Bulgarian Chemist Develops Salt-Powered Electricity Source

In the village of Lyulin, Bulgaria, chemist Alexander Alexandrov has developed a unique system for generating electricity using readily available materials: salt, graphite, and metal. The system, built in his home, provides enough power for lighting and small appliances, offering a potential alternative energy source.

How the System Works

Alexandrov’s invention relies on a simple chemical process. He explains that the system utilizes graphite as a positive electrode, aluminum as a negative electrode, and a salt water solution as the electrolyte. “Graphite acts as a positive electrode, aluminum as a negative one, and a flow of ions is created in the solution, while a flow of electrons flows outside,” he stated. Each cell produces approximately 0.5 volts, and by connecting multiple cells, the voltage can be increased. Currently, his system generates around 15-15.6 volts.

Motivation and Development

Alexandrov, a trained chemist, began actively experimenting with alternative energy sources after moving to Lyulin with his wife. Following his wife’s passing, he continued his work in her memory, driven by her desire for independent, affordable lighting. He funds his experiments with his approximately 400 euro monthly pension, purchasing materials like cables and electrodes.

Current Status and Future Potential

While the invention has not yet been patented due to financial constraints, Alexandrov believes it has the potential to become a sustainable and affordable energy solution for households. He is seeking collaborators and sponsors to aid scale up production and make his “cells” more widely available. Currently, the system powers the lighting in his home, eliminating his electricity bill for that purpose.

About Alexander Alexandrov

Alexander Alexandrov is a chemist based in Yambol, Bulgaria. He can be reached at +35946665040 or info@abginternet.com. His work is centered around developing accessible energy solutions for rural communities.