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Solar power generation topic in future
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Macroeconomic Analysis of Solar Panel Industry Introduction This article provides the prospect of solar panel electric power generation industry, especially for the local part of the business that are to install the system. The solar panel industry mainly targets the installation in a small scale such as on a family house unlike other major power generation using coal, oil, hydraulic, or nuclear sources although the large scale solar panel power project plant using a vast land to place solar panels exit. The question is whether it is profitable to venture into the solar panel installation business which work as a contractor for the solar panel companies that manufactures, market and sell to the consumers who would like to install the panel at their home or building. The success of the business is basically dependent on the demand from people who want to install a solar system and the supply which involves the cost. All the hype about the environmentally friendly power generation technology seems to be able to maintain the decent level of demand for the next several years and the subsidy from the U.S. federal government to provide the incentives for installing solar panels should help keep this high demand. On the other hand, the consumption behavior of people can largely be influenced by the macroeconomic events in the current, future and expectations. This article of “postal service considering cutting 12,000 jobs” explains the current and future solar panel industry and offers the recommendation supported by economic theory and current economy and even introduces alternative opportunity (booming of the housing market) for those who are concerned about the environment and would like to make a contribution in the field. Industry of Solar energy At first, it is important to investigate the industry itself more deeply. Is the demand for the solar panel really expected to be held high enough to be worthy to invest? The nature of marketing the solar panel is that the consumer needs to put up a fairly large cost to install and ten or more years or so to finally realize the cost saving by decreasing the subsequent monthly electricity bill which they would be paying to the regional electric company. The system installation cost will become lower with the government subsidy which works as incentivizing the installation. However, if it is really beneficial and cost-saving, there is no need for a subsidy to give people incentive to purchase the product, and it will be very difficult to convince people to purchase a product that has so much uncertainty in finally yielding a benefit as long as ten years after for the price of a luxury vehicle.
Everyone is looking for a better way to have power. Solar power has very dependable technology, with little to no maintenance. It can bring finical savings by making more power a home owner may need and you can resell back the power company. Lastly help the environment by having no waste so less pollution and takes up unused space by putting them on to the roofs of the houses. In the end Home owners should try looking pass the initial price of Solar panels and see that this is a great way to produce energy that does not produce any carbon foot print.
Solar power in Canada is gaining attention to many people. You will be informed about what solar energy is and how it works, the environmental impacts of solar energy, why you should care about it and what you and others can do to help promote it. You will have a better understanding of solar energy and why you should take the switch.
In, Outside the Solar Village One utopian Farm, by, Wes Jackson, he explains about the expressions of human beings and how nature fills the world with such great full things. He explains how every community can enhance to become something that their children and their children’s children will want to continue on as their ancestors did to live and grow, instead of leaving. We think that technology can save us money but it doesn’t always save us money. Sometimes technology ends up costing a lot more than we think it will in the end and robs from our natural recourses.
Two people who believe this are reporters at the Breit Bart News Network. Julian Morris and Victor Nava believe that, “‘Green’ energy subsidies benefit the politically connected while harming future generations as hundreds of millions of dollars are added to the country’s debt burden with each green failure.” In a way Morris and Nava are correct. According to Mathias Aarre Maehlum, “Residential solar systems are typically sized from 3 to 8kW and end up costing between $15,000 and $40,000.” This can add up to become very expensive when implementing solar energy throughout the country. However, with the advancements in technology growing every year the cost will decrease over time. The cost of implementation can in fact go down as well through the use of community solar gardens. This helps the homes that are shaded and cannot absorbs the Sun’s energy. The energy from the community solar gardens are shared through out those homes. Switching to solar energy can also save money over time. Rhone Resch, president of the Solar Energy Industries Association confirms this. Resch says, “Today, the solar industry employs nearly 175,000 Americans and pumps more than $15 billion a year into the U.S. economy – and we’re just scratching the surface of our enormous potential” (qtd. in
This report is referenced many times in this article and is an important part for the information of this work as a whole. This is where most of the facts come from and is used as the backbone for this article. The rhetorical appeal of both logos and ethos is most exemplified here. This report uses evidence-based research to estimate the market for solar power, both developing companies and their technologies, and at home installation of panels on rooftops in Australia. Morgan Stanley’s research looks at companies and consumer reports pertaining to battery technology and its mass adoption. A lot of the detailed figures Parkinson uses are derived from this report, and even the infographic displayed within this article is found in this research report. Parkinson writes that the small amount of Australian homes in the market for battery storage, 2,000, will expand to a million by 2020. This information comes directly from the Morgan Stanley’s report. Parkinson relies heavily on combining the credibility of this research report with the mass amount of information it holds to effectively spark interests in his audience and for them to agree with
How solar energy, a non-fossil energy resource, non CO2 producing technology, can disrupt man’s addiction to oil gas and coal and reduce CO2 emissions.
Zweibel, K.(2010, July 19). Should Solar Photovoltaics be Deployed Sooner Because of Long Operating Life at Low Predictable Costs? Energy Policy, Volume 38, Issue 11, November 2010, Pages 7519-7530. Retrieved August 12, 2011 from http://solar.gwu.edu/Research/EnergyPolicy_Zweibel2010.pdf
Consequently, this move will cut down the potential costs that the company would have to incur in order to do solar installations in its home battery pack solutions hence making it easier for it to implement its goals as now, only a solar installer partner will be needed to affect this move. On the other hand, solar city is at the verge of launching new solar panels that are focused on increasing the value of a house (Lambert, 2016). Wow! What a lofty
The future of the United States solar energy industry will be shaped not only by economic growth, but also by the rate of declining oil resources and the global realization of the consequences of human induced climate change. Political responses to this realization in the United States include; new policies, legislature, and tax incentives to both businesses and private households to promote growth and investment in the solar power industry.
The majority of people look for tax reliefs. Tax benefits by any government are good for the improvement of general public’s lifestyle. Many governments provide lots of support to corporations for solar energy usage in the world. This type of tax benefits motivates to rising electricity generation from solar energy by the residence on their properties to receive more significant tax incentives. "these kinds of methods expand solar usage and reduce production cost due to mass usage " (Wright, 2013). Some state legislatures are now using solar power as an economic and strategic measure to reduce dependence on fossil fuels, the overloaded electrical grid, and foreign energy sources. Solar energy also reduces energy costs, improves efficiency,
Preview: Today I will discuss the potential that solar power has to become this country’s main supply of energy and the latest research that can make solar power more efficient and cost effective. I will also present the environmental benefits that come with using solar power over other and more harmful forms of energy.
I am certain that all have heard of the terms green house gases, fossil fuels, and global warming. Have you ever questioned what will happen if nothing is done about the environmental problems facing the world today? What if I answer you that, we can merely use the power from the sun to power up our entire planet without the use of harmful energy sources, which affect our atmosphere? The power from the sun is what we call solar power. Solar power is the energy that comes from the sun as light and heat energy, and then it is later converted into electrical energy through solar panels (Nelson, 2008). This kind of power is completely free, right? Why should we put a lot of expense on other sources of energy, when there is a complete free and healthy power? It is evident that solar energy is a healthy source of energy, which will help stop global warming all together, but it is economically efficient to switch everything to solar energy. Solar energy is capable of becoming the world's future power supply because, it is renewable, eco-friendly, and extremely efficient when strategically placed.
The Earth captures around 342 W/m2 of energy from the sun. This energy is in the form of solar radiation, which the atmosphere reflects about 77 W/m2 and will absorb around 68 W/m2 of solar radiation annually. Therefore, the Earth’s surface is receiving, on average, about 197 W/m2 of solar radiation annually. This amount of energy received is roughly more than 10,000 times the amount of all energy humans consume per year. This energy can be used to produce electricity or heat. This energy source is not being used to it’s potential considering how much effort would come into effect to store and transport this energy.
Regarding solar power, Mistry claims that although the solar power does not generate pollution, it has a lot of costs. Building solar panels with photovoltaic equipment has high costs. For instance, a photovoltaic system for a home can cost around $35,000 (Kumar, 2012). However, if our goal for the future is to create a healthy environment, switching fossil fuels for solar power might be the best choice to achieve that goal. According to Kumar (2012), Solar power is a clean and renewable energy so, it decreases the dependency on fossil fuel and also reduces the air pollution.
... and gas because it is a traditional and time-tested solution (ibid). Moreover, no less important factor is the expensive price of devices needed for providing solar energy and the fact that it pays off in 30-40 years. To be more precise, almost 80% of CSP system’s cost is related to its construction, in contrast, this number for fuel plant is 20% of total cost (Environmental and Energy Study Institute (EESI) Factsheet 2009). On the other side, unlike oil or coal, solar energy is free, and thus CSP operations cost 30% less than fossil fuel electro stations (ibid).