The Sunseeker Segmented Parabola Energy Unit has dramatically reduced the active solar panel area needed to power an average house.

Sunseeker has succeeded in magnifying the sun’s energy onto a radically smaller, non-silicon photovoltaic cell. The combination of parabolic collector and inbuilt computerised sun tracking maximises solar energy collection in an active area less than one third of our flat panel competitors.

  
In the same space it takes flat panels to power the electricity needs of an average Australian home, Sunseeker could power the electricity needs of about 3 average Australian homes.

This means major cost savings and greater solar efficiency for consumers.

Sunseeker solar energy is now available at a fraction of the cost of conventional flat panel technology.
       

At Sunseeker we believe that the answer to climate change is a balance of renewable energy technologies and efficient energy storage systems. This also provides greater energy security and independence for the customer.

Sunseeker has invested many years of research and development into a range of energy   products  that  can  combine  with

  
our new generation solar technology to provide affordable, efficient solutions to your energy needs.

When the sun goes down, Sunseeker is still working. Our lithium polymer battery technology and our access to breakthrough hydrogen fuel cells are designed to store and generate energy for 24 hour use.

Sunseeker continues to develop our patented   inverter   systems   which  more

  
efficiently convert the solar power into electricity ready for domestic and commercial use. Sunseeker is also working with cutting edge technology companies to create and utilise the next generation of even more efficient silicon and non-silicon photovoltaic cells.

New generation wind turbine technology now in development will also add to the capacity of the Sunseeker solar hybrid energy units.

       

   
 

The area occupied by the current market leader's unit generating 6600 kWh/year can accommodate approximately 3.3 equivalent Sunseeker units, based on Sunseekers in house testing procedures under ambient light at 37deg lattiude. Differring experimental conditions may produce different outcomes. Sunseeker Energy makes no assertions about the rated or actual performance of commercially available solar units when placed in different experimental conditions or real world conditions other than those used for this experiment.