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This technology is not the first bio-solar technology. In addition to the release of oxygen and electrons during daytime photosynthesis, blue-green bacteria also produce electrons at night, allowing the battery to be available 24 hours a day.
The establishment of a two-chamber system can separate the two programs, increase their respective efficiency to reduce the electric loss, and finally create the power density. It is a greenenergyholdings 0.5W bio solar cell per square meter.E. coli is turned into a solar material, and the battery can generate electricity even on a cloudy day. Successfully solving the problem that solar energy can only be used in the abundant sunshine area, and utilizing the characteristics of organic photosynthesis to generate electricity. In the past, if scientists wanted to develop bio-solar energy, they would extract the organic dyes, make E. coli an alternative "semiconductor", and finally apply the mixed materials to the glass surface to generate electricity.
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Therefore, no matter whether the sunlight is greenenergyholdings sufficient or not, it can effectively convert sunlight into electricity. It is expected to be used in areas where there is not much sunshine and long-term cloudy state. The glass can be used for solar cell anodes, and the current density per square centimeter can be other. Double the bio-solar energy, the team has successfully achieved the highest current density record for bio-solar cells, and the dye production cost is also 10% of the old technology. It is hoped that the mixed materials can be commercialized after full optimization.The study also pointed out that the environment required for charging and power greenenergyholdings supply is not the same, but it is necessary to effectively convert electrons into electric current.