Solar Energy's Potential: Solving Present and Future Energy Problems

This essay explores the present and future of solar photovoltaic (PV) energy, highlighting its potential to transform sunlight into electricity and its role in addressing energy challenges. It discusses the advantages of solar energy, such as its accessibility and decreasing costs, while also acknowledging its drawbacks, including high initial expenses and environmental pollution from exotic materials. The essay references the Carter administration's energy plan and the potential payoffs of a solar grand plan, including job creation and reduced dependence on foreign oil. It emphasizes the importance of government support for solar power infrastructure to promote renewable and sustainable energy, noting that innovative solutions don't necessarily have to be costly or high-tech. The essay concludes that solar power has the potential to provide clean, reliable, and affordable electricity, making it a crucial component of future energy strategies.

Running head: Present and future problems
Present and future problems

Running head: Present and future problems
1. Solar PV energy is called as the technology where scientists transfer sunlight into
electricity. It helps to achieve the approach of light into electricity and it is used for
dealing with power such as calculators, watches etc. It promotes applications by
gaining the energy as well as momentum in solar projects. (Zahedi 2013)
It offers strong presence and decreases the costs of electricity. It is easy to achieve
and one does not have to travel. This is a major benefit.
The cons are that it is expensive and causes pollution. It needs space and it is made
up of exotic materials. The pollution can harm the health so it is harmful for one’s
health in long run. (Tiwari 2016)
2. Simple solar PV panel works with the help of photons; light particles and it creates
strong electricity. Solar panel is related with photovoltaic cells. It includes different
volumes of cells and generates electricity or heat and air.
3. Solar power is used in our daily life with respect to cooking while surviving. It is
useful for battery charging which is very wonderful where one should not look down
for the battery chargers. It provides sunlight to our home which is very important.
4. U.S. is a leader in solar power as solar energy focus on generating electricity. It is
highly expensive and U.S. people stores energy from sunlight and works in a better
way.
5. The Carter’s energy plan is to increase the domestic growth of oil as well as gas
and to motivate the energy sources to deal with the transfer of fuels and to decrease
the trade deficit. It must be given high priority. We can make the dream of President
real as it helps to understand the importance of effective social services, strong
education and major laws as well as legislation. (Pieper 2009)
6. The payoffs that have been anticipated by the solar grand plan include the
increase in the domestic jobs. Secondly, the dependence of foreign oil has reduced
to 0% from 50% and also it decreased the greenhouse gas emissions.
7. The innovation does not have to costly or high tech and it should not focus on
energy based buildings that look for the tasks in a simple way. It deals with the core

Running head: Present and future problems
elements in the projects and there will have energy ineffectiveness in developing the
account for carbon dioxide emissions. The buildings made up of glass are not
effective and most people open their windows.
8. There will have benefits to the stability, reliability and security of the grid. The
distribution system will focus on improving on the electricity that is important to
increase the benefits of two-way electricity and it implements the day to day price
strategies. These improvements integrated the sources of renewable energy and
increase the power.
9. Solar power in United States creates electricity and has no global warming
pollution and no costs of fuel. It has no harm in the prices of spikes.
10. The creation of solar power has the potential to protect the owners in the home
through solar power approach. The financial profits of solar power are environmental
advantages. With solar power, home uses renewable sources of energy that is clean
and has very less impact on the atmosphere.
11. Grand plan by 2100 creates 100% US electricity and higher rate of total US
energy. Thus, it is important for the government to spend more than 420 billion
dollars b 2050. (Behling, et. al, 2012)

Running head: Present and future problems
Essay
Introduction
Government support to the US which solar power infrastructure through which solar
power energy helps in renewable and sustainable manner. It offers strong presence
and decreases the costs of electricity. It is easy to achieve and one does not have to
travel. It requires low management.
Discussion
The decrease of PV systems in the past years has developed new approaches for
focusing on solar energy and it is the important electricity source. It is said that the
tools and technologies are strong and capital where all the expenditures are
important. It decreases the capital cost and the major goal is to achieve the vision.
The price is seemed to decrease by 65% by the year 2050 and the major key to the
growth of solar is to deal with the clear rules that meet the industry. It helps to
increase the benefits and offers 30% tax credit for solar systems on different
projects. (Pieper, 2009)
Government increases the national priorities such as safety, economic growth,
change in the climate and creation of the job. For example, the innovative solutions
are important to increase the effectiveness and it is based on the baseload power.
Conclusion
To conclude, it has high potential to deal with the clean, reliable and affordable
electricity. Thus, we can depend on solar power as it is affordable and grow rapidly.

Running head: Present and future problems
References
Behling, Sophia, and Stefan Behling, In collaboration with Bruno Schindler. Solar
power. The evolution of sustainable architecture. New York, Prestel, 2012
Pieper, Adi. The easy guide to solar electric. Santa Fe, NM, ADI Solar, 2009. 214 p.
Tiwari, G. N. Solar energy: fundamentals, design, modelling and applications. New
York, Nova Science Publishers, 2016. 525 p.
Zahedi, Ahmad. The engineering and economics of solar photovoltaic energy
systems. Melbourne, Aus., New World Pub., 2013. 308 p