Blogs

When emergencies strike, like the New Year's Eve blackout in Puerto Rico, the impact of widespread power outages can be profound. From disrupting daily life to creating dangerous conditions for families and communities, the absence of reliable lighting is a critical challenge. In moments like these,

Operating PrincipleAluminum-air battery saltwater lamps generate electricity through the electrochemical reaction between aluminum and oxygen in saltwater (the electrolyte). When the aluminum anode contacts the air cathode, it undergoes oxidation, releasing electrons and forming aluminum ions. The c

In an age of growing environmental consciousness and an increasing need for sustainable solutions, salt water lamps are emerging as a reliable, eco-friendly lighting option. Beyond their green credentials, these innovative lights cater to specific audiences: outdoor sports enthusiasts, emergency pre

In a world increasingly aware of its environmental footprint, the way we light our homes, workplaces, and communities is undergoing a revolution. Traditional lighting methods, while once groundbreaking, have left a lasting impact on the planet. Battery waste, fossil fuel dependence, and carbon emiss

In the field of renewable energy, CHREDSUN is dedicated to developing innovative lighting solutions. Among its products, the saltwater lamp has garnered significant attention. Although many people misunderstand how the saltwater lamp works, grasping the technology and challenges behind it will help us better utilize this innovative product. This article delves into the working mechanism, advantages, applications, and market trends of the saltwater lamp, offering readers a comprehensive understanding of CHREDSUN's offering.

CHREDSUN's latest high-efficiency solar cell technology is redefining the future of portable renewable energy. Our engineering team has successfully increased the conversion efficiency of small-scale solar cells to unprecedented levels through innovative materials science and advanced manufacturing