California’s Model of Utilizing Solar Energy
No other US state could demonstrate the use of solar power cells than California. As a matter of fact, no other place on Earth is yet to parallel California’s aggressive initiative to push the use of photovoltaic cells in energy generation.
California is among the hottest states in North America. During summers, climate is scorching hot and there is a period of usual power shortages or blackouts. California is known for having the highest utility costs simply because there is a strong demand against the backdrop of dwindling energy sources.
Thus, the state government has been encouraging households to individually and independently acquire rooftop solar systems that would help households generate electricity for their own use.
Third World Countries and Renewable Energy
As developed countries rush to make use of renewable energy more common and widespread, third world or developing nations are also not being left behind. Such countries are now acknowledging the fact that there is indeed, a need to address the prevailing energy problems.
As costs of conventional energies continue to rise and as operating costs of other energy generation processes become more difficult due to environmental changes, third world countries are capitalizing on renewable energy generation.
Economists and energy researchers in such nations are working together to bring about and identify the best options for the initiatives.
Such developing countries are succeeding in making its initiatives truly effective. Now, such countries are also boasting about their respective research initiatives that have the potential to contribute to the global research about finding the best renewable energy sources to offset the problem of problematic energy sources.
Maximize Efficiency and Energy Production in Solar Cells
Germany’s Fraunhofer Institute ISE has developed a manufacturing technique that would significantly facilitate for higher electricity production of currently used photovoltaic or solar cells.
The solar power sector is welcoming this breakthrough development because apparently, there is a need to further increase the production of electricity of solar cells without further raising the area used for the facility.
The technique called metal wrap through or MWT has three manufacturing steps.
First, laser holes need to be drilled across the solar cell. Contacts on the photovoltaic cells’ rear have to be applied using a screen print process. Vias should also be created at the same time.
Solar Power Use and Corporate Social Responsibility
With the rapid degradation of the environment and the increasing apparentness of global warming, it is just normal that all sectors of the society are speeding up initiatives to help lessen emission.
Studies have shown that the active and excessive emission from burning of crude by industries in the 20th century has greatly contributed to the changing weather patterns observed today as the ozone layer in the atmosphere depletes.
Thus, companies all over the world are also starting to adjust their operations and goals to help in the overall drive to make the earth green. Under the corporate social responsibility initiatives of almost all important companies worldwide, carbon emission from burning of crude should be lowered significantly. Thus, the best alternative seen currently is solar power generation.
Solar power generation makes use of light and heat from the sun, a renewable energy source that is at the same time so abundant.
The Potential of Recreating Solar Energy
As all countries worldwide strive to lessen reliance on fossil fuels as a primary source of energy, many technological firms and initiatives are being started to pursue innovative and breakthrough solutions in solving energy concerns.
In the European Union, a nuclear fusion effort is being focused at to help end the region’s demand for crude oil. Governments are alarmed at the depleting volume of supply and at emission’s effect and contribution to massive global warming, which is starting to get felt globally.
The United Kingdom is leading the project. Under the initiative, a commercial nuclear fusion would be developed. Using powerful lasers, isotopes called tritium and deuterium of natural element hydrogen would be crushed together to form another form of element called helium.
As a review to general science lessons, helium and the process of hydrogen isotope crushing are the very significant factors of releasing huge volumes of energy from neutrons, a chemical reaction that is known to empower the sun.
Solar Power Rain or Shine? The titanium oxide
The future is geared towards utilization of solar energy for electricity requirements. It is expected that within a few years, solar energy would be the main source of electric currents, replacing the current sources, which still rely on furl burning and usage.
Hydrothermal power generation is also becoming volatile because the process still involves fuel burning. Thus, different breakthroughs are being developed to further improve solar cell power generation.
One basic question over photovoltaic or solar cell usage is its functionality during sunless or rainy days. Logically, anyone would infer that without direct and scorching sunlight, solar cells would not function. That can be true with cell using silicon as raw conduction material. But with the latest technology developed by G24 Innovations, a company based in Welsh, United Kingdom, the problem is resolved.
Through replacing silicon with titanium oxide, which is cheaper but as effective, solar cells would be made to work as good even with low levels of available sunlight. Indoor solar power generation could also be made possible using the new technology.
Thus, even during rainy days, such solar cells would still be able to generate the much needed electricity. Rain or shine, there would be solar-sourced electricity. Isn’t that nice?
Which Is Better, Solar Cells or Windmills?
Almost all countries are at aggressive strategies to counter and address problems over energy depletion and rising costs. That is why there is massive search nowadays for better and more economical energy sources.
Conventional energy generation is starting to look pale as crude supplies start to dwindle and become really expensive.
What is worse is that almost any kinds of other energy sources rely on fuel. Hydroelectric and geothermal electric plants still need fuel to run its facilities.
Two of the most popular and feasible renewable energy sources nowadays are solar of photovoltaic cells and windmills. Though, both renewable, they have different efficiencies.
Solar cells of course, make use of sunlight. Made up of silicon as conductors, solar cells are very effective in generating stored electricity.
On the other hand, windmills principally rely on wind power for mechanical energy. That mechanical energy would facilitate the running of internal turbines, which would in effect generate electric currents.
The Rising Popularity of Renewable Energy Sources
Numerous energy producers and utility firms all over the world are starting to recognize the promising potential of renewable energy sources.
To date, only about 13% of overall primary energy is coming from a vast array of renewable energy production in the form of wind, geothermal and sunlight. Various energy industry players globally are aiming to soon raise the total accountability of renewable energy to overall energy supplied to consumers. There are several practical reasons why the global energy industry should shift focus to renewable.
The first and primary concern would be the dwindling supply of traditional energy source, which is fuel or crude. Crude supplies all over the world are rapidly decreasing as demand uncontrollably shoots up. In a matter of a few more decades, it is estimated that oil reserves all over the world would diminish to minimal levels.
Before that happens, it would be better if consumers would be assured that energy supplies would not run out. Renewable sources of energy never dwindle.
-
-
Think Solar Energy
-
Sponsor