Solar tree using nano wire solar cells
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Renewable energy resources will be increasingly important as fossil fuel stocks dwindle. Nanowire solar cells can be arranged in a "solar tree" structure to increase efficiency. A solar tree is like a tree that produces energy from solar panels on its branches instead of leaves through photosynthesis. It has advantages over traditional solar panel systems by requiring less land and having lower maintenance while providing power for homes, businesses and street lights in an environmentally friendly way. The use of nanowires in the solar cells increases their absorption of light and efficiency.
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Renewable energy and resources
This document discusses various types of renewable energy sources including solar, wind, geothermal, hydro, and tidal energy. It provides details on solar energy and how photovoltaic panels work to convert sunlight directly into electricity via the photovoltaic effect. It also describes thin film solar cell technology and the process used to deposit materials to form solar panels. Additionally, it briefly touches on other renewable technologies like wind turbines, nuclear energy, and harvesting energy from natural resources and the environment. The document outlines some advantages and disadvantages of different energy sources.
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The document examines the average monthly electricity consumption in the DCPE building area. It analyzes electricity bill records from 2018 for the larger "workshop region" that includes DCPE. This region has a total area of 19,254.99 sqm while the DCPE area is 4,698.26 sqm. To estimate DCPE's monthly consumption, the document calculates the ratio of the two areas and applies it to the workshop region's average monthly consumption of 84,931 kWh. This approach allows estimating DCPE's electricity usage based on its portion of the overall workshop area.
Solar energy
Renewable energy can be generated continuously practically without decay of sources.
Example: Solar energy, Wind energy, Hydro energy. Non renewable energy is that comes from the ground and is not replaced in a relative short amount of time.
Example: Combustion of fossil fuel, coal, etc.
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Solartree 140521004426-phpapp01
Solar tree is a structure that uses multiple solar panels arranged like a tree to generate electricity efficiently using less land than traditional solar systems. It consists of solar panels, a tall tower, wiring to connect the panels, batteries to store energy, and stems to mount the panels in a spiral design allowing even light exposure. Solar trees provide a renewable and ecologically friendly source of energy for uses like street lights and power supply while reducing costs and land usage compared to traditional ground-mounted solar arrays.
solartree-140521004426-phpapp01 (1).pptx
The solar tree is a structure that produces solar energy using multiple solar panels arranged like the leaves of a tree on a tall tower. It requires less land than traditional solar panel systems to generate the same amount of electricity. The solar tree uses a technique called "spiralling phyllotaxy" to help lower panels avoid the shadow of upper panels and maximize sunlight collection. Its advantages include low land usage, efficient energy generation, and ability to collect energy from wind as well. It has applications for street lighting, household power supply, and industrial use.
ppt on solar tree
The document discusses solar trees, which are structures that use multiple solar panels arranged like a tree to generate electricity efficiently using less land than traditional solar panel systems. A solar tree works by converting sunlight into electricity through photovoltaic cells on each panel. It has several advantages over standard solar panel installations such as requiring less space while providing environmental and cost benefits to users.
Use of Nanotechnology in Solar PVcells
Nanotechnology involves engineering systems at the molecular scale and can be applied to improve solar cells. It allows for thinner silicon films that better absorb photons in solar cells, increasing efficiency. Quantum dots in particular can generate multiple electrons from a single photon, boosting performance. The use of nanomaterials and thin films in solar cells promises to significantly reduce manufacturing costs and make solar power affordable enough to supply energy to developing countries on a large scale.
Solar energy 001 copy
The document discusses solar energy and solar trees. It describes solar energy as energy from the sun that does not produce pollutants. Solar trees are introduced as a way to produce solar energy using decorative solar panels arranged like a tree's branches and leaves. They have advantages like requiring less land and producing energy efficiently, and disadvantages like high costs. The document promotes increasing solar use to reduce dependence on fossil fuels and generate pollution-free sustainable energy.
Solar energy 001 copy
The document discusses solar energy and solar trees. It describes solar energy as energy from the sun that does not produce pollutants. Solar trees are introduced as a way to produce solar energy using decorative solar panels arranged like a tree's branches and leaves. They have advantages like requiring less land and producing energy efficiently, and disadvantages like high costs. The document promotes increasing solar use to reduce dependence on fossil fuels and generate pollution-free sustainable energy.
Solar Tree
A solar tree is a structure that produces solar energy through solar panels arranged like a tree. It stands as an efficient alternative to traditional solar panel installations by taking up less land area. The solar tree consists of solar panels, a long tower, batteries, and stems connecting the panels in a spiral phyllotaxy formation to maximize energy production. It generates renewable electricity through the photovoltaic effect similarly to how trees produce food through photosynthesis. Solar trees provide benefits like reduced land usage, efficient energy generation, and potential energy collection from wind through flexible stems.
Renewable Energy
The document provides an outline for a presentation on renewable energy. It begins with definitions of energy and different forms of energy. It then discusses energy consumption statistics and types of energy sources, distinguishing between renewable and non-renewable sources. Advantages of renewable energy include its unlimited availability, lower emissions, and ability to be used locally. Key renewable resources covered include solar, biomass, geothermal, hydro, and wind power. Solar power is discussed in depth, including how solar cells and solar power stations convert sunlight to electricity. The document concludes by stating that fossil fuels will eventually deplete, leading to a necessary transition to increased use of renewable sources.
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Feasibility Report for a Solar Electricity Production
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Solar tree using nano wire solar cells
- 1. SOLAR TREE USING NANOWIRE SOALR CELLS
- 2. Now a days with the growing population and energy demand will increases we have the present energy resources are fossil fuels such as coal, oil, natural gases,wood. but even this stock may not longer than a few decades So what is our future energy sources..those are Renewable energy Resources INTRODUCTION
- 3. Renewable energy Resources solar pv wind GeothermalTidal Power hydro power
- 4. solar cell (photovoltaic cell) convert light into a small electrical output -milliwatts output.Si wafer Cell is thin Si wafer Thickness is in fractions of mm need a bank/array of cells for useful output. cost of cells is high but reducing. efficiency of cells is up to 10-14%/ improving
- 5. Problems faced with current solar cell technology soooo...... • Different kinds of solar cells Monocrystalline: made of single crystalline silicon of high purity. Efficiency :15-17 Polycrystalline:, made up polycrystalline silicon Effcicency : 13-15 Thin film: Made of several thin layers of semiconductor material. Effciency : 12-15 Figure A Figure B Figure C
- 6. Sliced into Nano-scale Diameters from 1 to 50nm Nano scale Silicon has a color difference Quantum Confinement Nano sized Silicon shows: Physical Optical Electronics properties change Electrons occupy different energy levels
- 7. NANOWIRES TO THE RESCUE • Use Nanowires! • Very small, increases surface area for light absorption • Great potential • Nanowires in solar cells • Increased efficiency
- 8. WHAT IS SOLAR TREE TREE stands for T=TREE GENERATIING R=RENEWABLE E=ENERGY and E=ELECTRICITY This is like a tree in a structure and the panels are like leaves of the tree which produces Energy.
- 9. COMPONENTS OF SOLAR TREE The solar tree consists of manly five parts to design. Solar Panel. Long tower. LEDs. Batteries. Stems.
- 10. WHY WE CALL IT AS SOLAR TREE Tree can produce their own food material for human beings by the process called PHOTOSYNTHESIS. Likewise in solar tree solar plates are producing energy for the society.
- 11. WHY IT IS BETTER THAN TRADITIONAL SYSTEMS
- 12. APPLICATIONS Street Light. House Supply. Industrial Power Supply.
- 13. ADVANTAGES No air pollution. We wouldn’t have to worry as much about future energy sources. low maintenance Land requirement is very less.
- 14. DISADVANTAGES Costly. Hazards to eyesight form solar reflectors.
- 15. CONCLUSION Saving of land, this project is very successful one. Incresses the effciency of solar cell using nanowires The main aim of this project is upliftting the public opinion on R E S