Fancy solar golf carts for a resort in the Barbados

Below is a blue '57 Chevy and a red Shelby Cobra custom made with 205 watt solar panels
for a resort in the Barbados in April, 2012. These were manufactured by Fairway Golf Carts
in Tampa, Florida.

College of Marin, Marin County, CA, April 2012

The students at the College of Marin rebuilt this golf cart and added a 205 watt solar roof in 2010.
Faculty member Mark Burrall said they have not plugged the cart in when operating from March to October
for the past two years.

University of Illinois, Urbana/Champaign and Iowa Wesleyan College 6 passenger Solar Golf Carts

Energy Systems Group sponsored these 6 passenger transport golf carts with a 410 watt
solar roof panel for the University of Illinois, Urbana/Champaign and Iowa Wesleyan College. 
They are painted in the schools' colors and have the schools' logos.

Northern Illinois University Solar Golf Cart

The six-passenger golf cart with a 410 watt solar roof panel was sponsored by the Energy Systems Group
for Northern Illinois University.  It was featured at the University's STEMfest (Science, Technology, Engineering, &
Math Festival) October 22, 2011 with ESG officials on board. The STEMfest features hands-on activities and products
to spark interest in K-12 students and their parents and teachers in these fields.

Picture of the solar golf cart owned by Linda of Frugal Dougal's Golf Cart Accessories.

Linda's solar golf cart is a 2002 Club Car DS with a 205 watt solar roof panel.  It features the decals that say
Helios Solar Powered.  It is fully street legal, and they drive it daily.  In the great Florida sun, the cart has
never been plugged in since it was converted to solar power.  September, 2011

Picture of a Solar Trike with our HSC 100 watt panel

Designed and constructed by William S Rake Of Reynoldsville Pennsylvania, September, 2011.

The three 12 volt 35 AH Power chair batteries under the seat make a 36 volt power pack to power the Phoenix Brute 
wheel motor in a 24" wheel kit, purchased from http://www.electricrider.com. The Trike has rear wheel steering 
and reverse as well as backup pedal power to keep it classified as a bicycle not requiring a license or
insurance. The trike has enough power to take most hills without pedal assist. It is equipped with a plug in 
36 volt Joule 3 Amp Smart charger and the HSC 100 watt solar charger which puts out 2.7 amps at 36 volts 
in bright sun. The Trike weighs less than 200 lbs. The frame consists of about 35 ft of 1" X 2" X 1/8" 
rectangular tubing. Material Construction cost, not including labor, was about $3500. Construction time was about 70 hours.

Key West High School, FL, Solar Golf Cart.

Key West High School's first solar 130 watt golf cart is for the football coach.  Pictured below are two of their cheerleaders. May, 2011.

Solar E-Z-GO TXT with a 205 watt solar panel top

The solar 205 watt E-Z-GO TXT golf cart owned by Lynne Perrin is seen here in the Cleveland, Missouri snow! May, 2011.

Picture of a Solar HSC 270 on a Club Car Hunt VE

Owned by Michael Malone, Hattiesburg, MS.  Extra supports were added by the owner to hold the back weight of the 270 panel roof. March, 2011.

410 Watt Solar Roof Tops on 6 passenger E-Z-GO Shuttle 6 golf carts for the College of Wooster and
Owens Community College in Ohio.

Frugal Dougal's Golf Cart Accessories worked with the Energy Systems Group to provide custom
6 passenger E-Z-GO Shuttle 6 golf carts to the College of Wooster and Owens Community College
in Ohio.  The carts are painted in the school colors and have the college's custom logo on the
cowl. February, 2011.

Eight passenger solar tramettes at the Fairchild Tropical Botanic Garden, Coral Gables, FL.

"The solar tramettes are very successful.  The sign on the side says 'This cart is powered by the SUN'. We are
writing another grant to fund, hopefully, four more 8 passenger solar golf carts with the 410 watt tops." Suzanne Kores,
Director of Program Development, Fairchild Tropical Botanic Garden, March, 2011.

Solar HSC Universal 130 watt and 205 solar roof replacement top on two HDK Golf Carts

Below left is a HSC 130 Universal Solar roof panel on a HDK golf cart.  To the right is
the HSC 205 watt solar roof replacement.  In the foreground from the left is Spiro
Mavromates, President, Helios Solar Chargers, Linda Crismond,  President, Frugal Dougal's
Golf Cart Accessories, and Dave Broker, Store Manager, Fairway Golf Carts, Palm Harbor,
Florida. This was the first installation of our solar chargers on HDK golf carts. October, 2010. 

Below is a picture of Ron Kagan, Director of the Detroit Zoo, with one of their 40 solar carts (SG 120's) taken
at the giraffe habitat and one of Gloria Copeland at the gorilla habitat

Patricia Mills Janeway, Communications Director, Detroit Zoological Society:  "The solar panels appear to be working as promised. 
Mike Nevala and other employees have noted that the carts seem to remain sufficiently charged for our daily normal use, which
is usually light to moderate without the need to plug them in.  Based on what we have seen so far, we believe it would be possible
to rely on solar charging for at least 60% of our normal golf cart use, only wall charging during periods of exceptionally
heavy use."  June, 2009.

Larry Ignash's Club Car DS with a SG 120 panel

The private Club Car owned by Larry Ignash, De Land, Florida.

SG 187 on a Security Golf Cart

Below is a picture of a solar security vehicle at a condominum complex in San Bruno, California.

2010 Star Car with our 205 Watt Solar Roof

"We are very happy with the Solar Star Cart.  I appreciate all the work you did to make
this purchase come about." Florian Reding, Tucson, AZ, March 2010

The HSC 205 on an E-Z-GO Med/TXT on a Florida golf course.

Below is a picture of the 205 watt mounted on a 6 passenger Star Car.

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A High School Solar Project in Colorado

The high school students who are part of a Lockheed Martin Engineering Post in Colorado choose
our HSC 205 watt solar panel as the focus of a project to convert a golf cart to solar power.
They concluded in June 2010 that the panel was more efficient for the wattage than a competitor.