In modern days the use of non renewable resources is being a major part of lab works. There are different types in these sources, but the utilization of them is must. In an age of global concern for escalating fossil fuel prices, energy security and CO2 emissions, a fervent demand for sustainable energy sources endures. In apt response to this critical issue, a renewable alternative energy innovation is receiving wide spread interest and attention. Hence the development of solar trees taken place.
What is a solar tree?
Solar trees are artificially designed trees and plants which are power houses of renewable energy harvesting the eternal profligate power of sun, wind and heat. It is a highly efficient, all artificial, molecular level energy converting technology, which exploits the principles of natural photosynthesis. In fact each tree or plant in so life like that to most casual observers they are living trees and plants. Solar trees are more powerful than wind farms, more efficient than solar panels and more practical and aesthetically pleasing than both. Artificial trees and plants which are so lifelike that to most casual observers they are living trees and plants. In fact, each tree or plant is a powerhouse of renewable energy harvesting the eternal profligate power of the sun, wind and rain. The essential element in this technology is Solar Botanic's artificial leaf (Nanoleaf) which captures the sun's radiant energy in photo voltaic and thermo voltaic cells converting the radiation into electricity. Simultaneously as the wind blows the layers of voltaic material in the stems, twigs and branches are moved, compressed and stretched, creating electricity. Thus as the sun shines, the winds blow and the rain falls, millions of micro circuits are activated, each making its contribution to the electrical energy of the tree. Nano-leaf:
The nano leaf is a combination of high tech materials brought together in a leaf design to convert all 3 energy sources: Light, Heat and Wind into electric energy. Our trees are quantum source of power and an excellent electricity provider. Furthermore, the leaf petiole or the stem, and twigs comprise nano-piezovoltaic material these tiny generators produce electricity from movement or kinetic energy caused by wind or falling raindrops. The Nanoleaf; designed to capture the sun’s radiant energy in photovoltaic and thermovoltaic cells, and convert the radiation into electricity. As the wind blows the layers of voltaic material in the stems, twigs and branches are moved, compressed and stretched, creating electricity. Consequently, as the sun shines, the winds blow and the rain falls, millions of micro circuits activate, each making its contribution to the electrical energy of the tree. An average tree with a canopy of approximately 6 square meters can generate enough energy to provide for the needs of the average household.Designed to appear as genuine and attractive as their organic counterparts, with the capacity to harness the eternal prolific power of the Sun and Wind, the applications of SolarBotanic trees are impressively extensive and adaptable. A fundamental flaw in conventional solar cells is that electrons give too much energy by sunlight and lose that energy in heat form, as the electrons move thermally to the bottom of the conduction band. SolarBotanic “hotcarrier” solar cells would use quantum dots (i.e., nano-particles) to confine electrons long enough so that they could be extracted before their energy dissipates as heat. With this process of combining the conversion of light, heat and wind, more energy is generated, as the “hot carrier” can now be efficiently used with the implementation of thermovoltaic cells. Biomimicry is an emerging science resolving human problems by adopting nature’s ingenious processes. Using biomimicry techniques,a SolarBotanic artificial tree, or plant structure, functions as a passive...
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