Grid Tie Wind Turbine 5KW 10KW On Grid Wind Generator System With 10 Years Warranty
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- Supplier: Nantong R&x Energy Technology Co. Ltd.Nantong Ltd.
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Product Overview
Description
Product Description
This vertical axis wind turbines have low start-up speed, high wind energy utilization, beautiful appearance, and low vibration.
This model features a creative simple design, easy installation, and very minimal maintenance.
The blades are strong with an optimized aerodynamic contour and structure, the blades have high utilization of wind energy, which contributes to the high annual energy output in good wind conditions.
This model wind generator has a patented permanent magnet rotor alternator, with a special stator design that efficiently decreases resistance torque. It allows the wind generator speed to match the generator quite well, and increase its reliability.
On grid system with grid tie inverter. The inverter should have some useful features and functions, such as maximum power point tracking (MPPT), anti-islanding protection, overvoltage and overcurrent protection, data monitoring and communication, and low noise and high efficiency.
This model features a creative simple design, easy installation, and very minimal maintenance.
The blades are strong with an optimized aerodynamic contour and structure, the blades have high utilization of wind energy, which contributes to the high annual energy output in good wind conditions.
This model wind generator has a patented permanent magnet rotor alternator, with a special stator design that efficiently decreases resistance torque. It allows the wind generator speed to match the generator quite well, and increase its reliability.
On grid system with grid tie inverter. The inverter should have some useful features and functions, such as maximum power point tracking (MPPT), anti-islanding protection, overvoltage and overcurrent protection, data monitoring and communication, and low noise and high efficiency.
Specification
Model | RX-QV2500 | RX-QV3K | RX-QV4K | RX-QV5K | RX-QV8K | RX-QV10K | RX-QV20K | RX-QV25K | |||||||
Rated Power | 2500W | 3000W | 4000W | 5000W | 8000w | 10KW | 20KW | 25KW | |||||||
Max Power | 2700W | 3300W | 4500W | 5500W | 8500w | 11KW | 25KW | 30KW | |||||||
Blades Length | 2.0M | 2.0M | 2.5M | 2.5M | 3.0M | 3.0M | 3.5M | 5.0M | |||||||
Wheel Diameter | 2.0M | 2.0M | 2.5M | 2.5M | 3.0M | 3.0M | 3.5M | 5.0M | |||||||
Rated Voltage | 24V~220V | 24V~220V | 48V~220V | 48V~220V | 48V~220V | 48V~220V | 96V~380V | 96V~380V | |||||||
Start Up Speed | 2.0m/s | 2.0m/s | 2.0m/s | 2.0m/s | 2.0m/s | 2.5m/s | 2.5m/s | 2.5m/s | |||||||
Rated Wind Speed | 10m/s | 10m/s | 10m/s | 11m/s | 11m/s | 11m/s | 11m/s | 11m/s | |||||||
Cut in wind speed | 2.5m/s | 2.5m/s | 2.5m/s | 3.0m/s | 3.0m/s | 3.0m/s | 3.0m/s | 3.0m/s | |||||||
Survival Wind Speed | 50m/s | 50m/s | 50m/s | 50m/s | 50m/s | 50m/s | 50m/s | 50m/s | |||||||
Blades Quantity | 3 | 3 | 3 | 3 | 3 | 3 | 3 | 3 | |||||||
Generator Type | Iron-core generator | Coreless generator | Iron-core generator | Coreless generator | Iron-core generator | Coreless generator | Coreless generator | Coreless generator | |||||||
Blades Material | Aluminium alloy | ||||||||||||||
Working Temperature | -40℃~+40℃ | ||||||||||||||
Protection Level | IP54 | ||||||||||||||
Working environment humidness | ≤90% | ||||||||||||||
Altitude | ≤4500m | ||||||||||||||
Install Height | 3~12m | ||||||||||||||
Overload Protection | Electromagnetic Brake | ||||||||||||||
Gross Weight | 180.0kg | 240.0kg | 300.0kg | 340.0kg | 400.0kg | 450.0kg | 520.0kg | 600.0kg | |||||||
Drawing
Power Curve
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Product packaging
Application
What's Difference With HAWT And VAWT
The main difference between horizontal and vertical wind turbines is their orientation relative to the wind direction.
Horizontal wind turbines have an axis that is parallel to the wind, while vertical wind turbines have an axis that is perpendicular to the wind.
This affects their design, performance, and application in various ways.
Some of the advantages of horizontal wind turbines are:
1. They are more efficient and can capture more wind energy than vertical wind turbines
2. They can be installed on higher towers to access stronger and more consistent winds
3. They are more widely used and have more research and development support than vertical wind turbines
Some of the disadvantages of horizontal wind turbines are:
They can cause noise and visual pollution, as well as pose a threat to birds and bats
Some of the advantages of vertical wind turbines are:
1. They are omnidirectional and do not need to face the wind direction to operate
2. They can operate in lower and more turbulent winds, making them suitable for urban and residential areas
3. They have have very low noise
Some of the disadvantages of vertical wind turbines are:
1. They are less efficient and can capture less wind energy than horizontal wind turbines
2. They have lower rotational speeds and torque, which limits their power output
Horizontal wind turbines have an axis that is parallel to the wind, while vertical wind turbines have an axis that is perpendicular to the wind.
This affects their design, performance, and application in various ways.
Some of the advantages of horizontal wind turbines are:
1. They are more efficient and can capture more wind energy than vertical wind turbines
2. They can be installed on higher towers to access stronger and more consistent winds
3. They are more widely used and have more research and development support than vertical wind turbines
Some of the disadvantages of horizontal wind turbines are:
They can cause noise and visual pollution, as well as pose a threat to birds and bats
Some of the advantages of vertical wind turbines are:
1. They are omnidirectional and do not need to face the wind direction to operate
2. They can operate in lower and more turbulent winds, making them suitable for urban and residential areas
3. They have have very low noise
Some of the disadvantages of vertical wind turbines are:
1. They are less efficient and can capture less wind energy than horizontal wind turbines
2. They have lower rotational speeds and torque, which limits their power output
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