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The company specializes in the design, consulting, and implementation of domestic, industrial, and agricultural solar power plants. Solar panels, the core components of these systems, are constructed by assembling solar cells. Since a single solar panel has a limited energy output, solar installations typically incorporate multiple panels. These panels play a crucial role in converting the sun's light energy into electrical power. They are primarily composed of semiconductor compounds designed to facilitate this conversion and are commonly referred to as Photovoltaic or Solar panels. Photovoltaic panels can be categorized into three distinct types based on their technology: The first category includes Polycrystalline Photovoltaic Panels. The second category encompasses Photovoltaic Monocrystalline Panels. The third category is comprised of Strip photovoltaic panels (Thin Film). Continual advancements in photovoltaic technology, such as the growth of photovoltaic crystals, the utilization of specialized coatings, and even the integration of carbon nanotubes, inspire the pursuit of more cost-effective and efficient solar energy solutions. Recent developments highlight a groundbreaking technology with a unique array structure that boasts four times the efficiency and three times the cost-effectiveness of current solar cells. This innovation emerged from the Royal Melbourne Technology Center (RMIT) and is now commercialized by Solar Technics. Each solar unit within this technology features nine recesses equipped with acrylic lenses and a reflective wall. This design concentrates solar rays onto the photovoltaic cells, reducing the number of required PV cells by a remarkable 75%. These PV cells are responsible for generating electricity, while a temperature changer located below the unit produces heat for water circulation. Additionally, a storage tank in this system retains hot water. To maximize solar exposure, the array is equipped with a motor that adjusts the orientation to follow the sun's rays. The manufacturer of this advanced panel emphasizes its focus on the Universal Solar Energy System (CUESS), highlighting its ability to harness solar energy at a significantly lower cost and with greater efficiency compared to traditional panels. Remarkably, each 3.5 cubic meters of this array produces 2.1 kilowatts of energy, while standard PV panels covering approximately 12 to 14 cubic meters of surface area produce an equivalent amount of energy. Solar Tech asserts that its panels can generate the same energy output and heat at a quarter of the cost of conventional panels. This groundbreaking panel model is currently available for testing through ten free samples and aims to establish a distinctive presence worldwide.