or overheating, the switch automatically disconnects the power supply to protect the safety of instruments and personnel.
4. Fan connection unit (AC/DC screen, demonstration table): On the schematic wiring panel, the leads of one unit are connected to their respective jumper terminals through isolation switches. According to the needs of the demonstration, the jumper can be used to freely view the working status of the three fan systems
5. Display unit (AC/DC screen input AC/DC: demonstration table output AC: AC/DC screen)
6. A demonstration table display unit
General parts: equipment operating temperature, indoor temperature/humidity/clock, reverse power metering.
Universal 1 set of 3-digit switching display: active power
Individual display: wind speed LED display, wind direction date LCD display, fan current limiting unloading LED indication.
4、 Monitoring unit:
The monitoring device includes a monitoring host, monitoring software, and display equipment. This system uses a high-performance industrial control PC as the monitoring host, equipped with multi machine monitoring software, and adopts standard RS-232 or RS-485 communication methods to obtain real-time operation parameters and working data of all wind power generation.
Monitoring software:
The monitoring host also provides an external data interface, allowing users to view real-time operating data, historical data, and fault data of the entire power system through a computer.
◆ It can store all operational data of the power station experiment every 5 minutes, including real-time storage of environmental data, fault data, and other parameters.
◆ It can continuously store all operational data and fault records of power station experiments for more than 20 years.
5、 Teaching and Research Training Projects:
Demonstration and Experiment of Wind Energy Conversion in the Control Operation Process of Permanent Magnet Synchronous Wind Turbine
Experiment 1: Relationship between Wind Speed, Rotational Speed, and Power Output
Experiment 2: Relationship between Generator Speed and Output Voltage Experiment
Experiment 3: Relationship between Generator Speed and Output Current Experiment
Experiment 4: Relationship between Generator Speed and Output Voltage Frequency Experiment
Experiment 5: Power Conversion Experiment of Horizontal Axis Generator at Different Wind Speeds
Experiment 6: Wiring Experiment of Wind Power Generation System
Experiment 7: Grid Connection Process Experiment of Permanent Magnet Synchronous Wind Turbine
Experiment 8: Grid connection experiment of permanent magnet synchronous wind turbine under different wind speeds
Experiment 9: Various protection experiments during grid connection process
6、 Configuration List:
1KW permanent magnet wind turbine grid connected experimental system, 1KW permanent magnet wind turbine grid connected experimental system training device, 1KW permanent magnet wind turbine grid connected experimental system training equipmentIt is composed of outdoor wind turbines, towers, cables, outdoor lightning protection boxes, grid controllers, unloaders, grid inverters, main control consoles, etc. The system can conduct experiments on the entire process of grid connected power generation. It is an ideal product for vocational schools, universities, and graduate students to conduct research, training, and teaching on wind power generation.
2、 SystemOperating technical parameters:
(1) Technical conditions for wind power generation:
Fan output voltage 220VAC
◆ Fan output power: 1 unit/1KW
◆ Fan output power 1.2KW
Communication interface RS-485/RS-232
◆ Unloader: Start unloading current of 5.2A, PWM unloading control fan current limit, fan automatic brake and manual brake
(2) Technical conditions for fan charging control:
Fan output voltage 220VDC
◆ Fan output power: 1 unit/1KW
Rated working current 6A/1000W
◆ Fan input current 6A
Unloading starting voltage 370V
◆ Unloading start current 5.8A
◆ Display mode LCD (Liquid Crystal Display)
◆ Display content: Fan voltage, fan current, fan power:
(3) Wind turbine: The rated power of the wind turbine is 1000W, and the wind blades are made of three carbon fiber optic compounds. The generator is small in size, light in weight, and has high power generation efficiency. The electromagnetic torque design technology effectively ensures smooth operation in a gentle breeze. All components are made of high-quality aluminum alloy precision die-casting parts and stainless steel fittings, making the whole machine lightweight.
(4) Grid connected control inverter module: using Mitsubishi's fifth generation intelligent power module from Japan; DSP chip control; Power point tracking technology; High efficiency; Complete protection functions; Designed according to IEE929-2000 and UL1741 standards; Easy installation and debugging; Operating parameters can be set through LCD and buttons.
(5) Experimental module: Schematic diagram of grid connected power generation, testing terminals; Junction box, terminal block; Digital display of AC/DC voltage and current meter, real-time display of system electrical parameters; Contains multiple communication interfaces and upper computer monitoring function
IIIUnit composition:
1. Grid connected control unit (inside the demonstration platform): The system achieves synchronous operation of the inverter by turning on and off the switch unit according to the needs of the demonstration unit, equipped with separate measurement channels at the same time, and meets data comparison and collection requirements.
The fan power control is designed with a separate set of strong wind unloading protection circuit, which is used in combination with the inverter power supply.
2. Wind turbine unloading unit (inside the demonstration platform): The output port of the wind turbine is connected to the generator controller, which rectifies, adjusts, and controls the three-phase AC power generated by the wind turbine, and then supplies it to the grid connected inverter for grid connection and system unloading and other protection during strong winds.
3. Switch control unit (demonstration platform): All leads of the internal and external units of the demonstration system are connected to their respective jumper terminals through isolation switches. During the experiment, in the event of leakage, short circuit, overcurrent, or overheating, the switch automatically disconnects the power supply to protect the safety of instruments and personnel.
4. Fan connection unit (AC/DC screen, demonstration table): On the schematic wiring panel, the leads of one unit are connected to their respective jumper terminals through isolation switches. According to the needs of the demonstration, the jumper can be used to freely view the working status of the three fan systems
5. Display unit (AC/DC screen input AC/DC: demonstration table output AC: AC/DC screen)
6. A demonstration table display unit
General parts: equipment operating temperature, indoor temperature/humidity/clock, reverse power metering.
Universal 1 set of 3-digit switching display: active power
Individual display: wind speed LED display, wind direction date LCD display, fan current limiting unloading LED indication.
4、 Monitoring unit:
The monitoring device includes a monitoring host, monitoring software, and display equipment. This system uses a high-performance industrial control PC as the monitoring host, equipped with multi machine monitoring software, and adopts standard RS-232 or RS-485 communication methods to obtain real-time operation parameters and working data of all wind power generation.
Monitoring software:
The monitoring host also provides an external data interface, allowing users to view real-time operating data, historical data, and fault data of the entire power system through a computer.
◆ It can store all operational data of the power station experiment every 5 minutes, including real-time storage of environmental data, fault data, and other parameters.
◆ It can continuously store all operational data and fault records of power station experiments for more than 20 years.
5、 Teaching and Research Training Projects:
Demonstration and Experiment of Wind Energy Conversion in the Control Operation Process of Permanent Magnet Synchronous Wind Turbine
Experiment 1: Relationship between Wind Speed, Rotational Speed, and Power Output
Experiment 2: Relationship between Generator Speed and Output Voltage Experiment
Experiment 3: Relationship between Generator Speed and Output Current Experiment
Experiment 4: Relationship between Generator Speed and Output Voltage Frequency Experiment
Experiment 5: Power Conversion Experiment of Horizontal Axis Generator at Different Wind Speeds
Experiment 6: Wiring Experiment of Wind Power Generation System
Experiment 7: Grid Connection Process Experiment of Permanent Magnet Synchronous Wind Turbine
Experiment 8: Grid connection experiment of permanent magnet synchronous wind turbine under different wind speeds
Experiment 9: Various protection experiments during grid connection process
6、 Configuration List:
| serial number
| Name
| quantity
| unit
|
| 1
| Main operation console of wind power grid connected training system (including components)
| 1
| Taiwan
|
| 2
| 1000W permanent magnet synchronous generator (including fan blades)
| 1
| Taiwan
|
| 3
| 1000W fan controller
| 1
| Taiwan
|
| 4
| 1000W wind turbine grid connected inverter
| 1
| Taiwan
|
| 5
| 1000W wind turbine cable erection
| 1
| set
|
| 6
| Experimental attachments
| 1
| set
|
Friendly reminder:
1. Equipment acceptance: Each purchasing unit shall inspect the appearance of the 1KW permanent magnet wind turbine grid connected experimental system upon receipt, verify the quantity and accessories of the device, and reject the 1KW permanent magnet wind turbine grid connected experimental system in a damaged state;
2. Equipment Warranty: Maoyu will provide each purchasing unit with the warranty conditions and warranty period specified in the 1KW permanent magnet wind turbine grid connected experimental system manual. Within the warranty scope, free maintenance of this device will be provided. If the conditions are exceeded, paid maintenance of the 1KW permanent magnet wind turbine grid connected experimental system will be provided;
3. Equipment return and exchange: Requests for return and exchange of 1KW permanent magnet wind turbine grid connected experimental system due to unilateral reasons of each purchasing unit, resulting in incorrect selection or purchase of equipment quantity, will not be accepted;
4. Equipment delivery time: The delivery time of the 1KW permanent magnet wind turbine grid connected experimental system is a reference value. If you need to know the accurate delivery time of the 1KW permanent magnet wind turbine grid connected experimental system, please contact the sales personnel of Shanghai Maoyu;
5. If any purchasing unit has any questions about the 1KW permanent magnet wind turbine grid connected experimental system, please call:, and we will have professional technical personnel provide you with technical consultation on the 1KW permanent magnet wind turbine grid connected experimental system.
1. Equipment acceptance: Each purchasing unit shall inspect the appearance of the 1KW permanent magnet wind turbine grid connected experimental system upon receipt, verify the quantity and accessories of the device, and reject the 1KW permanent magnet wind turbine grid connected experimental system in a damaged state;
2. Equipment Warranty: Maoyu will provide each purchasing unit with the warranty conditions and warranty period specified in the 1KW permanent magnet wind turbine grid connected experimental system manual. Within the warranty scope, free maintenance of this device will be provided. If the conditions are exceeded, paid maintenance of the 1KW permanent magnet wind turbine grid connected experimental system will be provided;
3. Equipment return and exchange: Requests for return and exchange of 1KW permanent magnet wind turbine grid connected experimental system due to unilateral reasons of each purchasing unit, resulting in incorrect selection or purchase of equipment quantity, will not be accepted;
4. Equipment delivery time: The delivery time of the 1KW permanent magnet wind turbine grid connected experimental system is a reference value. If you need to know the accurate delivery time of the 1KW permanent magnet wind turbine grid connected experimental system, please contact the sales personnel of Shanghai Maoyu;
5. If any purchasing unit has any questions about the 1KW permanent magnet wind turbine grid connected experimental system, please call:, and we will have professional technical personnel provide you with technical consultation on the 1KW permanent magnet wind turbine grid connected experimental system.
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