Recently Michael Matvieshen and his partners have helped to make some exciting developments in the field of solar power. For many years now scientists and businesses, both large corporations and government run programs alike have been looking for more effective and efficient ways to harness solar energy. The newest technological triumph is in unique, three-dimensional solar cells that are capable of harvesting more of the light that hits them, which has boosted the efficiency of photovoltaic gathering systems by reducing their weight, size, and intrinsic complexity. These 3-D array solar panels have these tower-like structures that are built from millions of vertically-aligned carbon nanotubes. It is the three-dimensional tower structure that allows for a more efficient and effective way to trap and absorb photons, as the towers continue to catch the bouncing photons from many different angles, allowing the cells to be efficient even when they are not directly pointed at the sun. These new 3-D cells harvest sunlight by using many different tower-like structures that resemble buildings on a street grid.

Michael Matvieshen says that this increase in efficiency has made solar power a more realistic alternative to more conventional fuel once again as the structure and arrays have allowed for more light-weight and simplistic systems that increase reliability. Historically there have been many issues with efficiency and energy storage for solar power, causing many to believe it is a doomed dream that will never quite get off the ground. Now that is a concern of the past. Using these arrays to capture more light, the engineers of this particular technology say that their goal is for 100% conversion and capture of photons that is available in the grid system. This grid-like system absorbs light more efficiently by taking advantage of light’s natural behavior, catching more photons as they bounce from one “building” to another. The more standard two-dimensional solar cells reflect a large portion of the light hitting them, vastly reducing the amount of potential photons that they can absorb. The way that these arrays work is by using photovoltaic cells in order to trap light between tower-like structures that make up the three-dimensional array. This grid allows for smaller arrays that can be used on satellites and spacecraft. For the world of solar power, the invention of three-dimensional solar panels and arrays have revived the dream that one day the entire world will be solar-powered.

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