Bio solar panels powered by bacteria
Connect a biological solar panel and become a bio-solar battery. The research team has generated the power of any existing small-scale bio-solar cell: 5.59 microwatts, continuing the next step in the development of bacteria-powered energy.
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Researchers at Binghamton University said: "Once a functional bio-solar panel becomes available, it may become available to provide small-scale, wireless telemetry systems for long-term power, as well as at remote sites, where frequent battery replacement is unrealistic and becomes a reality. Use a permanent power source for wireless sensors." 
This study can also enable the photosynthesis of microorganisms in a smaller group, a critical understanding of the process of electron transfer and a good control of the microenvironment, thus achieving a common platform for the study of basic biological solar cells.
The current study is the latest initiative using cyanobacteria as a clean, sustainable energy source. A micro-based microfluidic single-chamber device to house bacteria replacing conventional, double-chambered bio-based solar cells. The performance of bio-solar cells has been significantly improved through the innovative miniaturized device structure and the connection of multiple miniature cells on the panel.