Laser Optical Engineering wish to develop a high performance photovoltaic based solar collector with a 3 fold increase in power output over current offerings. The product will use a solar harvesting area three quarters smaller and much simpler than currently available, using optics to concentrate and steer solar energy onto Photo voltaic cells. this approach will reduce the conventional tracking of the sun from two planes to a single linear motion which will be done within the system. Novel optics will also reduce the accuracy of the tracking needed improving the system performance and output duration. By keeping the moving parts within a sealed system the impact on the environment and maintenance will be significantly reduced: low curvateure outer optics will be much easier to clean than the heavily radiused, or stepped fresnel lenses found in most concentrating systems. The current system offerings are frequently based upon silicon based photo cells which are at best 13% efficient – which means large areas committed to extracting a small amount of electricity from the sun. Currently high efficiency solar cells cost significantly more per watt making them commercially uncompetitive. Our approach uses an innovative approach to significantly increase the collection efficiency by both generating electricity at a conversion rate of 40% and making use of heat generated. To do this we utilise highly efficient multiple junction photovoltaic cells and integrate them with cooling circuits to increase the efficiency of an air conditioning cycle. By integrating both these circuit in a stand alone module our system will be able to provide both hot water and electricity from a small foot print module. Since up to 70% of electricity in some countries is used to provide air conditioning and cooling our system could be used to power a heat exchanger to convert hot water to cold.