Super Solar Collector

Scientific breakthroughs often follow a collective focus on an issue or problem. When a tipping point is reached, the combination of small solutions across sectors spurs a giant leap forward. Renewable development has been a growing focus of international research over the last 3-4 decades and advances in clean energy technology have coincided with the rise of supercomputers, microtechnology and . , for example, allows scientists to solve technological problems by copying structures and material qualities found in nature.

, of Research, is merging strategies from these different applicationsbruno michel to create a low-cost and efficient collector. The mirrored, parabolic dish that his team developed concentrates the sun’s 1,000 fold and doesn’t melt in the process. The system they built is called High-Concentration Photovoltaic Thermal (HCPVT).

Now, let’s break that down.

High-Concentration systems use mirrors to direct high amounts of to one spot. Imagine the power of a magnifying glass to direct sunlight and set a piece of paper on fire. Next, there are two types of High-Concentration solar systems: photovoltaic and solar thermal. Photovoltaic cells convert sunlight directly into energy while solar thermal uses collected heat to run steam turbines that produce energy.

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