Renewable Energy Technology Courses – Getting Your Technical Training Completed Online

Renewable Energy Technology Courses - Getting Your Technical Training Completed OnlineRenewable Energy Technology is one of the many options available today for anyone who wishes to work in the renewable energy sector. The Associate in Applied Science degree is 60 credit hours long and once completed it only takes another year to finish. Programs are specially designed to accommodate the growing needs for highly skilled, experienced renewable energy technicians. The courses are designed by industry leaders and professional experts in the field, so students can be sure that they are learning from the best. They are also accredited and can even be taken online if the student wishes.RenRenewable Energy Technology Courses - Training Online

There has been an increase in the number of renewable energy technology jobs in the past few years. This has been made possible by the Federal Government’s Federal Technology Program, which seek to reduce the Federal investment in this area through the development of more efficient systems, the training of more personnel, and the education of policy makers. In order to be able to reap the rewards of the Federal Investment, there needs to be a clear strategy developed involving both the Federal Government and private sector companies. These strategic plans need to be able to ensure both a reasonable return on the Federal investment and a reduction in Federal environmental pollution caused through the deployment of these high capacity power generation systems.Renewable Energy Technology

Renewable energy technologies such as solar thermal power, wind and hydroelectricity generation are some of the most promising technological advances of our time. However, they face many challenges, including a lack of reliable, consistent and affordable electricity and the significant infrastructure problems involved. The use of fossil fuels is a major contributor to air pollution and Greenhouse Gases, which in turn cause global warming. These issues need to be addressed in order to move our economy and our environment forward.

Renewable Energy Solutions – Energy Conservation and Energy Consumption Reduction

Renewable Energy Solutions - Energy Conservation and Energy Consumption ReductionThe global community has been slow to recognize the potential of renewable energy solutions. We have known for a while that fossil fuels and nuclear power were the only two viable energy sources for the foreseeable future. While new reports about clean coal technology continue to surface, we are still largely dependent on fossil fuels for our energy needs. According to a new report released by the non-profit think tank Environmental Defense Action, only a tiny fraction of the Earth’s fossil fuel resources can be utilized before the Earth’s stability is threatened.Renewable Energy Solutions - Energy Conservation

New solutions are needed quickly if we are to save our planet from destruction. One such renewable energy solutions come in the form of biofuels, which can replace traditional fossil fuels like gasoline and diesel with safe, reliable, renewable energy technologies. Biomass is one such biofuel that has recently received a lot of attention. The report, “umped petroleum fuels – a sweet deal for the biosphere” written by David P. Gerber and J. David Grisaffi reveals how the use of biomass for fuel can drastically reduce our dependence on foreign oil and therefore climate change.Renewable Energy Solutions

Second renewable energy solutions comes from the idea of electric vehicles (EVs). Many individuals who drive older, less efficient cars find that replacing them with more modern, electric vehicles can actually increase their vehicle efficiency and decrease their overall emissions. Energy efficient, low emission vehicles are key to fighting climate change. A recent study co-sponsored by several environmental organizations and the federal government concluded that the reduction of fuel consumption for electric vehicles could help reduce the amount of carbon dioxide emissions released into the atmosphere by as much as 17%. In order to make these electric vehicles even more cost effective, energy storage technology, such as solar panels and advanced battery technology should also be developed and made available.

How Do Photovoltaic Cells Create Electrical Current?

How Do Photovoltaic Cells Create Electrical Current?Photovoltaic cells systems, or simply PV system or photovoltaic solar energy system, is an energy generating system, which employs the use of photovoltaic in the conversion of electric energy into other energy forms such as heat, electricity etc. photovoltaic systems use light energy from the sun to create electric current. It is one of the best known methods of using free solar energy and is the most efficient. In the recent times many photovoltaic systems are used in rural areas for lighting up homes and industries.Photovoltaic Cells Create Electrical Current

The photovoltaic solar energy system has many advantages. It can save us money on energy bills, and we can also help save the environment by reducing the use of fossil fuels, thus conserving our natural resources. We need to keep in mind that all sources of energy are not renewable; and therefore they are bound to come to an end. However, with the use of photovoltaic energy we can hope that we can help reduce the effects of global warming and the depletion of fossil fuels. By creating electric current from the sun’s light we can not only use this source effectively, but in fact the photovoltaic energy system can create a large amount of electric current.Photovoltaic Cells

This photovoltaic energy is captured by photovoltaic cells, which are made of silicon, a semiconductor, which absorbs the photons given off by sunlight and passes them on to an array of wires with the ends connected to a battery. The incoming photons are then picked up by the anode, which is a semiconductor material and gives off electrical currents when the electrons near it strike the electrodes and give out photons. The electrons near the anode are knocked loose by an electric current and flow as electrical currents to an electrode. These electrons then create a voltage between the battery and the electrode, which create an electrical current when it strikes an electrical wire.