This chlorophyll fuel flashlight for outdoor adventure and other emergency design came into being, in the outdoor we often have the risk of power outages, which will lead to some of our electrical equipment can not be used, night can not use lighting tools dangerous. This chlorophyll fuel flashlight uses spirulina to absorb carbon dioxide through photosynthesis to produce oxygen and produce energy. Spirulina is cultivated in a petri dish in the middle of the camping lamp, and the energy generated by the special MFC battery is collected into it, and the energy required to light the camping lamp can be realized by using the power supply in the battery. This allows us to have electricity where there is light, and spirulina can drink nutrients such as protein in an emergency.
Camping lamps powered by spirulina are not only an innovative energy solution, but also serve as an educational and environmental tool. Although the current energy conversion efficiency of this technology is limited, it provides a valuable platform for exploring renewable energy and bioengineering applications. As technology advances and costs decrease, such systems have the potential to be more widely used in home and educational settings. At present, the energy conversion efficiency of this technology is limited, but it provides a valuable platform for exploring renewable energy and bioengineering applications. With the advancement of human technology, greater progress and development can be made in the chlorophyll production capacity, including cyanobacteria and spirulina, which can be used by people in emergencies or for a long time. There is still a lot of room for iteration and exploration in this green design.

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The largest area on the table to collect sunlight, so that the chlorophyll in spirulina photosynthesis.

Can be hung on the bag, easy to carry.

Can be hung on a hanging rope to act as a chandelier.