We have great pleasure in offering this download that contains 12 plans for making various size wind generators. From small working models to larger designs up to 500 watts. Plus we have added our wind power guide to help with your projects. Also with the email you will be provided with a link to our community website where you can meet other wind generator builders.

 

We have listed below the 12 wind generator plans that the download contains. You will be able to access these through an index page that contains further information.

 

• 500 Watt wind generator - jemmett engineering plan - all rights reserved
• Large Savonius wind generator - jemmett engineering plan - all rights reserved
• Two small Savonius wind generators - jemmett engineering plan - all rights reserved
• Darrius wind generator wind generator - jemmett engineering plan - all rights reserved
• Permanent magnet wind generator - believed to be public domain
• How to build a wind generator - 1 - believed to be public domain
• How to build a wind generator - 2 - believed to be public domain
• Savonius plus alternator - believed to be public domain
• VAWT plan - believed to be public domain
• 100 Watt Wooden generator - believed to be public domain
• Model wind turbine - Savonius  - believed to be public domain
• Dragonfly wind generator - Dragonfly plan - all rights reserved. In Zip format.

 

Plus........

 

• Wind energy guide - jemmett engineering plan - all rights reserved

• Paper windmill plan - believed to be public domain
• Wind energy fact sheet - - believed to be public domain
• Garden windmill - - believed to be public domain

 

Here is an extract form our wind power guide to wet your appetite for energy generated from the wind…..

 

We have an ever-increasing thirst for energy. In the past fossil fuels - coal, oil, gas, wood and peat have in the main provided this energy. However, fossil fuels have two major problems, escalating costs and pollution. Alternatives to fossil fuels have been sought in two areas nuclear energy and renewable energy. The problems associated with nuclear energy are now well known and both economic and safety aspects may prevent the further expansion of nuclear power in most counties.

 

There are many renewable forms of energy including, solar, wind, water and biomass. This document explores all four but focuses on small-scale wind power.

 

Wind energy can be described as second hand solar energy or stored solar energy. This is because wind is made from the energy falling on the earth from the sun. Some of the sun's energy in the form of solar radiation is absorbed by the earth's atmosphere and the air is heated up. Hot air is less dense than cold air and is consequently lighter. It has a lower pressure than cold air, which means that as the air is heated cold air is drawn in. This heating is uneven leading to the air circulating around the earth producing vast movements of energy. The energy can be harnessed by large wind turbines and equally by small units supplying electricity to single houses, farms, workshops, boats, caravans, etc.

 

Small wind chargers with rotor sizes of less than 3 metres are available from several manufacturers as are plans for DIY units. Typical applications for the electrical energy generated by wind power include:

 

1. Charging batteries for low energy devices like lighting, radio, hi-fi, TV, etc.

2. Supplying power to remote locations such as caravans, boats and yachts, out houses and workshops.

3. Maintaining electricity for animal fencing, fish farming, irrigation, chicken layers, meteorological recording stations, radio repeater units and many more.

 

Generating your own power from the wind, however small that amount is, can be very satisfying and in addition help solve the problem of supplying power to remote locations without pollution.

 

 

Notice

Please note: Whilst some of these plans are public domain others are owned by energybook, OnetoRemember and jemmett engineering. The plans are therefore not available to resell or distribute without permission.  This download is in the form of a Zip file for download. It includes a menu system and an index for ease of use.

This Download is full of information related to windmills and their various components, with hundreds of images plus descriptions of how and from what materials wind mills are constructed and of the functional attributes of their various components and designs.

Sample Titles of Patented Inventions from this Download
Adjustable windmill
Aeolian windmill
Aerodynamic brake on a wind rotor for a windmill
Airship-windmill
Anti-moment gyro for windmill
Apparatus for windmill starts in gas turbine engines
Armature lift windmill
Balanced, high output, rapid rotation wind turbine (Weathervane multi-rotor windmill)
Bird and flower windmill
Blade for windmill
Blade structure for use in a windmill
Cable suspended windmill
Cable wind mill
Chrysanthemum plant named--Illini Windmill
Collapsible vertical wind mill
Combined toy bat and windmill
Compound coaxial windmill
Control mechanism for a windmill
Control system for a vertical axis windmill
Controllable camber windmill blades
Decorative windmill
Devaporizer-windmill system and apparatus
Divisible cabin for a windmill
Drive for a windmill
Driving vane assembly for a windmill
Elliptical propeller and windmill blade assembly
Energy conversion system using windmill
Horizontal axis windmill
Horizontal multidirectional turbine windmill
Horizontal windmill
Horizontal windmill with folding blades
Magnetically levitated windmill
Method and apparatus for controlling windmill blade pitch
Method and apparatus for windmill starts in gas turbine engines
Method for setting pitch on a windmill airfoil
Mill, particularly windmill
Modular windmill installation
Multaxel windmill
Multi-blade rotor for a windmill-type apparatus
Multivane windmill
Multi-wheel windmill electro-generator
Novelty windmill
Offset-axis windmill having inclined power shaft
Panemone windmill
Polygonal windmill
Power potentiating windmill
Propeller or a set of wings for a wind mill
Propeller type windmill for power generation
Push-pull windmill head having double beam pumping jack
Reciprocating windmill pumping system
Rotor construction for windmill
Sail powered windmill
Sail-type windmill wheel
Self-fairing windmill vane
Self-protecting/ornamental windmill
Self-regulating vertical axis windmill
Self-regulating windmill
Self-restored windmill
Self-starting windmill energy conversion system
Severe climate windmill
Sonic windmill for bicycles
Speed control system for a windmill
Speed governing hub for windmill
Support means for a windmill
Support spoke for a windmill
Tetrahedral windmill
Toy windmill
Toy windmill and noise maker
Toy windmill arm or similar article
Toy windmill with convenient assembly features
Transmission configuration for crystal ball having shape of wind mill
Trick windmill novelty
United sail windmill
Vacuum switch including windmill-shaped electrodes
Vacuum switch tube including windmill electrodes
Variable pitch mounting for airfoil blades of a windmill or propeller
Vertical axis wind mill with retractable sails
Vertical axis windmill
Vertical axis windmill with multistage feathering of blades and safety storm control
Vertical axle windmill
Vertical shaft windmill
Vertical windmill
Vertical windmill with omnidirectional diffusion
Vertical-axis wind mill supported by a fluid
Vertical-axis windmill
Vertical-axis windmill of the Chinese type
Vortex-augmented cooling tower-windmill combination
Water pumping push-pull windmill
Wind mill wing with air brake
Wind mill with a suspension for cables and the like, such suspension for cables and the like and a holder for such suspension
Windmill
Windmill accelerator
Windmill and method to use same to generate electricity, pumped air or rotational shaft energy
Windmill and windmill control method
Windmill apparatus
Windmill aromatic container
Windmill blade
Windmill blade and processes related thereto
Windmill blade stalling and speed control device
Windmill blade with booster members
Windmill construction
Windmill device
Windmill driven eddy current heater
Windmill energy system
Windmill engine starting system with fluid driven motor and pump
Windmill for scaring birds
Windmill generator
Windmill generator apparatus
Windmill having blades which alter their pitch angles automatically in response to both wind speed and load
Windmill having centrifically feathered rotors to control rotor speed
Windmill having counterbalancing mechanism
Windmill having thermal and electric power output
Windmill head
Windmill hub
Windmill in combination with a torch support
Windmill mechanism
Windmill model
Windmill operated system
Windmill ornament or the like
Windmill pitching machine
Windmill plant for generating energy
Windmill power apparatus and method
Windmill power generator
Windmill power system
Windmill powerplant
Windmill pump drive system
Windmill rotor
Windmill rotor and blades
Windmill rotor and wind blades therefor
Windmill speed limiting system utilizing hysteresis
Windmill structure
Windmill structure and power generator
Windmill structures and systems
Windmill support structure
Windmill tower
Windmill tower shadow eliminator
Windmill wheel
Windmill with annular flywheel
Windmill with automatic feathering control and storm protection
Windmill with controller for controlling rotor RPM
Windmill with cyclically feathering blades
Windmill with direction-controlled feathering
Windmill with radial vanes
Windmill with removable wind vane plates arranged in multi-rows-and-lines
Windmill with shroud adjusting means
Windmill yaw and speed controls
Windmill-shaped electrode for vacuum circuit interrupter
Wingtip windmill and method of use
Yawing system for a wind mill

The Savonius vertical axis windmill although less efficient than a conventional design does not require to be headed into the wind . This manual gives basic details of how to construct wind generator using oil drums and a car alternator or dynamo which will give up to 200 watts battery charging. The plan includes details of gearing that can be used, together with regulatedand unregulated versions using dynamos and alternators.

The plan will be delivered in pdf format. The plan has a total of 28 pages and includes website links to wind associations, and other interesting websites. 

This ebook that will be delivered a download in pdf format. It contains two plans on building small 5 Watt 12v DC Savonius - vertical axis wind turbines (VAWT).

"A Wind Turbine Recipe Book (2010 Metric edition)" is a 65 page A4 booklet containing full step-by-step instructions for building your own 'axial flux' alternator, carving the blades and welding a frame, to complete an 8 foot diameter, 3-bladed, battery-charging wind generator (12, 24 or 48 volts DC). Larger and smaller projects are also briefly described. There are full lists of materials, suppliers and tools for the job. The design is based on the author's 25 years of experience building, and teaching people to build small wind turbines using the minimum of workshop technology.

A very practical, hands-on guide to building your own wind turbine, complete with drawings and detailed specifications of all the materials and processes. Six different sizes of turbines are covered, and also three different battery voltages for each and some guidance for those who wish to connected directly the mains grid.

This publication is the fruit of ten years spent teaching practical courses during which wind turbines are built and tested. Hugh Piggott has spent thirty years off grid an uses wind energy for his own power. He has designed several turbines for manufacture in developing world situations and written a very popular book 'Windpower Workshop' about the theory of wind turbine design and installation. Numerous groups worldwide have started to build wind turbines according to Hugh's recipes and to teach similar courses so as to help others to build their own turbines.

The common car alternator can be modified very successfully to produce large amounts of power. This booklet is just 16 pages, but they are jammed full with modifications you can make, and what you can produce.

Learn how you can make almost any ordinary induction motor (like an old washing machine motor) put out 120 volts at 60 cycles without rewinding or internal rewiring. These secrets are worth the price of the booklet alone

A fascination for wind energy has driven both of us to build, buy, install, and maintain our own machines for the last three decades. Chances are that the first wind-energy users were driven by the same maniacal glee that we experience when we grab energy out of thin air. The design of home-scale wind-electric generators has been through many permutations and variations, with lots of circles and dead ends

In this application note, wind turbine technology is presented as a serious alternative for achieving sustainable energy policy objectives. Several European countries have impressive plans for the coming years for installing large amounts of wind power generation. Some governments support these actions by providing tax or investment incentives. The northwest of Europe with its coastal windy waters and fine-meshed but strong electric grid give promising opportunities for investing companies and wind farm developers.

Brakedrum windmill plan by Hugh Piggott. 32 page manual showing how to build a permanent magnet alternator. Not the best reproduction of a plan, but it's free and a good source of information. And it's written buy Hugh Piggott.

This ebook is a large file 9mb containing full instructions on how to make the Dragonfly. These plans are a comprehensive update to a 1939 design. You will also in the receive an ebook copy of the original plan. Please note these plans are in HTML format - like a web page and must be viewed and printed using a normal web browser. the files will be delivered in a compressed format - zipped. They can be uncompressed using a free software probably already installed on your computer. If not please visit this link.  When the files have been unzipped click on 'Read Me' file.

Designed for people who operate and maintain their own system. .......

This book analyses the key issues of the offshore wind farm's energy transmission and grid integration infrastructure. But, for this purpose, there are not evaluated all the electric configurations. In the present book is deeply evaluated a representative case. This representative case is built starting from three generic characteristics of an offshore wind farm: the rated power, the distance to shore and the average wind speed of the location. Thus, after a brief description of concepts related to wind power and several subsea cable modeling options, an offshore wind farm is modeled and its parameters defined to use as a base case. Upon this base case, several analyses of the key aspects of the connection infrastructure are performed. The first aspect to analyze is the management of the reactive power flowing through the submarine cable. Then, the undesired harmonic amplifications in the offshore wind farms due to the resonances and after this, transient over-voltage problems in the electric infrastructure are characterized. Finally, an offshore wind farm connection infrastructure is proposed in order to achieve the grid code requirements for a specific system operator, but not as a close solution, as a result of a methodology based on analyses and simulations to define the most suitable layout depending on the size and location of each offshore wind farm.

This manual describes how to build a 'permanent magnet generator' (PMG). We can also call it an 'alternator', because it generates alternating current (AC). It will not generate 'mains voltage' or 'utility power' AC. It generates low voltage, 'three phase' AC, and then changes it into 'direct current' (DC) for charging a 12 volt battery.

Full colour sixteen page guide from RenewableUK. Focused on the UK and the opportunity to earn money by selling power from small scale wind turbines to the grid

It is obtaining the electricity that you use from environmentally-friendly sources. The electricity you use in your home is probably from the National Grid. There are ways of being 'off-grid', for example using a generator, solar pv, wind, hydro, or micro-chp, together with batteries. But the vast majority of people in the UK are connected to the National Grid. And most of the electricity put into the National Grid is 'brown' - from power stations using fossil fuels (coal, gas, oil) or nuclear. But now some companies are feeding the National Grid using renewables, for example large wind turbines or hydro-electricity. This is 'green' electricity. Also included in the 'green' category is electricity from companies that use your money to research and build new renewable generation capacity, or to offset carbon by investing in projects to absorb or reduce carbon emissions in some other way.

Two more things that you need to know: Firstly, there are two types of companies involved in providing green electricity – suppliers and generators. Some companies have no electricity generating capacity, but supply the public with electricity that they have purchased from generating companies. Other companies (e.g. Ecotricity) are both suppliers and generators. Ecotricity operate around 25 Megawatts of wind turbine capacity, and also sell direct to the public. Secondly, if you switch to a green electricity supplier, you won't then be able to trace your electricity back to a wind turbine. It simply means that the more people switch, the greater the proportion of green electricity in the National Grid.

what are the benefits?

This is not about home-scale micro-generation from renewables. This is about your contribution to large-scale renewable energy developments, like wind farms, large hydro-electric power schemes, and also wave and tidal power.

There is some opposition to large renewable energy projects, notably wind farms, and we respect people's opinions about the effects of wind turbines on the landscape. We wouldn't want turbines on every hillside, but we think that ultimately, ecology (which after all, supports human life on this planet) is more important than the view. And anything that mitigates the problems below has to be explored. It's too important not to. If you switch to green electricity, you are helping develop large-scale renewable energy projects, which help counter the problems associated with the alternatives - which are:

climate change
There is no 'debate' any more. 99.9% of scientists recognise that climate change is happening, it's dangerous, and it's man-made. The media promote the idea of a debate to sell papers and put bums on seats. There is a direct link between CO2 in the atmosphere and average global temperatures, and CO2 has gone up by about a third since the industrial revolution (and is rising rapidly). You may think this means warmer summers and milder winters (good), but it also means more deserts, melting ice-caps and large-scale coastal flooding, more hurricanes, environmental destruction, famine, and the deaths of millions of people (very bad).

peak oil
Oil is a finite resource, and its use is increasing dramatically. This can only mean one thing – it's not going to be around for much longer. 'Peak' oil means the point of maximum production, after which prices increase and production tails off to (eventually) tiny amounts as we try and find the last drops from currently uneconomical fields. As most of our food (especially in the West) depends on oil for fertilizers, machinery and transport, unless we have alternative energy supplies, or you produce your own food (and manage to hang on to it), you're going to go very hungry.

nuclear power
There's not enough uranium left for nuclear power to take over from fossil fuels for more than a couple of decades. Fast breeder reactors could increase that, but they're not safe; and it's not at all sure that nuclear fusion (what happens inside the sun) can ever be harnessed, or at least in the near future. And there's the question of devastating accidents, and nuclear waste, which is highly dangerous for tens of thousands of years (and we're still discovering Roman ruins from a couple of thousand years ago!). And yet nuclear continues to receive billions in taxpayer subsidies while renewables receive next to nothing.

Who knows, there may be an invention around the corner that will solve these problems, but it's not looking likely, and it's too much of a risk to do nothing.

what can I do?

You can switch to a green electricity supplier – today. It is probably the easiest and quickest way to have a significant effect in helping to reduce the damage to the ecology of our planet.

The green electricity market is constantly changing as new players enter, new generating capacity is built, and prices change. Also, because suppliers are in direct competition with each other for your custom, there is a huge amount of marketing information out there, which can be daunting and confusing. Fortunately, there are websites to help you keep up with the changes, and to compare green electricity suppliers. As mentioned, there are different kinds of green electricity, so price isn't everything. Having said that, you can compare the tariffs of green electricity suppliers in your area by visiting Green Prices.

So, once you have checked out some of these websites and decided which supplier is the one for you, as regards their activities and the price of their electricity, simply go to their website and switch online, or give them a call. It can be done immediately, with no interruption to your supply.

Bantam 1974 374 p. Includes: illustrations, diagrams, index. 4-1/4" x 7". Alternative energy information, collected and published during the energy crisis of the 1970s. Sections on heating and powering your home with wood, water, wind, solar, and methane.

This book features firsthand reports from people who have found ways to beat the power crisis. This is priceless alternative energy information with many additional tips, facts and ideas that you can put to use now.

How To Build a Wind Turbine 2003 By Hugh Pigott. Great Diagrams and detail. all for free.

This donlaod contains three files that will help you estimator your power requirements for your house, boat or caravan. There are two Wxcel spreadsheets and one pdf file. To get the most form this you need Excel howver you can use the information to make manual calculations.

Included are the power requirements for typicall applainces. The power estimator could be used to calculate your solar, wind, or another generator requirements. The documents are in the public domain.

In February 1978 - a group of students from Institute 3A - The School of Architecture - in Copenhagen Denmark were invited to visit the native village of one of their fellow students - Milorad Karadiz from Serbia in Yugoslavia. The students designed and built a sail windmill to bring with them as a gift and as a demonstration project for the village inhabitants and as a contribution towards the introduction of Renewable Energy technology. The village of Novi Durevac has no access to electricity and the nearest grid connection is 8 kms away in the larger village of Zitni Potok. For lighting - the Karadiz family have installed 6 units of 12 volt fluorescent lights in their house and barn. Power is supplied from old car batteries - transported every 14 days by ox-cart to Zitni Potok for re-charging.

The windmill would be erected on a small mound in the garden for charging the lighting system’s discharged or flat batteries. A direct electrical connection to the house would result in too high a power loss. The windmill should be based on recycled materials and have a technological level equivlant to what local village inhabitants and the local blacksmith could be expected to reproduce. It was the intention to demonstrate to the other villagers how one could produce electricity from the wind, as an intelligent alternative to centralized electrical power stations that are not only resource-intensive but also discriminate against distant rural areas resulting in emigration from the countryside to the towns. The windmill should also be able to charge batteries belonging to neighbours - in addition to providing mechanical power for water pumping, sawing wood, etc.

Can I use wind energy to power my home? This question is being asked across the country as more people look for affordable and reliable sources of electricity. Small wind electric systems can make a significant contribution to our nation’s energy needs. Although wind turbines large enough to provide a significant portion of the electricity needed by the average U.S. home generally require one acre of property or more, approximately 21 million U.S. homes are built on one-acre and larger sites, and 24% of the U.S. population lives in rural areas.