In a recent breakthrough, researchers at the University of Ottawa have unveiled a highly effective method for improving the performance of solar panels.
Their findings demonstrate that placing a reflective layer beneath solar panels can significantly increase light absorption, leading to a boost in energy generation.
According to the University of Ottawa’s research, this approach involves integrating “artificial ground reflectors” or highly reflective white surfaces beneath the panels. This simple adjustment resulted in a notable 4.5% increase in energy output.
“It’s crucial that these reflectors are positioned directly under the solar panels rather than between rows to maximize their effectiveness,” explained a spokesperson.
This investigation into artificial ground reflectors by the University of Ottawa marks the beginning of a promising research collaboration with the National Renewable Energy Laboratory (NREL). Ongoing studies spearheaded by Mandy Lewis at the University of Ottawa hold significant potential.
Mandy Lewis further elaborates that since approximately 4% of the Earth’s land surface consists of sandy deserts, this minor modification could significantly improve solar energy utilization across various geographical regions.
Meanwhile, in Pakistan, the prices of solar panels have dropped by 30 percent as the markets are experiencing an “ample” stock and supply of equipment, according to dealers.
“Due to the surplus equipment available on the market, prices in Pakistan have decreased by 30 percent over the last six months,” stated market sources.
