• Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000 System 1
  • Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000 System 2
Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000

Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000

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Loading Port:
China Main Port
Payment Terms:
TT or LC
Min Order Qty:
50 set
Supply Capability:
1000 set/month

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1. Structure of Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000

Vertical Axis Maglev Wind Turbine is a breakthrough in wind power technology. We have  made magnetic levitation technology used in wind turbine for the first time. This creates a milestone and fulfills important breakthrough in the history of small and medium wind turbine development. The maglev technology improves the efficiency of wind power 35% compared to traditional horizontal axis wind turbine. The innovative wind generators have been widely used for Telecoms Base Receiver Station (BTS) as well as residential and commercial applications.It can be applied in generating system as follows : off grid, grid-tie, residential and commercial, street lights, telecoms BTS and etc. This Maglev Vertical Axis Wind Turbine has simple colours:red and blue with sliver. It is wind tunnel testing proved reliable product.

 

2.  Main Features of Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000

 

  • Magnetic levitation technology

  • Independent of the direction of the wind

  • Higher efficiency than the propeller blades

  • Works even in turbulence

  • Visually pleasing appearance and rotation of the blades

  • Quiet or almost minimal acoustic noise

  • Movement of the blades even in low wind speed of 1m/sec

  • Turbine construction is resistant to gale 60m/s (132MPH)

  • Designed for mounting on mast, straight or saddle area

  • Design: aluminum alloy, stainless steel

  • Design life: at least 20 years

3. Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000 Images

Maglev Vertical Axis Wind Turbine 3000W Model CXF-3000

 

4. Maglev Vertical Axis Wind Turbine 3000WModel CXF-3000  Specifications

Items

CXF3000-

CXF3000-

Rated power

3000W

3000W

Dimension

(Height/Diameter)

3530/Ø3600

Ø4160/4570

Weight

415KG

680 kg

Blade material

Aluminum Alloy

Aluminum Alloy

Blade quantity

3

3

Swept area ㎡

7.02

7.72

Min starting wind speed

1.5m/s

1.5m/s

Cut-in wind speed

3.5m/s

3.5m/s

Rated wind speed

13m/s

13m/s

Cut-off wind speed

15m/s

15m/s

Survival wind speed

60m/s

60m/s

Generator type

AC,3Phases

AC,3Phases

Controller Output Voltage

48V

96V

Controller Braking System

3-phase short circuit by NFB brake

3-phase short circuit by NFB brake


5. FAQ

 

Q1: What is the advantage of wind power to the evironment?

• Zero emission

• Synergy with Solar and Geothermal systems

• Dual colors make it easy for bird identification in order to prevent collisions (Animal-friendly)


Q2: How is the installation of this wind turbine?

• Easy Installation: System can be assembled within one hour

• No welding

• Single or multiple unit connection for bigger power production

• Easy connection with PV systems






Q: Recently went out to do the test, do not know the difference between the two tests
The purpose of the test is to test the performance of the equipment to prevent the occurrence of the fault, the former is the first time after the installation of the equipment to change the nature of the acceptance test, which is run during the routine. The content of the test items are different.You check the 1 power standards will know, since you do this test should have a standard hand.
Q: In order to ensure the normal operation of the power system and equipment to achieve a grounding
The grounding of power system and electrical equipment can be divided into working grounding, protective grounding, grounding and repeated grounding.
Q: Large engineering construction (such as buildings, factories, institutions) distribution room of the power equipment as required? What's the difference? For example, some requirements never power, and some to eliminate harmonics to improve power quality, the more detailed the better the program
In the vicinity of the power grid in the supply of power on the requirements of their own generators to ensure that the dual power supply. Factories and institutions to see what the main work, if it is steel, hospital, such as the load category one or two categories of power needs of the dual power supply. And the load such as electric furnace, easy to produce harmonics, in order to ensure the power quality of the grid, it requires the installation of harmonic elimination device.
Q: What equipment are used in the power, can help to divide some of the details, as well as the type of equipment under the type of equipment
3 from the degree of importance can be divided intoCore equipment and auxiliary equipment4 from the price can be divided intoLarge valuable equipment, general equipmentPower plant and substation electrical equipment is divided into primary equipment and two equipment. A device (also known as the main equipment) is the main component of the power system, it is the direct production, electricity transmission and distribution equipment, including power generators, power transformers, circuit breaker, isolating switch, power bus, power cables and transmission lines. The two device is a device for the control, regulation, protection and monitoring of a device, which comprises a control device, a relay protection and automatic device, a measuring instrument, a signal device, etc.. The two device obtains the electrical connection with the primary device through a voltage transformer and a current transformer. The primary equipment and its connected circuit is called primary circuit. Two equipment in accordance with certain rules to connect to achieve some technical requirements of the electrical circuit called the two circuit.Relay protection and safety automatic device, dispatching automation and communication system are the two systems.
Q: The difference between electric load and power supply capacity
There is a correlation coefficient between them, the power supply capacity = power load * demand coefficient.
Q: For example, EPS emergency power supply and so on, as well as those used in public emergencies.
High / low voltage switchgear, power distribution cabinets, industrial ovens, constant temperature and humidity test box, ovens, air curtain machine (invisible door), inductive automatic door, air conditioning and industrial fans, NELL thyristor module, thyristor, single / three-phase bridge rectifier, fast recovery module
Q: What are the two devices in the power system
Your question is somewhat ambiguous, as I understand the following: the two equipment is a device for the work of the control, protection, monitoring and measurement equipment
Q: Rivers and lakes emergency, there is a 110kV and 10kV power supply line works, I would like to ask this kind of power project warranty items, scope, life and other detailed provisions where can be found? Are there relevant regulations? For example, if the provisions of the housing construction warranty, you can check the "construction quality management regulations," but the warranty content of power projects, what information should be checked? Note that the warranty is not repair. Waiting for good people reply, satisfaction and then points.
According to the "construction quality management regulations," the fortieth: the scope of the warranty and its normal use of the corresponding minimum warranty period of 2 years.
Q: What is the redundancy of electrical equipment
I/O card: to the server, mainly refers to the network card and hard disk control card redundancy. Network card redundancy is inserted in the server dual network card. The card was large and redundant technology medium on technology, now has been owned by the PC server. PC server such as Micron's NetFRAME9200 up to 4 network card redundancy, the 4 network card each bear the network traffic of 25%. COMPAQ all ProSignia/Proliant servers have fault tolerant redundant dual nic.
Q: Power equipment is required to replace the dimension, the state has no relevant provisions
This depends on the provisions of the local power supply department, generally not mandatory requirements.

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