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This book contains a sampling of Urban Green Energy’s installations around the world, which can now be found in over 60 countries.

About Urban Green Energy

Urban Green Energy is a world leader in

small wind and renewable energy systems, with installations across the globe.

UGE designs, manufactures, and markets cutting-edge vertical axis wind turbines and

hybrid renewable solutions with a track record of high performance, safety, and

reliability.

www.urbangreenenergy.com

The Power to Dream

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CASE STUDY

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CASE STUDYeddy Celebrates Italy’s 150th Anniversary 600W Turbine Installation in Imperia, Italy

eddy in Italy

In March 2011, Swiss distributor greenwire installed UGE’s eddy (600W vertical axis wind turbine) atop the bell tower of Imperia, Italy’s historic City Hall, built in 1923. Imperia is the third largest city in the region of Liguria.

The eddy was installed as part of Mayor Paolo Strescino’s plans to green the city and meet an EU objective to reduce CO2 emissions by 20% by 2020.

The installation coincided with the 150th anniversary of the unification of the Italian Republic. To commemorate this important event, an Italian ‘flag’ with green, white and red LED flood lights was illuminated on the facade of Imperia’s City Hall powered by the eddy--Italy’s first Italian flag powered by renewable energy!

This eddy will offset a percentage of the City Hall’s electricity.

“This installation shows everyone that making energy is a fun process that can enrich our city experience. It should become a new way of furnishing the living space we all enjoy outside our home. Wind…is a rich resource…, most importantly it’s free! And [with the eddy]…we can [capture] it in style.”

– Dr. Michele Benvenuti of greenwire

TM

www.urbangreenenergy.com/products/eddy

In January 2011, Urban Green Energy partnered with Bn Group in Korea to install UGE’s Sanya hybrid street lamps throughout the city of Busan, Korea’s second largest city and the nation’s largest port city.

The Sanya hybrid street lamps were placed in a diverse set of topographies to test performance based on location: the seaside, high altitudes, and a basin area. Locations included: Amisan Observatory, Hwamyung Arboretum, Busan Central Park, Taejongdae, and the Bn factory.

In addition to the standard custom sails, 150W solar panels, and 600W eddy, 84W LEDs were used for extra illumination.

Products were put through a full commissioning process which analyzed the quality of production and functionality once installed. All units are functioning properly and successfully delivering Busan’s first hybrid outdoor lighting solution!

Large Scale Hybrid Project in Busan, Korea SANYA hybrid street lamp and Bn Group

http://www.bn-bip.com/

SANYA in KoreaTM

www.urbangreenenergy.com/products/sanya

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CASE STUDY

In June 2011, two UGE-4Ks were installed 4 meters above the bow of the Stena Jutlantica, a commuter ferry line in Gothenburg, Sweden by Swedish distributor WindQ as part of Stena Line’s environmental efforts. This is the world’s first installation of a wind turbine on a passenger ferry.

The installation coincided with the June 25th Swedish summer holiday of Midsom-mardagen, a mid-summer festival marked by public celebration. The objective of the project was to use the aerodyn-amics of the wind leaving the turbine to improve the boat’s overall aerodynamics. (CFD simulation showed the coefficient of drag decreased from 0.56 to 0.51 with the turbines installed.) The power generated by the turbines is expected to save on fuel as well as supplement onboard power systems, significantly reducing the energy costs of the boat when it is docked and minimizing its environmental impact.

2 UGE-4K s installed on a Stena Line ferry in Sweden

2 UGE-4Ks in SwedenTM

www.youtube.com/watch?v=Z7nqCtFhLIc

STENA JUTLANDICA: First passenger ferry in the world equipped with wind turbines

The reduced air resistance at sea will result in a reduction in fuel consumption of between 80 and 90 tons per year, which is equivalent to the amount of oil to heat 28 homes in one year. A special mounting system was devised to securely mount the two turbines on the boat deck. The low-noise levels, low vibrations, and sturdy compact design of the two UGE-4Ks were a perfect fit for this project as the turbines sit right outside of a passenger lounge with windows. “The two turbines will generate about 23,000 kWh per year, equivalent to the domestic electricity consumption for 4 normal homes during one year. Among other things, the electricity will be used to power the lighting on the Jutlandica’s car deck.

Within our Energy Saving Program, we are

currently pursuing 200 environment improvement projects and this is yet another very interesting project. Stena Line has a tradition of leading when it comes to the development of different types of new solutions,”

Robert Åkerlund, Director Technical & HR at Stena Line. Stena Line’s operations in Scandinavia are environmentally certified according to ISO 14001. There are electricity connections for all ships in Gothenburg and, during recent years, a number of environmental improvement measures have been implemented that have resulted in either reduced energy consumption or lower fuel consumption.

www.stenaline.com

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CASE STUDY

In July 2011, distributor Renu Power installed a UGE-4K 4 kilowatt vertical axis wind turbine at the University of Toledo’s Scott Park Campus of Energy and Innovation. The turbine is part of the school’s “Clean and Alternative Energy Incubator” and is the first vertical axis wind turbine installed on the campus. The campus currently also features three large solar arrays.

The Scott Park Campus of Energy and Innovation is the University of Toledo’s hands-on alternative energy laboratory used for teaching, research and demonstration. It is also a center that generates energy and aims to reduce the University’s carbon footprint and seeks to play a significant role in moving the world toward independence from fossil fuel-based energy. The University of Toledo is associated with the founding of leading solar companies such as First Solar and Xunlight, manufacturers of the solar arrays currently used on campus.

Renu Power provided a “turn-key” wind turbine installation for the Scott Park campus. The Learning Resources Building was chosen as the site of the wind turbine for aesthetic and functional reasons: it is the tallest the building on the

UGE-4K in ToledoTM

UGE-4K at the Scott Park Campus, University of Toledo, Ohio

www.urbangreenenergy.com/products/uge-4k Scan here to find out more at

campus and is centrally located. Average wind speed at the site is 4 m/s. “The University of Toledo is committed to the future of our planet. That commitment means realizing and proactively addressing the fact that our current lifestyle and rate of consumption is not healthy for our environment or sustainable for our species. Living in a sustainable way requires unconventional thinking, green solutions and effective innovation. With the Clean and Alternative Energy Incubator, L.E.E.D Certified buildings and the only campus in the region dedicated entirely to re-thinking energy production, The University of Toledo is leading the way in creating the industry that will fix our down economy and preserve our endangered environment.”

University of Toledo’s Sustainability Office.

UNIVERSITY OF TOLEDO: A Sustainable Campus

www.urbangreenenergy.com/products/uge-4k

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CASE STUDY eddyGT in UTAHTM

In November 2010, Intermountain Wind and Solar installed two eddyGT one kilowatt vertical axis wind turbines at South Weber Elementary School in South Weber, Utah. This particular site has average wind speeds of 13 mph. South Weber Elementary School purchased the turbines as part of a major renovation and addition to the current building. The turbines were placed on 45 and 55 foot poles on the school’s property to complement its photovoltaic solar roof array and a large solar thermal system. Jack Matsen from Intermountain Wind and Solar states,

“The architects wanted to include a great looking vertical axis wind turbine. One to go atop a 45 foot pole and the other on an even beefier 55 foot pole. The school’s mascot is the ‘Windjammer’ ship and the architects carried that theme into the ‘sails’ on each of the custom turbine poles.”

2 eddyGTs at South Weber Elementary School in Utah

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CASE STUDY

In July 2011, an air conditioner wholesaler in Corpus Christi, Texas installed a UGE-4KX, 4 kilowatt vertical axis wind turbine, to power his commercial building. The wind turbine was installed 30 feet off the ground on a fiberglass tower behind the building.

Recently, several large companies in the Corpus Christi area have installed wind turbines on their property to take advantage of the area’s strong winds. There has also been a local push towards clean energy.

“As the owner of an air conditioning business, you use a lot of energy. I saw that other companies had put up some wind turbines, and we’re in a windy area, so I thought I’d give it a shot. The idea fit our business model, and we can achieve energy efficiency this way,”

Tim Stephens, of Johnstone Supply, the owner of the turbine.

Corpus Christi’s 3eWerks, where the UGE-4KX wind turbine was purchased, arranged for an electrical contractor. Drilling and setting the foundation took about 2-3 hours and setting the turbine on top of the pole took about half a day. This particular turbine can withstand 150 mph wind speeds and can easily be taken down during hurricanes, a requirement for turbines installed in Corpus Christi.

For more information, you may contact Tim Stephens at (361) 882-8896 or tim.stephens@johnstonesupply.com.

UGE-4KX in Texas

Commercial Install in Corpus Christi, Texas UGE-4KX on a Tower

TM

www.urbangreenenergy.com/products/uge-4k

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CASE STUDYLarge Residential Installation in St. Louis Subdivision32 eddyGTs at Lexington Farms in Jerseyville, IL (USA)

The community was built for families and individuals earning less than $41,000 per year and consists of 32 modular homes, each with an area of 1,425 square feet, three bedrooms and an attached garage. Monthly lease payments are $590 per month and residents can rent-to-own. Every home in the community was outfitted with an Urban Green Energy eddyGT (1kW) wind turbine and solar panels.

The wind and solar devices were activated at the beginning of April 2011 and have resulted in lowered electric bills for the residents.

Total utility bills dropped from $100-$200 to $0-$60 in a few short months.

“The fact that these homes will reach the prestigious LEED Platinum certification level and yet will remain affordable is a testament to the hard work the design team has put into this project, and shows that green building can work with any budget,”

-Jason LaFleur, a project manager for the Alliance for Environmental Sustainability.

In January 2011, 32 eddyGT 1 kW turbines were installed at the new Lexington Farms residential development in suburban St. Louis. This development is the first LEED Platinum community of its kind in the United States.

32 eddyGT sTM

www.urbangreenenergy.com/products/eddygt

LEXINGTON FARMS: A Sustainable CommunityEach household is equipped with state-of-the-art technologies to help to cut down on the community footprint including:

• 1000W eddyGT Urban Green Energy vertical axis wind turbine• 7200W photovoltaic roof panels• ENERGY STAR appliances• U35-rated argon gas filled windows• R-21 wall and R-49 attic insulation• Low-flow water fixtures and WaterSense toilets• Sustainable landscaping with efficient irrigation systems.• Extensive use of recycled construction materials• Solar and wind-powered streetlights• Draft-reducing air-tight construction• Low VOC paints• Energy efficient florescent light fixtures

All homeowners are provided with a manual to educate and instruct them on the green features of Lexington Farms.

“Cutting edge green renewable technology has been a cost-prohibitive, inner-city luxury that few could afford. Until Today. This development will be rented to rural families that earn less than $41,000 per year. Green technology will truly make a more affordable and more sustainable life for everyone in the community.” -Bill Luchini, President of Capstone Development Group.

The eddyGT wind turbine was installed on the roof of each home into a section of the garage as construction took place. The turbine was installed in this manner to make sure that the necessary supports were put in place to handle the weight of the turbine and wind load. The structure of the garage was specifically engineered to support the mast of the turbine, which was easy to do in a new home build.

MOUNTING THE TURBINE

MidAmerica Solar, Sachs Electric, and Castle Energy all contributed to the development of this project by Capstone Development Group and Blackhawk Apartments, Inc., a not for profit developer of quality, affordable housing in under-served communities.

To see how much the homeowners enjoy their turbines, visit: http://bit.ly/32LexFarms

http://www.youtube.com/watch?v=-nWeVeiBmj0

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CASE STUDYNational Guard installs 4 eddyGTs at Rickenbacker Air Base in Ohio.

4 eddyGT sTM

In November 2010, 4 eddyGT vertical axis wind turbines (totalling 4 kilowatt) were installed at the Rickenbacker Air National Guard Base at the 121st Air Refueling Wing (ARW). The wind turbines were installed to partially power the unit by the wind to help Rickenbacker meet its green energy goals.

The 4 eddyGTs generate 4000 watts of energy at 26 mph, but also generates electricity in winds as low as 6-8 mph. The wind turbines also takes wind from any direction. The commander of the 121st ARW Civil Engineering Squadron had wanted to do a wind power project for years, but most of the earlier turbines were too large and expensive. The eddyGT was perfect for the National Guard’s needs and was funded

by money set aside for energy projects. One reason the National Guard funded this project was to see what kind of savings this type of wind turbine can yield. The turbines are connected to the Guard unit’s existing energy management system to report their performance.

“This is just a fraction of the total building load, but it is a step in the right direction. In the near future we hope to start other projects here at Rickenbacker to help us meet our green energy goals,”

- Lt. Col. Mike Troxel, commander of the 121st ARW Civil Engineering Squadron.

US NATIONAL GUARD: Military’s renewable future

www.urbangreenenergy.com/products/eddygt www.urbangreenenergy.com/products/eddygt

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CASE STUDY

In July 2011, the Chinese

Navy installed Urban Green

Energy’s Fusion-42 system at

a coastal location on mainland

China to power one of their

communication towers. The

system consists of an off-grid

UGE-4K vertical axis wind

turbine with 2 kilowatts of

solar.

Previously the site had been

powered by diesel, since it was

out of reach of the electricity

grid. Powering this type of

site by diesel is expensive to

operate and maintain, so the

client sought an alternative

solution.

The client’s main goal was

to offset as much diesel as

possible, making it a back-up

source of power to the wind/

solar solution. The Fusion-42

system implemented saves

the client over $30,000

USD per year, and helps the

environment too!

UGE-4K TelecomsTM

Fusion-42 System Telecommunication Install for the Chinese Navy

www.urbangreenenergy.com/products/uge-4k

In July 2011, an eddyGT was installed in Guaramiranga, Brazil by ECO Soluções em Energia. Guaramiranga is a town 100km away from Fortaleza, the capital of Ceará, a state located in northeastern Brazil. The eddyGT was installed on the property of a new construction, Hotel Vale das Nuvens, that is scheduled to open at the end of November 2011. The hotel is an eco-construction that is also equipped with solar water heaters.

The customer is very happy with the wind turbine and is considering installing additional Urban Green Energy vertical axis wind turbines.

eddyGT powers a HotelTM

Commercial Install in Guaramiranga, Brazil eddyGT on a Tower

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CASE STUDY

www.urbangreenenergy.com/products/eddygt

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CASE STUDY

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CASE STUDY

In February 2011, ABC’s Extreme Makeover Home Edition built a zero net energy home for the Hurston family in Cocoa, Florida. Urban Green Energy’s eddyGT one kilowatt turbine was one of the technologies included in building this energy efficient home, along with a solar array. The combination of renewable technologies is saving the Hurston family approximately $250 per month on their energy bills. In the family’s former home, the power bill was $300 to $400 a month. The eddyGT together with the solar system generates enough power to heat or cool the home and return power to the grid. The renewable energy solutions along with energy efficient appliances, heating, ventilation and air conditioning systems and lighting all contribute to the lowered energy bills for the home.

“The wind turbine is so majestic and when the wind blows, the only sound we hear is a very slight ‘ching - ching’ as we know that we are making our own electricity and selling the excess back to our power company.”

Joe Hurston, home owner

Residential Installation in Florida eddyGT on Extreme Makeover Home Edition

eddyGT on TVTM

www.urbangreenenergy.com/products/eddygtwww.urbangreenenergy.com/products/sanya

Government Project Hybrid Street Lamps in San Francisco’s Civic Center Plaza

6 SANYA s in CaliforniaTM

In December 2010, UGE’s Sanya hybrid street lamps were installed in a high-profile location in San Fran-cisco by San Francisco Public Utilities Commission (SFPUC). The installation of 6 Sanya hybrid street lamps were located in front of the city’s Civic Center for a twelve month demonstration period, joining May-or Gavin Newsom’s ongoing campaign to green San Francisco and create a sustainable Civic Center.

“The Civic Center Sustainability District seeks to showcase cutting-edge environmental technologies, energy efficiency and renewable energy projects all within the context of our historic Civic Center Plaza. This new hybrid streetlight pilot project is another step towards achieving our vision of a model, sustainable public square that harnesses the power of the wind and sun to deliver an essential government service.” -Mayor Gavin Newsom

The Sanya hybrid streetlights, are comprised of a 600 watt vertical axis wind turbine, along with a 150 watt photovoltaic solar generation module. UGE’s Sanya hybrid streetlights were estimated to reduce energy consumption at Civic Center Plaza by 1400 kilowatt

hours per year and offset the equivalent of 1516 lbs of CO2 per year. When electricity costs are taken into account, the Sanya from UGE offers a cost competitive solution to traditional lights, yet it powers itself with 100% clean energy.

As shown in this project, the Sanya also offers the opportunity for customers to put their environmental commitment on display, including the option to customize the panel with their own logo or message, making the Sanya a great marketing tool for companies in industries including government, hospitality, real estate development, sports and recreation, and more.

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Email: info@urbangreenenergy.comPhone: +1 (877) 586-6488Fax: +1 (917) 536-9957

www.urbangreenenergy.com

January 2012Copyright Urban Green Energy, Inc. 2012