A team from Northwestern University in the United States presented a solution that seems to be taken out of science fiction, as they created a fuel cell capable of extracting energy from microbes that inhabit the soil naturally. This technology, similar in size to a pocketbook, offers a sustainable way to feed sensors in precision agriculture without relying on toxic chemicals or heavy metals. The battery takes advantage of the activity of exoel…
A team from Northwestern University in the United States presented a solution that seems to be taken out of science fiction, as they created a fuel cell capable of extracting energy from microbes that inhabit the soil naturally. This technology, similar in size to a pocketbook, offers a sustainable way to feed sensors in precision agriculture without relying on toxic chemicals or heavy metals. The battery takes advantage of the activity of exoel…