Solutions


Carport Application

More Electricity per Area than Conventional Solar Panels

Solar carports have quickly become a popular solar system for K-12 schools, municipalities, and corporate parking lots for reducing electricity costs and environmental impact.  With area being a premium on these structures, Sunpreme’s high efficiency bi-facial modules produce more electricity than any other solar technology.  The two-sided solar module produces clean electricity from the light reaching the top and reflecting from the bottom of the carport.  Due to its all-glass construction, Sunpreme’s solar modules are rugged against wind, snow, hot, and humid environments.  The sleek, transparent solar module gives any structure a visual statment of a preimum, clean energy system.

Application Specifics

  • Application: Carport Roof-Top
  • Region: All Regions
  • Module Type: GxB-300-370W, 60-72 Cell

Highlights

  • Patented,bi-facial, solar panels generates up to 22% efficiency (20W/sqft) with 20% additional power from the backside
  • Double glass construction withstands windy conditions
  • Frameless transparent design provides a high-end appearance

Energy Advantage


SUNPREME bi-facial panel generates up to 17% more energy yield than conventional (mono-facial) solar modules with improved temperature and backside performance.


Bangalore, India

  • System Size: 10kW
  • Commission Date: July 2013

Sunnyvale, California

  • System Size: 9.6kW
  • Commission Date: 2014

 


Utility Ground-Mount Application

More Electricity per Area than Conventional Solar Panels

Ground mounted solar projects are being rapidly installed throughout the country in agricultural regions and rural sites.  In these applications, Sunpreme’s bi-facial solar panels produce more electricity per acre of land than any other solar technology.  The patented, bi-facial panel design produces electricity from the front and back of each panel, which increases power up to 20%, and minimizes the effect of poor sunlight conditions.  Even when panels are covered on the front side during a snow storm, Sunpreme panels will continue to produce electricity from reflected and diffuse light hitting the backside of the panel.  Therefore, more investors are choosing Sunpreme module to minimize project risk of weather conditions while maximizing their returns through increased electricity production.

Application Specifics
  • Application: Utility Scale, Ground Mount
  • Region: All Regions
  • Module Type: GxB-350-370W, 72 Cell

Highlights
  • Patented, bi-facial, solar panels produce up to 20% additional power from backside
  • Reduced system cost with 30% fewer panels and no grounding required on frameless panels
  • All glass construction rated to 5,400 Pa snow load and 185mph wind speed
Energy Advantage

SUNPREME bi-facial panel generates up to 17% more energy yield than conventional (mono-facial) solar modules with improved temperature and backside performance.


Chatham, MA
  • System Size: 1.84 MW
  • Commission Date: August 2014
  • Type: Landfill Site

Barton, VT
  • System Size: 2.6 MW
  • Commission Date: January 2015
  • Type: Open Field

 

Commerical Rooftop Application

More Electricity per Area than Conventional Solar Panels

For many retailers and small businesses, electricity expenses are among top operational expenses cutting directly into the company’s profits. Sunpreme’s high efficiency, bi-facial solar panels produce more solar electricity per square foot than any other solar technology. Since roof-top area is a limiting factor on the size of the solar system, Sunpreme’s bi-facial panels generates electricity from both sides of the panel which boosts the solar system’s power by up to 20%. For the best return on investment, installer, owners, and designers choose Sunpreme panels to provide the lowest cost solar energy for their business.

Application Specifics
  • Application: Flat Building Roof-Top
  • Region: All Regions
  • Module Type: GxB-300-310W, 60 Cell
    GxB-350-370W, 72 Cell

Highlights
  • Patented, bi-facial, solar panels produce up to 20% additional power from backside
  • All-glass design is Class A fire rated and wind rated up to 185mph
  • Frame-less module requires no additional grounding
Energy Advantage

SUNPREME bi-facial panel generates up to 17% more energy yield than conventional (mono-facial) solar modules with improved temperature and backside performance.


Fremont, CA
  • System Size: 800kW
  • Commission Date: July 2014
  • Type: Retail Business

Amstelveen, NLD
  • System Size: 163 kW
  • Commission Date: May 2015
  • Type: Office Building

 


Residential Roof-Top Application

More Electricity per Area than Conventional Solar Panels

More homeowners are turning to solar energy to reduce their increasing electricity costs. Using a patented, bi-facial design, Sunpreme panels produces up to 20% more power than conventional panels. Sunpreme’s high efficiency panels produces the most energy per square foot on the home’s roof-top. With more power available, owners benefit from greater electricity production for a faster return on their investment which adds to the value of their home. Built with durability and safety in mind, Sunpreme’s double-glass panels are Class A fire rated and are built to last over 25 years.

Application Specifics
  • Application: Residential, Composite Shingle
  • Region: All Regions
  • Module Type: GxB-300-310W, 60 Cell

Highlights
  • Patented, bi-facial design produces up to 20% more power from the backside
  • Thin, all-glass design provides premium, aesthetic appearance
  • Frame-less design is Class A Fire rated and requires no additional grounding
Energy Advantage

SUNPREME bi-facial panel generates up to 17% more energy yield than conventional (mono-facial) solar modules with improved temperature and backside performance.


Las Vegas, NV
  • System Size: 5.4 kW
  • Commission Date: April 2015
  • Roof Type: S-Tile

Henderson, NV
  • System Size: 7.2 kW
  • Commission Date: April 2015
  • Roof Type: Flat Tile

 


Tropical Island Application

More Electricity per Area than Conventional Solar Panels

The cost of electricity on tropical islands is among the highest in the world, exceeding $0.30/kWh in many cases. Sunpreme’s patented, bi-facial panel design produces the most electricity at the lowest costs, well below conventional electricity rates. Operating in some of the harshest wind and rain environments, Sunpreme’s frameless, dual-glass panel design is built to withstand salt-spray on coast area and extreme wind speeds over 185mph during tropical storms. Since area is a premium cost on island locations, Sunpreme panels produce the most electricity per area than conventional panels and are built with durability for tropical island applications.

Application Specifics
  • Application: Ground-Mount and Roof-Top
  • Region: Tropical Islands, Coastal Locations
  • Module Type: GxB-300-310W, 60 Cell

Highlights
  • Patented, bi-facial, solar panels generates up to 20% additional power from the backside
  • Certified for salt air environments on tropical locations
  • Designed for 185 mph wind speed and Fire Class A
    system rating
Energy Advantage

Sunpreme bi-facial panel generates up to 17% more energy than conventional (mono-facial) solar modules with improved temperature and backside performance.


Fiji
  • System Size: 114 kW
  • Commission Date: July 2015
  • Type: Ground-Mount

Puerto Rico
  • System Size: 28 kW
  • Commission Date: August 2013
  • Type: Roof-Top