Solar Energy and Photovoltaics Videos

A range of solar powered bags incorporating solar panels and battery, made from recycled materials that can power portable electronic devices.

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The SolMax combines existing roofing and solar products to produce a cheap, efficient solar concentrator that can be retrofitted and delivers heat, cooling and electricity to commercial premises at the lowest cost.

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This educational video explains how solar photovoltaics work, how they create electricity from solar energy, and how photovoltaics actually produce electricity. It them goes on to how the system produces electricity for domestic consumption and how excess electricity can be sold back to the grid. Also shown are the various different types of solar panels that can be used in an installation.

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This video details the world's first solar powered desalination plant. It used solar power to convert brackish saline water with little use into potable water using reverse osmosis. Since 2006 the plant has been producing 600l/h.

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A demonstration using solar energy to create potable water from a swamp. In this experiment using home made components and a fresnel lens

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Review of the solar powered Global Sun Oven by Bob the Self Reliance Guy

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An interview with the Professor of Energy and Chemistry at MIT, Daniel G. Nocera. Here he talks about his latest work on artificial photosynthesis and the upcoming Rio+20 conference in Brazil. To here more about this and how you can get involved, please see the AZoCleantech interview with Dr. Hans Herren

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This video shows how Washington is becoming a green state. They feel that they are leading the clean technology revolution both with the development of technologies and initiatives, as well as their commitment to reducing energy consumption, reducing their carbon footprint and developing alternative energy sources. The commitment extends from government, right through to industry, where they are looking to develop technologies for sale to the rest of the world.

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This video explains how solar energy is created and compares this to conventional electricity. The various components of a solar power system are explained including photovoltaic cells, inverters and batteries. The benefits domestic solar energy systems are also explained.

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The science behind how a solar cell works is provided in this video. Starting form the production of pure silicon, to the doping of silicon to produce a semiconductor, through to the conversion of solar energy into electricity.

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YellowDot Energy has developed Australia’s largest solar high-flow groundwater extraction system based on a proprietary control algorithm to operate the bore motor in such a way that we can achieve maximum possible shaft speed (and pumping volumes) given the available solar energy incident on the PV array at any moment in time.

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Demonstration of a 45W DIY solar training kit purchased off Ebay can be used to power some small electrical devices and in the process illustrates how a larger system could be used to power a house.

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The Lifeport solar kit. This kit from Envision Solar is a turnkey solution that can be used for car ports, garages or small buildings such as home offices. This solar powered kit also features steel frames made from recycled steel.

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The Calcination Energy Storage system provides an energy storage solution that combines conventional molten salt technology with the chemical dissociation reaction of lime calcination to deliver an order of magnitude increase in energy storage capacity per unit volume.

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Giles Bourne from Bluglass tells us about their RPCVD (Reactive Plasma Chemical Vapour Deposition) technology that has the potential to produce solar cells with higher conversion rates. This will be achieved by increasing the indium content into the solar cells.

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Cogen Microsystems is developing a hybrid solar energy system for household and commercial applications.

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Bluglass was originally established to commercialise a low cost technique for producing LEDs. The technology involves the Remote Plasma Chemical Vapour Deposion (RPCVD) process for producing gallium nitride films. This low temperature process can also be applied to the production of photovoltaics, where their process can be used to produce films with a higher indium content, wich can effectively boost the efficiency of the solar cells.

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This video displays a revolutionary technology pioneered by the great Daniel G. Nocera, which aims to mimic the natural process of photosynthesis to harness sunlight and convert this to useable energy.

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The Solar One Power Plant in Nevada

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Short promotional video from Moden Solar showing domestic solar energy installations.

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This video by Zero Carbon Australia discusses the plan to repower Australia with 100% Renewable Energy in order to combat climate change and safeguard Australia's environment for generations to come.

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A look at the proposed Solana power plant which will be the worlds largest. The plant will be located just outside of Phoenix, Arizona, cost in excess of $1billion, produce 280MW of power and is scheduled to for completion in 2011.

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