Energy can be harnessed and produced through means of a lot of sources, some sources are more efficient than others, while some sources give a higher quality of energy. Lots of factors go into the kind of energy that would be optimal in producing the most efficient and cost effective type of energy. What is it? Well, there’s no definitive answer to that, but what we can do is figure out which types of energy go well together and give the optimal energy production. In the sunny state of California, with one of the highest populations in America it can be argued that bacterial and solar energy would be the most efficient energy for this place. These two sources work hand in hand to produce the optimal amount of energy for
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This causes the energy efficiency to skyrocket! Also, the solar energy being produced from California would be optimal because California is one of the sunniest states. As a result, the sun would produce large amounts of solar energy.The solar energy can be stored, making the availability of solar energy year round, and also cost effective. Los Angeles, California is the best place ideal for the two energy sources. The types of conditions for the two energy sources to work is wastewater, for bacteria. Then sun for solar energy. Seeing as California is one of the sunniest states, and Los Angeles is one of the most highly populated place in California, it would be full of energy potential. Benefits of putting these two sources in this location is that the community would get a non-disruptive and function source of clean energy. They would also have their wastewater put to good use instead of being put into the ocean, or sitting in the sewers. Both energy sources allow for energy to be produced when one isn’t functioning.
Take solar energy for example, when it's a rainy day in California, the sun won’t be out. When the sun isn’t out, the bacterial energy plants will still be running, as they don’t need the sun to
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While the reliability of the bacterial energy can help the unreliability of the solar energy on dark days. The opposition might say that bacterial and solar energy don’t worth well together because there wouldn’t be enough energy to power a community in the case of solar ever being out for a long period of time, while bacterial energy doesn’t produce energy energy for it to be sustainable in a community. However, solar energy can be stored and saved throughout a long period of time. With the bacteria, energy producing somewhat sustainable amount of energy, having enough energy for a community will not be a problem. The topic of alternative energy is important because it gives us more options to provide sustainable, clean energy for our growing population today. With more people inhabiting the earth, there will be more of a need for energy, but the energy has to be clean and renewable so that humans and animals will not be harmed by their environment. Again, bacterial and solar energy would work best in California because of its high efficiency while working together, and cost
In this modern fast paced world that we live in, there are many issues that are looked over, energy is one of these. As a world, we are dependant on dwindling fossil fuel supplies and take for granted electricity, oil, and gas. There are four completely renewable sources of energy around us that should be used and developed, they are: wind, growing plants, flowing water, and the sun. These sources of energy are the ones we should be tapping, because they are reliable and renewable. Harnessing the suns energy is the most certain and ultimate energy source. Looking at a brief history and some facts about solar energy, a glimpse of the future can be seen, a future not dependant on
The use of solar energy does not cause greenhouse gas emissions and is healthier for the environment than traditional forms of energy.
By using this, we would already have a renewable resource that covers 70% of Earth. I know that we have several dams built in my state. We can use the dams to run water through a turbine, which uses a generator to convert it into energy. Water is cheap to use since we have a such high demand of it, however, we shouldn’t overuse water. We have the water cycle, but that doesn’t mean if we overuse water that it’ll always be here. Also, most of today's water is highly polluted. That would cause an issue. It would always be available no matter the weather. Water is always
There are many things that we rely on that are naturally provided by nature from the water that is used to replenish our systems to prevent dehydration, to the air that we breath down to some portions of food that we eat. One of those natural elements are used daily but are often not thought about outside of the scientific or political fields is energy. Energy is all around us there is nothing that is done in the day to day life that can be done without energy. From putting on your shoes to making coffee in the morning even down to driving your vehicle in one way shape or form energy is being used. Just as the ecosystems are in need of repair due to various contributory causes’ energy is also a resource that should be protected just the same. In the following paragraphs the pros and cons of each energy source will be dissected and the law of preservation of energy will be explained.
When all of our natural fossil fuels are low or gone, solar energy will be one of the leading sources of energy that we will need in the future.
Now, I know people are going to have their disagreements about using solar energy to power Las Vegas. But, looking at all the other energy sources available and the costs, it seems that solar energy is the best option. Solar energy is cost efficient, it’s easy to install and maintain, and it is safer for the environment. People may take a while to adjust to the new energy source, but it will be for the best. The climate is a very sunny climate it is also very dry, and it hardly ever rains. Overall, no matter the disagreements solar energy is the best
Scientists can generate clean energy by using bacteria-poured solar panels. This could help when we run out of fossil fuel. It is also better for the environment. These solar panels can become a great source of electricity. Hopefully this will change our environmental problems.
Energy is crucial to almost every major and opportunity the world faces today. From the perception of jobs, security, climate change, food production or increasing incomes, access to sustainable energy for all is essential for strengthening economies, protecting ecosystems and achieving equity.
complement nuclear because nuclear does cost a lot to build at first, but solar costs much less
The major advantage of solar system is that it’s clean and “safe”: it creates nearly zero environmental damages. It does generate any carbon dioxide or other greenhouse gases that speed up climate change; It has no harmful emissions or long-lasting wastes; there is no water pollution and only involves little to no water; there is also no harmful impact on wildlife as well (“How Solar Energy Works.” Union of Concerned Scientists, www.ucsusa.org/clean-energy/renewable-energy/how-solar-energy-works#.WZqIodN95mB. Accessed 10 Aug. 2017.). Thus, the kind of extremely clean energy that these systems produce will largely reduce the waste of water that is very common while using other nonrenewable energy sources. Moreover, since the solar technology is currently already being used and the photovoltaic systems do have a growing market in the United states and the thermal systems too in other countries like China who
Energy play a vital role in our day to day life. We can’t think our life without energy. Everyone who is existing on earth want energy for surviving his life.Today our world’s population is in order of billion and it is continue to increase very rapidly so, our demand for energy is increasing drastically in recent time. Our conventional source of energy like coal, petroleum
would provide over 350 times the amount of energy the MENA currently requires annually . The primary issue with CSP however, is it carriers one of the highest upfront costs to construct a plant. PV costs are much lower but, utilizing this technology to its full potential would only provide 31% of the regions total energy needs .
There are numerous areas across the globe that harbor enormous potential for generating renewable energy. Places such as the Northwest coast in the
Alternative energy resources have the advantage of being available very often with no risk of depletion. Nuclear, Solar, Wind, and Hydroelectric energy sources are considered to be the four major resources that can replace fossil fuels. “There are currently approximately 7 billion people in the world and given current trends, the population is expected to be around 9 billion in 2050, and over 10 billion by 2100” (Fred Magdoff 2013). Alternative energy sources are termed renewable because they can be continually replenished throughout time (The National Atlas of the United States of America, 2013). The world 's modern day energy demands are still met largely from fossil fuels such as coal, oil, and natural gas. Regarding total energy demand, the share of fossil-fuel derived energy is around 80%. The remainder is supplied by nuclear and renewable energy of around 20% (Rahim, M., Yoshino, J., & Yasuda, T. (2012, September 1). If these resources are expected to replace our current energy sources they will be expected to produce the same amount of energy if not more.
Solar energy could be utilized for a sustainable development as sun is the biggest and natural source of energy which is clean and