Wind Energy Product Development Our Phone : (866)-225-1071 Acert Proprietary Prepared: By Mayier Kahn PhD.
Wind Energy Project Development Turbine, & Supply Chain Impacts Induced Impacts Blades, towers, gear boxes Jobs and earnings that result from the spending supported by the project, 2
Wind Energy s Economic Impacts is Ever Green way The Best Electricity Rates Local Revenue Chain Impacts Induced Impacts Blades, towers, gear boxes Jobs and earnings that result from the spending supported by the project, including benefits to locals Induced Impact Keeping Power rates low and keeping alive the notions Economy 3
Acerts Wind Services Acerts wind turbine fleet is one of the promising state of art reliable in the world. With a global installation wind turbines and a diverse portfolio of renewable energy technologies, Acerts Energy has the worldwide resources and expertise to help customers meet their needs for cleaner, more reliable and efficient energy. Building on a strong power generation heritage spanning more than a century, our world class services organization operates locally and has decades of experience in delivering solutions to our customers. Our full suite of wind service solutions has been built on our continued commitment to maximizing customer value by increasing turbine reliability and availability, reducing down turbine time and improve lifetime performance of wind turbine assets world-wide 4
Current Market Products 5
5/8 Thick Structures Manufacturing 6
SEA Installation Deep Water Concept Shallow Water Concept 7
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Development Stages Transformer Location 9
3-D CAD Mockups 10
3-D CAD Mockups 11
3-D CAD Mockups 12
Generator 690 V 30 to 40 KW 13
Development Stages 14
Development Stages 15
Development Stages 16
Gear Box Locking pins High speed shaft and Braking 17
Larger power Units Over one Mega watt Electrical units are Water filled or oil filed cooling generator 18
Space Utilization 19
Space Utilization 20
Generator Location Generator 21
Generator Size 22
Blade Velocity 23
CAD 3-D Stages 24
Aluminum Casting Parts 25
Blades Rotational Concept 26
Controller Unit for the Blade Pitch 27
Blade Pitch Views 28
Continuously Design improvement 29
Continuously Design improvement Added Steps 30
2 Megawatt Wind Mill Roof 31
Design Modification 32
Design Modification 33
2 Mega Watt Proto type Wind Mill 34
Mack ups 35
Space Utilization 36
High Voltages Switches 37
3-D CAD Mockups 38
3-D CAD Mockups 39
3-D CAD Mockups 40
3-D CAD Mockups 41
Add Electric Lift 42
Design Modification Electric Lift 43
Design Modification 44
Design Modification 45
3-D CAD Mockups 46
REMOVED Motor & Added Hydraulic Pump 47
SEA UNIT MACKUP 48
Add in generator concept 4 generators 49
Blade Balancing and other Mockups 50
Simple Mathematic How much money does a 2.5 MW wind turbine make per day? Calculation will be: C=Capacity Factor T=Transmission access charge($/mw-hrs.) L=daily land-use fees ($/day) Net income per day = C * 2.5MW * 24hr/day * ($60/MW-hour - T) - L In 24 hour 2.5 MW is how many kw I get 2500 kw 2500 kw * 24 h = 60000 kwh ok now multiply that buy the price. 60000 kwh * 0.06 $/kwh = 3600$ so it makes 3600 dollars. 51