Fuel Cell Research Facility at Indian Institute of Technology Bombay adds to the part that best in class innovation needs to play towards tending to the country's developing vitality needs. We, at this lab concentrate on Education, Technology improvement, Validation, Analysis and Manufacturing of different plans of Fuel cells.

Microbial Fuel Cells
Vitality from natural effluents
Invalid to verging on Negative operational expenses

Separating of natural atoms in wastewater under the metabolic movement of organisms and directing the charge bearers in designed pathways produces electric ebb and flow

Unitised Regenerative Fuel Cells
reversible operation
room temperature usefulness

This framework can deliver power in ordinary energy unit mode and produces hydrogen in electrolyser mode in times of overabundance force. Is a potential trade for batteries in going about as a capacity gadget

Strong Oxide Fuel Cells
600-800 degrees
Very productive at high temperatures

This write produces power specifically from oxidizing a fuel and has a strong oxide or clay as electrolyte. This class of energy components gives high productivity, long haul security, fuel adaptability, low discharges, and moderately minimal effort.

Address:

Fuel Cell Research Facility
N1 Bay, Near Mechanical Engineering Department, Department of Energy Science and Engineering (DESE), Infinite Corridor, IIT Area, Powai, Mumbai, Maharashtra 400076, India