Blogs

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 the context of global energy transition, effectively integrating renewable and traditional energy sources has become a key challenge. CHREDSUN's hybrid energy system offers an innovative solution to this issue, particularly suitable for scenarios requiring portable and efficient energy supply. Ou

As renewable energy continues to increase its share in the global energy mix, the importance of smart grids is becoming increasingly prominent. CHREDSUN's portable energy storage solutions are providing crucial support for the development of smart grids. This article will detail how our storage tech

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,

Renewable Energy Revolution: Empowering Lives with Salt Water LampsAs the world races toward a greener and more sustainable future, 2024 stands as a pivotal year in the global energy transition. The record-breaking rise of renewable energy highlights a growing commitment to sustainability, innovatio

Saltwater Lamp: A Sustainable Lighting SolutionIntroductionSaltwater lamps represent an innovative and eco-friendly lighting solution that harnesses the power of aluminum and oxygen through a simple electrochemical reaction. This technology not only provides light but also promotes sustainability an