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PV-T panel is a two-in-one panel that simultaneously functions as both a solar thermal panel and a photovoltaic panel. The system is designed to provide users with both heat and electricity. According to Allied Market Research, the PV-T market was worth a little over USD 180 billion in 2020 and is projected to rise to over USD 641 billion in 2030 at a compound annual growth rate of 11%.
Generally, most of the conventional PV-T panels in the market generate electricity from the sun but often experience a loss of efficiency with heating. Industry experts are tipping the novel EHP Technology to solve this problem. EHP technology is the first and only technology currently in use with the capacity to deploy nano-boron particles in its 3-phase heat transfer system. These nanoparticles serve as liquid and substantially increase the heat transfer surface area and a good amount of energy storage. This affords the EHP the advantage of heating up very fast and cooling slowly. This process allows the EHP to save a significant amount of energy.
How EHP Improves PV-T Panel
To minimize efficiency loss, cooling systems are used in PV-T panels. For conventional cooling systems, a large amount of water is circulated behind the panels, which consumes a huge amount of pumping cost. With EHP technology, PV-T panels can consume up to 90% less water than their conventional counterparts in the market. This results in higher efficiency with up to 28% more electricity production rate and a much lower pumping cost.
EHP eliminates the reduction in electricity production by PV-T panels due to the heating of the panels. The PV panels are cooled with EHP technology and converted into PV-T panels. EHP-powered PV-T panels have the edge over conventional ones in the market due to their ability to minimize efficiency loss and increase user electricity generation. According to the team of professionals that designed the EHP technology, it can increase the efficiency of Photo Voltaic Thermal Units by up to 38% with the exact cost as conventional ones in the market.
How PV-T Panel Works
PV-T panel combines solar thermal panels and photovoltaic panels, all installed in series. Going through the PV-T system, the first layer you see is the transparent insulation layer of the photovoltaic cells. The PV cells generate direct current (DC) electricity. Underneath the PV cell, the heat accumulator soaks up the residual solar energy that wasn’t converted into electrical energy. This residual solar energy will be transmitted to the hydronic coil, where the fluid responsible for the heat transfer undergoes its heating process. The heated fluid can serve multiple purposes, such as heating domestic hot water and swimming pool, space heating, and process heating.
Conclusion
The design and composition of EHP technology have made it an excellent addition to the PV-T panel functionality. By helping to increase efficiency, minimize cost, and increase the amount of electricity generation, industry experts believe EHP is poised to revolutionize the market. To learn more about the EHP technology, kindly click here.
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