This review offers a comprehensive, in-depth analysis of the dust soiling research, including
critical observations on dust soiling effects and dust removal techniques for solar energy …

Solar energy is a promising and sustainable natural resource that can be harnessed through
solar harvesting devices such as photovoltaic (PV) cells and concentrating solar collectors …

Environmental dust mitigation from hydrophobic surfaces by rolling water droplets is
considered and the dust particle removal mechanism by rolling droplet fluid is examined …

Introducing an innovative dual-layer coating technique to enhance solar panel durability
against dust, this method uses a translucent aluminum zinc oxide conductive film to prevent …

A novel approach for mitigating environmental dust from hydrophobic surfaces using a water
droplet is presented. A sessile droplet is sandwiched between two parallel plates, one of …

Dust repelling from transparent polyvinyl chloride film surface via sonic excitation is
examined and dynamics of repelled (inflight) dust particles are analyzed. An experimental …

An innovative method is introduced for environmental dust mitigation from a hydrophobic
surface by a sessile water droplet. The sessile water droplet is located between two parallel …

Water droplet cleaning of a dusty hydrophobic surface is examined. Environmental dust are
used in the experiments and cloaking velocity of a dust layer by a droplet fluid is measured …

Environmental dust is modified towards self-cleaning applications under the gravitational
influence. Dust particles are collected in the local area of Dammam in Saudi Arabia and they …

Solar energy harvesting in dusty environments initiates many challenges for sustainable
operation of photovoltaic panels. Environmental dust reduces photovoltaic device …