TURBO WIND TURBINE
Engineered to the Last Detail ...
Wind is the fastest growing renewable energy resource in the world and is about to become the lowest-cost energy in the world through our energy extraction technology.
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High Performance Technologies
Ground breaking technology from the ground up. We’ve rethought everything from wind acceleration, new blade advancements, higher output generation, increased wind band operating range, to smaller size. Together these features take wind turbines places where they have never been before. Wind Sciences accelerator turbines are much more efficient than traditional wind turbines.
​We begin to extract power at a low 0.3 m/s wind speed and reach a Rated Power at only 8 m/s, then continue to harness power up to 30 m/s. This broader operating wind range represents a new bench mark for wind turbines.
The ambient wind is accelerated. This accelerated wind results in an increase in the wind raw kinetic power.
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Our advanced generator technology operates over a broader range of wind speeds. With fewer moving parts, the simple permanent magnet design offers increased efficiency directly by minimizing energy losses and indirectly by reducing maintenance needs. Our generator exceeds its rated power output. Operating range from 0.5 m/s - 30 m/s.
Advanced Blade Design - By an optimally designed profile and integrated efficiency technologies, our rotor achieves the lowest weight/power extraction blades in the Wind Turbine Industry. The rotor's design advantages are: Production of higher rotational movement in lower wind speeds, reduced cut-in speeds of only 0.5 m/s. The rotor is manufactured with composite materials, tested with industry standard equipment, and quality controlled by industry leaders.
​Data Monitoring -- State-of-the-Art wind monitoring, data collection for site assessment, wind/air quality, and monitoring, our Patent Pending “No Wake Technology” assures maximum Wind Farm profitability.
PowerCell Energy Storage integrating state-of-the-art dual capacitor technologies and advanced energy storage technologies enables an increase in the efficiency of the Base Load Power supply to the power-grid.
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Multi Blade Pitch Control Technology. By using our Patent Pending Pitch Technology we ensure we are extracting the maximum power from the wind at all speeds. This means we operate in lowest cut-in wind speeds and industry highest cut-out wind speeds increasing production.
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Environmentally friendly eliminating “bird-kill” and provides wildlife protection. The turbine only requires 6-acres of land per turbine. No noise and strobe effects, low carbon footprint, lower height, and very low water requirements.
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The bottom line, for wind speed distributions, the Wind Sciences Turbo Wind Turbine Generator produces more energy over an extended period of time.
Conclusions
High efficiency, more electrical power for a given mechanical input.
Broad wind speed operating range, more electricity produced over a given time.
Improved reliability.
Light Years Ahead But that wasn’t our goal. We simply set out to extract as much raw kinetic energy from the wind as possible.
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Off-shore provides over 2 times of the available wind velocity as on-shore applications. Our accelerator turbines are designed to generate additional electricity by continuing to increase production exponentially, as the wind velocity increases well beyond our name plate rating. In addition, as the velocity increases, our motor generator technologies activate to produce even more electricity. We effectively produce much more power in the same space.
1 — 3 Meter diameter turbine
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Scalable
Type: Hybrid
60% Efficiency
No Bird Kill
Weight: Varies
Material: Carbon Composite
Tower: Metal Composite
Foundation: Tension-less concrete
Rotor diameter: Variable 1 Meter — 20 Meter
Temperature Conditions: -10 to 40 C (-13 — 122F)
Survival Wind Speed: 50 m/s (110 mph)
Noise Performance: 30 – 35 db. At 30 m (100 ft.) (a computer is 40 db)
On-shore: Space required=less than 1 acre per 1 MW
Off-shore: Multi-use Platforms – Wind
Type: Accelerated Horizontal Axis
Rated Power: 3.3 MW
Rated Speed: 8 m/s (17 mph)
Cut-in Speed: 0.5 m/s (1.5 mph)
Cut-out Speed: 30 m/s (68 mph)
Design Class: IEC Class IIA
Design Standard: IEC 61400 – 1
Type: Variable Pitch
Drive: Electric
Brake: Electric
Rated Power: 2kW to 3.3MW
Max Power: 7.0 MW
Voltage: Variable
Power Inverter: Variable Frequency AC / DC
Voltage: Variable
Frequency/Phase: 50 / 60 Hz, 3ph
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Control Panel
Computerized Control Module
Controller Processor: Microprocessor
User Interface: SCADA / HMI
Communications: Ethernet, WiFi, mobile phone
Monitoring: LIDAR
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​​​Generator
Permanent Magnet Direct Drive
High demand Delivery greater than 200kW
Voltage Regulation
Inverter Generator
Higher Efficiency
DC Output Standard + or - .05%
Brushless
Sparkless
Field Repairable
Field Configurable
Hazardous Environment Compatible
Multiple Voltage Independent Outputs
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​KW KVA @ .99+ Power Factor
Output 60 HZ - 50 HZ - Variable RPM
​Begins to produce usable electricity in as little as 2 M/S
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​NO BIRD KILL - Environmentally Friendly
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Features
General Specifications
Type: Hybrid
Material: Carbon Composite,
Weight: Varies
Support Frame: Modular
Material: Metal
Height: Varies
Foundation: Tension-less Concrete
Rotor Diameter: Variable from 2' to 50'
Multi-blades: Single and Dual rotors
Temperature Conditions: Standard Operational -10 to 40 C (-13 to 122 F)
Environmental: Universal
Survival Wind Speed: 50 m/s (110 mph)
Noise Performance: 30 – 35 db. At 30 m (100 ft.) (a computer is 40 db)
Applications: Still counting
On-shore: Space required=less than 1 acre per 1 MW
Off-shore: Multi-use Platforms – Wind
Type: Accelerated Horizontal Axis
Rated Power: 3.3 MW
Rated Speed: 8 m/s (17 mph)
Cut-in Speed: 0.5 m/s (1.5 mph)
Cut-out Speed: 30 m/s (68 mph)
Design Class: IEC Class IIA
Design Standard: IEC 61400 – 1
Type: Variable Pitch
Drive: Electric,
Brake: Electric
Generator: Permanent Magnet, Direct Drive,
Rated Power: 3 kW to 3.3 MW
Max Power: 7.0 MW
Voltage: Variable
Power Inverter: Variable Frequency AC / DC
Voltage: Variable
Frequency/Phase: 50 / 60 Hz 3ph
Controller Processor: Microprocessor
User Interface: SCADA / HMI
Communications: Ethernet, mobile phone
Monitoring: LIDAR