Electricity Is Generated From The Energy

The Hydrogen Fuel Cell could revolutionize the world. This ingenious technology, which creates electricity from the chemical reactions of hydrogen and oxygen has, in its 150-year history, passed many of the critical tests along the path from invention to innovation. Recent developments in fuel cell technology and concurrent developments within the energy and automotive industries have brought the world to brink of the fuel cell age and the hydrogen economy.

Nowadays, global warming is causing terrible damages from climate change such as powerful typhoons, hurricanes, tsunami, super flood to human lives. It has become a big issue since the changes have happened more frequently. Therefore, many scientists are struggling with finding some alternative sources of energy to fossil fuel which release a great amount of carbon dioxide that have affected global warming. Governments also struggle with finding some possible solutions to deal with climate change. They are encouraging and investing on researching new energy sources. Bioenergy and solar energy have been highly used as alternative energies. This essay will explore the advantages and disadvantages of bioenergy and solar energy. How governments encourage spreading renewable energy in the specific countries will be described.

One of the most important aspects of the development of engineering is the harnessing of different energy sources and the world, today, is highly reliant upon this (Narendra Singh Rathore, 2007). This report will endeavour to

With the help of new technologies and studies, these old energy sources are becoming more popular as time goes on. The growth of sustainable energy, which includes Solar, Wind, Biomass, Biogas, and Geothermal, has become a major factor in the business of supplying

Sustainable hydrogen Energy remains fundamental to economic development and welfare of society. To reach levels similar to those of developed countries being, many countries will need, and try to, increase their energy consumption. In addition, there is still a large number of people (more than a billion, according to estimates from the IEA) without access to advanced forms of energy, and will also contribute to increased overall consumption when achieved, hopefully, this access (Agbossou, et al., 2001).

The technology behind hydrogen fuel cells is rather unremarkable, however, the difficulties and dangers created by the fuel cells will require extraordinary engineering. Today’s fuel cells use the same reverse electrolysis phenomena that Grove’s battery did over a century ago (Lampton). Hydrogen is ionized and passed through a membrane that separates the electrons from the hydrogen ions. The electrons are formed into an electrical current while the hydrogen ions react with the oxygen in the air to form water vapor, the heat generated by the reaction typically boils the water (Lampton). The catalyst and membrane can be tweaked and optimized by engineers to improve the technology but the basic principle will remain the same.

Nowadays, environment and health scientists are concerned largely because of the damages caused by conventional energy. In most cases, these damages are happened because people are more likely to use fossil energy instead of renewable energy. In 1991, the worst disaster happened in the Arabian Gulf, and it was closed to my hometown. It’s estimated more than 250,000 seabirds died by oil spill (Laura Moss, 2010). However, solar and wind power is the best choice for many scientists to preserve the environment. In the past, renewable power had some difficulties because most of the energy has obtained from hydroelectric levees, whereas now produce more than quarter of the globe’s energy (reading 1). As well as this, more than 85 of the consumed around the world comes from fossil fuel energy. Unlike renewable energy, fossil energy notably pollutes our plant. Due to population and other reasons, renewable energy becomes more popular and getting attention from a lot of people (reading1). Ultimately, there are some differences and similarities between solar and wind power in terms of their amount of energy and advantages, and these sources has fundamental way to store their energy, which is through advanced battery.

Although this method tackles the problem as we can rely less on fossil fuels, it does have some limitations in the economic factor. Wind turbines are extremely costly to develop and the cost is recovered only decades later. The cost for a commercial scale wind turbine ranges from $1.2 million to $2.6 million, per MW of nameplate capacity installed. Most of the wind turbines today are 2 MW so roughly after installation, a single wind tower could cost around $3.5 million. This is a very large amount and a very high initial cost for a company to invest in. This is one factor why countries usually select fossil fuels. (Carla, eHow)

The use of hydrogen as a fuel requires the adoption of the fuel cells technology for their role in the reaction activity between hydrogen and hydrogen for the production of energy. The fuel cells convert more of their energy potential from the fuel source as compared to the regular gasoline fuels. The insignificance of the impact caused by the bi-products of such reactions makes it the much better option than the fossil fuels that face the threat of exhaustion. However, the adoption of hydrogen as the primary

Electricity is used everywhere in our lives. Electricity give life to our homes, our television sets, our computers, and other electronic devices. Electricity also is used for charge our batteries, the batteries that keeps our cars running, our control remotes working, our laptops, our flashlights to keep shinning in dark, and even cell phones. Electricity is the energy that can produce sound, light, heat and many more. Many devices and artifacts we use every day, not only in our homes even in the industries, depends on electricity. But, how we get the production of electricity? Well, fortunately I found that hydroelectric is one of the cleanest and efficient

The production of electrical energy is considered a key of our present day society. The purpose of this report is to discuss and explain a natural resource that is renewable which will be the production of electrical energy in the future. Wind farms are Australia’s most popular source of energy as for the reason of being a sustainable renewable energy. Wind farms market in producing electricity across AUS is only 3% but over a choice Australia would rather wind farms to be used more in producing Australia’s electricity .Wind farms is the lowest cost renewable energy that uses airflow to produce electricity. This technology makes up 3% of Australia’s electricity suppling over 1.3 million homes with power according to origin energy that hold over 4.3 million customer accounts in Australia.

In an era where fossil fuels are the dominant source of energy, environmentalists and scientists are looking for alternative energy sources in the fear that fossil fuels will sooner or later become consumed by our energy needs. In the hunt to find a strong alternative energy source, scientists have reverted back to an old formula E=MC2. The indicated formula was first thought up by Albert Einstein to describe a part of general relativity in the paper “Does the Inertia of a Body Depend Upon Its Energy Content?” Furthermore, in his publication Albert Einstein explains that mass and kinetic energy are proportionally equal. Meaning you can transfer energy into mass and vice versa. In addition if you are able to transfer mass into energy that mass will be multiplied by the speed of light (C) squared, meaning that a little mass can turn into a lot of energy. Moreover, Einstein’s reasoning for using the speed of light is because atoms when separated travel the speed of light thus carrying a lot of energy. At the time Einstein was working on trying to find ways to separate and or fuse atoms in order to gain energy and put his formula to use. However, today we have found two different ways of doing so in what we call nuclear fusion and nuclear fission.

Countries around the world are on their way to dealing with the unbalanced environment of the current days which also can be the cause of the increment in the incidences of natural disasters. Aware of what is occurring, the scientific community is doing research to provide solutions to this long term problem. Therefore, new ways of interacting with nature have been studied. Some scientists think the problem can be somewhat solved by efficiently harvesting energy from new sources. Thus, to address friendly environmental energy storage requirements, certain nanotechnological devices, such as batteries, solar cells, and supercapacitors, have been developed, yet these creations still commonly present two technical setbacks: the sustainability

One of the best utilization alternatives of this clean energy, existing in the hydrogen, would be through the process of electrolysis of water as it is a relatively simple process without generated solid, liquid or gas waste which would be harmful to the environment. Furthermore it helps in the reducing of the consumption of fossil fuels.

The fundamental principles of electricity generation were discovered during the 1820s and early 1830s by the British scientist Michael Faraday. His basic method is still used today: electricity is generated by the movement of a loop of wire, or disc of copper between the poles of a magnet.[1]