Category: Videos

Video of Hydroelectric Cell running fan and LED by few drops of water, invented by Dr. Kotnala and Dr. Jyoti Shah of CSIR-NPL

Video of Hydroelectric Cell running fan and LED by few drops of water, invented by Dr. Kotnala and Dr. Jyoti Shah of CSIR-NPL

Video of Hydroelectric Cell running fan and LED by few drops of water, invented by Dr. Kotnala and Dr. Jyoti Shah of CSIR-NPL Posted by CSIR National Physical Laboratory of India on 11 सप्टेंबर...

Invented Hydroelectric Cell Energises LED Lamp by Few Drops of Water only : A Green Energy Revolution.  Hydroelectric Cell is a major ground breaking invention from India FEW DROPS of Water generates Electricity instantly. For Electricity Generation it does not require any light, acid /alkali, chemicals and external energy. HYDROELECTRIC CELL – INDIA’S PRIDE !!! Technology of Solar Cell fabrication is sophisticated While Hydroelectric Cell fabrication technology is very simple and it is a low cost portable device.  IT BEING PRIDE OF INDIA – A NEW GREEN ENERGY DEVICE, PLEASE SHARE IT.

Invented Hydroelectric Cell Energises LED Lamp by Few Drops of Water only : A Green Energy Revolution. Hydroelectric Cell is a major ground breaking invention from India FEW DROPS of Water generates Electricity instantly. For Electricity Generation it does not require any light, acid /alkali, chemicals and external energy. HYDROELECTRIC CELL – INDIA’S PRIDE !!! Technology of Solar Cell fabrication is sophisticated While Hydroelectric Cell fabrication technology is very simple and it is a low cost portable device. IT BEING PRIDE OF INDIA – A NEW GREEN ENERGY DEVICE, PLEASE SHARE IT.

Invented Hydroelectric Cell Energises LED Lamp by Few Drops of Water only : A Green Energy Revolution. Hydroelectric Cell is a major ground breaking invention from India FEW DROPS of Water generates Electricity instantly....

Research Article: Green hydroelectrical energy source based on water dissociation by nanoporous ferrite 0

Research Article: Green hydroelectrical energy source based on water dissociation by nanoporous ferrite

  Abstract Dissociation of water molecule occurs on octahedrally coordinated unsaturated suface cations and oxygen vacancies created by lithium substitution in magnesium ferrite. Lower synthesis temperature of ferrite has generated nanopores in microstructure. Dissociated...