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Tornado Wind Turbine

FirstlyThe Design Philosophy ofEco-Technology
1. Safety
2. Care for the surrounding
environment
3. Generation Efficiency
Designed with the thought that if the things people use are notsafe or good for those people and living things around them,
they are not "eco." Industry specialists have applauded theexceptional precautions for wild birds and noise in its operations.

Examples of Installed Wind Turbines Worldwide
Types of Wind
Turbines

Vertical Wind Turbines

Horizontal-Axis Wind
Turbines (HAWT)[Turbine Comparison 1 Basic Turbine Operation]
Types ofWind
Turbines

Noise Axle StructuralBlade
Blade Development Vibration Vibration
Start- Efficiencyof theAxle Torque
Tip Advanced
Gyro
Shape
Imbalance
Up
Vortex
ScopicSpeed
Momentum

3-BladePropeller

Knife Motor
Shape RingHigh

High- Large
Speed

None

Large

Multi-Blade
Propeller

Knife
Shape

Self
Start-UpMid

Intermediate
Gear

Small

None

Large

Knife Motor
Shape RingMid

High- Large
Speed

Large

None

None

Large

None

VerticalBlade

Savonius

Darrieus

Straight-Blade Vertical Axis
Wind Turbine

Mitsubishi 1000kw HAWT

Knife
Shape

Self
Start-Up

ExtremelyLow

Slow

Possesses both functionalities

Darrieus Wind Turbine: A turbine Giromill Wind Turbine: A verticalwhich uses curved airplane wing- blade turbine that uses airplane
like blades installed on a vertical wing-like blades.
axle.

Tornado Model: The world's firstturbine to use both drag and lift torotate the two levels of turbine blades
bidirectionally.

Savonius Wind Turbine:
Shaped like a two halves of avertically-cut pipe and shifted
towards the circumference.

Standard Wind Turbine
3-Bladed Propeller Turbine

This is new! Gaining an International Permit, the Tornado Wind Turbine Blade Structure (Wind Flow)
Bidirectional generator
Generator
MagnetGenerator
CoilBoth upper and lower level
blades have their own coiland magnet and whenrotated bidirectionally it
doubles their relative speed.
The structural is stabilized bya gyroscoping effect which
neutralizes the counterforce
incurred during rotation as it
rotates.

Patented Bidirectional Blade

The blades operate using both lift and drag, thus producing
powerful torque

Drag Conditions
WiND

DragPush
PowerWiND

Tailwind Conditions

NaturalWind

FastDrag
Headwind Conditions

Slow
Follows Rotation
Momentum
Relative Wind
Rotational AxisWing-ShapedImaginaryCurveWind Turbines, Curve for 3 Types of Generation Functionality
Operating conditions in which others' wind turbines failNormal, Flatland Average
Wind Speed Area

Output (W)10000 Eco Tech's Tornado Model
8000

Company A, Propeller Model6000
Cut out

4000 Being a drag2000

Even if wind speeds go
above a set speed, therotation will not.
Because of (therecovery brake)
There is no cut out

powered model,
cut-in is quick

Company B Giromill Model

00 246810 12 14 16 18 20 22
Wind Speed (M/S)

Small-Scale Wind Turbine Plan (Installation Example) Hybrid Streetligh (TN-30HL)

Chubu International Airport （Centrair）

Kao Corporation (Toyohashi Plant)

Mitsubishi Estate Co., Ltd. Residence (tsudanuma)

Tomei No. 2 (Hamamatsu Service Area Outbound)

Bridgestone Corporation (Tokyo Plant)

Small-Scale Wind Turbine Plan (Installation Example) 1kW - Max 2kW Wind Turbine (TN-100)
LIXIL

NEXCO in Japan
Hokuriku, Tokumitsu
PA

Taketoyo, Aichi PrefectureBidirectional Wind Turbine (10kW Class)
Hokuriku Expwy, Kanazawa,
Tokumitsu Parking Area

Shinmaiko: New
Multi-level Design７，３００●●

Tornado Wind Turbines: Types and Sizes

Eco Technology Co. Ltd.

Landscape type, a plan to harmonize with and care for nature and living things
It is mindful of problems facing naturalliving things (noise, low-frequency
vibrations, bird strikes, etc.) and does
not mar the landscape.

Examples of wind turbine collapses and bird-strikes
Typhooncaused
collapses

Damaged by wind
gusts

Bird-strikes

Lightning strikes

Outstanding features of Tornado wind turbine in comparison with otherexisting wind turbine (Summary)

1. Small Footprint
Smaller footprint means it can be installed on top of buildings or inhazardous mountain areas

2. Low-Noise, Low Risk of Bird Strikes
It is noise-less and prevents bird strikes, thus it is neighborhood- andbird-friendly

3. Resistant to Lightning, Gusts, and Typhoons(Cyclones)
It can stand up to the harsh climate conditions of Japan.
Also, the sturdy triangular frame means less damage.

4. Its simple structure means easy maintenance
Since there is no pitch- or yaw-control, there are fewer parts to breakdown.
Also, when stopped, it does not consume electricity.

5. Its simple structure also means fewer flickering
shadows
The simple structure also lends itself to solving the problem of cost
efficacy You can expect to save on parts.

6. No cut out means more viable sites

Normally, wind turbines cut out at wind speeds of 15-20 m/s, but
Tornado wind turbines can still generate power during these ideal times.

It is hard to estimate the cost effectiveness ofsmall scale wind turbines.
Peripheral Application + Tornado Wind Power =Revolutionary Innovation

It's not a finalized product.
It's a platform.
Together with the user, we design a system tomeet their needs.
Thus, as a system, its cost effectiveness andadded value are increased.

Tornado Wind Turbine Application Methods
TyphoonAt low pressure

During snowstorm

Kanazawa, Tokumitsu
Parking Area

Newly developedbolt-on type

Tornado Wind Turbine Application Methods
Urban Model, SkyscraperRooftop Solar Model Skyscraper Rooftop, Cell Phone Relay Station Model
The signal towers become anadvertisement for the cell phone company.

(TN-30H Model)

Small-Scale Wind Power
Hybrid Signal Tower

Tornado Wind Turbine Application Methods
Mobile Cell Phone Signal Tower Plan

(TN-100H Model)

Relay Station Equipped with Wind Power
Hybrid Generation and Battery Storage

Tornado Wind Turbine Application Methods
The Tornado wind turbine setup stands out morethan the rest stop
It acts as a light for Sukusukugaoka, and becomes asymbol against the dark background of the hill area.

The Tornado wind turbine setup stands
out more than Sukusukugaoka

Tornado Wind Turbine Application Methods
Chubu Centrair Airport, Hybrid Streetlight, Installation Image (Skydeck Side)For the airport, it was
the first demonstration
experimental streetlightequipped with bothemergency lighting andpower sourceBecause it is located in an airport, theFRP blades used were made with careregarding signal disruption

Tornado Wind Turbine Application Methods
Security of the home or office
Monitoring and management
systemAlso it serves as a CSR, object type corporate image signage sign
(Revised Independent Power Source)

Surveillance camera(Normal Contents)

TOKYOThings to Do

Commercial
PowerSource

Image access to the world

D Signage[Normal Situation]

Advertisements etc.

A response which took lessons fromthe Great East Japan Earthquake

Wi-Fi Station(Emergency Contents)[Emergency Situation]
Evacuation
Center Etc.

Emergency, the charging of
the mobile terminal

The event of a power failure, serve as a guide light up to evacuation areas

Emergency
PowerSource

Hybrid wind powergenerator
Power ensure emergency radio （TN-30SHL）EV mobility stand image with a wind generator
EV Mobility Stand Equipped withWind and Solar PowerWind 10kW Class

Hybrid Streetlight Wind 300W Class

Raising visibility as an
EV stand landmark.

Raising visibility as an
EV stand landmark.

Tesla Motors

Wind Turbine/Tsunami Evacuation Tower(TN-1000)

Eco Technology Co. Ltd.

Conceptual plan Macroscale model of Tornado wind turbine (1000KWclass)
If it's a Tornado
model, it would
be possible tobuild a Megawattsized windturbine with its
own observationdeck.

(Height 120m)

The structure and parts are the same as existing
construction methods, just scaled up.

Eco Technology Co. Ltd. New development projects Micro-hydroelectric generator

Generator weight500kg

Buoyancy500kg

Micro-hydroelectric generator
Power generation characteristics

Torque limiter structure

1,Neutral buoyancy
2,Escape function
3,Easy installation isWater Agency Aichi Irrigation water
demonstration Completion of the experiment

Tornado Wind Turbine Business Marketing Plan (System Application)

Basic PatentMoving/Transportation Ships (AtypicalInstallation), Nomads, Military etc.

(Wind Turbine) River Public Works
Sensors & Information Transmitters)●●CO2 Emissions
Credits Trading●Peripheral Applications
Inverters and Batteries