The Future of Solar Power Before my one-day visit to the Solar Farm located in the Mea Jan District in Chiang Rai, I had very little knowledge on how exactly people get clean electricity from solar energy. My only understanding when it came to the workings of solar powered electricity was that it is a renewable source that uses the solar energy from the Sun’s radiant light and heat which then gets harnessed using a range of ever-evolving technologies. And I’d agree, as much as the next person, that with the environmental problems in the world we see and face today, it seems like opting for renewable energies such as solar energy is the logical and reasonable thing to do. So, the question on my mind was why aren’t people not utilising them …show more content…
Such renewable energy sources are being carried out all over the world nowadays. Brilliant minds have dedicated their lives to discovering resources that doesn’t leak green house gases into the ozone or cost immense amounts of assets. Renewable sources of energy are very promising to the earth and its atmosphere. Though it seems that to establish a renewable source like solar energy, there are drawbacks. First, it is very extravagant to make and it can be hard to use on hazy days. Second, the low technical skills availability challenges are sizably voluminous which makes it strenuous for the administration of Thailand to fortify it, especially when it comes to the case of the solar farm in Chiang Rai. However, solar power has many advantages over non-renewable sources. As the visitation to the solar farm showed, firstly the sun is free, it does not have to be bought and it is non-exhaustible. Second, it does not hurt the environment nor is there any noise pollution produced. So, in reality, setting up solar farms has a unique mix of opportunities and challenges. But, in the long run renewable source of energy would benefit man for the better. It would kill two birds with one stone as it diminishes garbage levels and creates power at the same
The state government's approach on Australia’s energy policy has provoked much debate in recent media. The Australian opinion piece, titled ‘Energy policy has become a racket and the madness must stop’ (November 7, 2016) was written by an Australian economist, Judith Sloan, in response to this debate. Sloan presents a mocking and skeptical tone where she argues that ‘it’s time for the federal government to intervene to stop this madness’. She attacks the Australian state governments by portraying its management techniques which are contrary to her ideals as foolish, uncaring and deceitful. This creates distrust of this section of the government in the audience and further supports her view by using evidence and appeals to hip pocket nerve to gain approval of ‘the Australian taxpayer’.
Globally, tackling this problem will take some serious reform in the way we use fossil fuels for energy. Therefore, I have a few proposals involving the use of albedo and solar panels that should they be adopted in
In 2017 we’re still destroying the planet by using fossil fuel, creating more carbon dioxide, by burning oil, coal and gas. This causes a huge problem in today's world if we keep using the process of burning fossils as a form of electricity, gas etc.. we will end up destroying the planet we live on. By Rhode Island College creating a 5-10 year plan I believe we can be completely running on energy created by solar panels.
Mathias Aarre Maehul, writer for Energy Information claims that wind power has opportunity to power 20 times more than the human race needs (Maehul). Maehul confirms wind power is created by the nuclear fusion process in the sun so there is no way for us to run out (Maehul). Maehul points out that 600 average United States homes can be power by a single large turbine (Maehul). Conserve Energy Future, Energy Conservation site notes that we can use solar energy as long as we have the sun (C.E.F.). Conserve Energy Future declares solar panels can be put on roof tops so that space is not an issue (C.E.F.).
Public awareness of solar energy started back in 1954 at a press conference, when John Yellott hailed the silicon solar cell as the first really important breakthrough in solar technology. This technology never went commercialized since the cost to power the average house in 1956 would cost around 1.5 million dollars. Solar was not catching the eyes of the public, but nuclear was. Nuclear had the power behind it that scientists wanted solar to have. Therefore combining the two was thought to be the perfect match.
In today 's society almost everything that we use in our everyday lives requires some kind of energy source. With our reliance on these sources growing exponentially we have started to become more dependent on other countries to supply our fuel. With this dependence countries debt continues to grow and this has a very negative effect on the country 's economy. Energy can be split into two main groups renewable and nonrenewable. The difference between these two is the fact that one we cannot exhaust and the other we only have a limited supply of.
Wind energy will help the environment because it doesn’t create any pollution in the air because it’s wind. Wind energy will blow no matter what so they 're just taking advantage of what is already there. The Federal Government should increase the alternative energy because it will help the environment from wind energy, because wind energy doesn’t create any pollution in the air. Plus, the wind from wind energy will always blow so there just taking advantage of what is already there.
There is a quote by President Barack Obama saying, “To truly transform our economy, protect our security, and save our planet from the ravages of climate change, we need to ultimately make clean, renewable energy the profitable kind of energy,” (“151 Inspiring Environmental Quotes”). He believes as many due that nonrenewable resources are harmful to all aspects of life. The energy we use now is harmful to our planet, to humans, and to animals. Scientists are taking steps to making the world a better place. They found sources that replenished naturally in a short amount of time and are less destructive in all aspects.
Global climate change is a very serious problem that we must pay close attention to. The main reason that causes climate change is that there are too many carbon dioxide in the atmosphere. If the temperature keeps getting higher and higher, there will be many problems that can cause great damage to us and the environment. If we don’t replace fossil fuels with other clean energy, our Co2 level will be as many as the time of the dinosaurs and we don’t know what will our lives be if this really happened. The best way to solve this is by using solar energy.
Scientists have found that renewable energy is a path towards the future for a clean and safe environment. Throughout all the studies and findings, there is a continuing fret whether people should be able to use a traditional way of energy or renewable energy, solar power. Solar energy is seen to be effective since there has progressively been more places that are benefiting from solar usage; however there are also some who disagree. Solar energy sources are derived from natural sources and is implicated throughout our daily lives. From the lights in the streets to the computers we use at home.
Fossil fuels Fossil fuels are NOT a renewable energy resource it will finish up one day As once we 've burned them all, there isn 't any more, and our consumption of fossil fuels has nearly doubled every 20 years since 1900. This is a particular problem for Oil, because we also use it to make plastics and many other products Coal, Oil and Gas are called "fossil fuels" because they have been formed from the fossilized remains of prehistoric plants and animals.
wind energy and solar energy are both renewable types of energy they create no pollution and are fully sustainable as they are both powered by natural sources and if there is no wind one day the solar panels can generate energy and if it 's cloudy another day the windmills can generate energy also the energy created during the summer can be sold to the grid for extra capital that can be used for field trips, renovations, etc. Geothermal heating systems are rated the most efficient and eco-friendly heating systems. The system works using buried coils that contain a liquid, typically a mix of water and antifreeze. The liquid is warmed to the same temperature as the earth and then runs through to the home where a compressor extracts the heat but not only that geothermal heating requires no fossil fuels so it is very eco-friendly LED lighting is an efficient and eco friendly lighting alternative because they waste much less energy in converting to light compare to incandescent lights which waste 90% of the energy to convert to heat not only that LED lights last up to 15-25 times longer that traditional light bulbs this makes LED a much better source of lights than others because it wastes less energy and it is more efficient at doing its job this is so much better for the environment because it uses less energy that other lighting sources
INTRODUCTION A smart grid is a power network which is based on digital technology is used to supply power, via two-way digital communications. A smart grid system allows for monitoring, analysis, control and communication within the supply chain and helps improve efficiency, reduce energy consumption and cost, and maximize the transparency and reliability of the energy supply chain. The smart grid was introduced with the aim of overcoming the weaknesses of conventional electrical grids by using smart meters.
Almost none of the fuel sources that we could use provide Co2 or other pollutants. Economic values could also come from renewable energy. Most of the Energy projects are located away from big cities. These benefits could bring local service as well as tourism. Although the pros are very big there are some cons.
2.1 INTRODUCTION Non-Renewable Resources are resources that have the potential to be used up due to consumption or overuse, they have production, development or replenishment rate that cannot match up with the depletion rate. In short these are resources that can be finished, output exceeds input, and they are infinite. Non-Renewable resources vary from non-renewable fossil fuels like coal, natural gas and oil, non-renewable alternative energy sources like nuclear energy and deep-earth geo-thermal energy, soil, and minerals (Botkin & Keller, 2012). These non-renewable resources range from a few years, up to thousands of years to replenish. The local as well as global challenge, is that most non-renewable resources are directly exploited by humans and their existence is widely threatened were usage