HOW DOES A ENERGY STORAGE SYSTEM WORKS?

sand batteries, also known as “silicon-air batteries” or “silicon-air cells,” are a type of battery that harnesses the energy released from the reaction between silicon and oxygen. Here’s how they typically work:

Sand batteries utilize silicon as the anode, extracted from abundant sand sources. The surrounding air serves as the cathode, with oxygen acting as the reactant. An electrolyte facilitates ion movement between the anode and cathode during the electrochemical reaction, which generates electrical current and silicon oxide. This current can power devices or be stored for later use. Sand batteries are rechargeable, allowing for the reversal of the electrochemical reaction when connected to a power source. They offer potential advantages including low cost and environmental friendliness due to silicon abundance, high energy density, and long cycle life. Ongoing research aims to enhance performance and practicality for commercial use.

“What is Silica Sand

Silica sand is a type of sand that contains a high proportion of silicon dioxide (SiO2), usually in the form of quartz. It’s a naturally occurring granular material, often found in beaches, riverbeds, and deserts. Silica sand is valued for its purity and consistency in size and shape, making it useful in a variety of industrial applications. It’s commonly used in glass-making, foundry casting, construction, water filtration, and fracking operations, among other things. Its high silica content makes it ideal for these applications because it can withstand high temperatures, resist degradation, and provide strength and stability to various materials.

MEGA SILICA SAND BATTERY MEGA ..Megawatts OF THERMAL ENERGY

“Our current project milestones include securing our silica sand supply and progressing with the development of our Mega Battery. Each container can accommodate approximately 101.205 metric tonnes of silica sand, ensuring ample storage capacity for our operations.” OUR Plan is to implement 100 units (Onsite thermal energy storage) Approximately 28.4414 trillion joules of thermal energy can be stored in 101.205 metric tonnes of silica sand with a temperature change of 400 degrees Celsius.