Since the origin of human and earth, the sun has provided us with a considerable source of power. A power source so great it has illuminated our planet for billions of years. Only in recent times has man been able to learn how to implement this to our lives.
Unfortunately, we are only using a tiny amount compared to what is available to us. The main reason is the lack of technology we have. We have known of its potential since early man was born but we are limited by the tools we have to harness this effectively. Certainly the apparatus that we use now have advanced significantly since the first discovery of this energy source but we can do a lot better.
Part of this situation fall under the lack of motivation to fund more researches to get a move on its advancement. If we look at the time line of solar power development we will see that the most progress we achieve happens in times where existing energy sources are low. During the oil crisis of 1973, it made progress with solar panels which brought the cost down from $100/watt to $7/watt. Then early 20th century as petroleum and coal availability increased the progression of this renewable energy technology stagnated. The maturity of solar technology should not be halted or slowed down by our false belief that petroleum, coal or any other available non-renewable energy sources would never run out.
At present, we are faced with the outcomes of using excessive non-renewable power sources. Greenhouse gasses are significantly increasing causing problems we have been facing. Using sunlight power is clean, efficient and we have unlimited supply that is free. Making renewable energy part of our lives will reduce the necessity to use up the limited resources that we have. Petroleums are a thing of the past, we must learn to go forward and evolve faster.
The sunlight that we get can be used in many ways. It can be used indirectly by concentrating sunlight to get heat energy to fuel heat engines which in turn give us electric energy to be used at home. We can also solar energy actively and directly with solar panels or photovoltaics (PV). Photovoltaics convert sunlight to electricity. PVs can be used passively utilizing sunbeams and using heat to heat up homes, for hot water, distillation and a lot more.
The number of application we have in use are meager in contrast to the available raw energy. A good example is the biggest solar power plant in the Mojave Desert in California. It generates a lot of power with no earth-harming emissions. A second is the Sarina Photovoltaic Powerplant of Canada. It is 80 MW strong and the largest PV plant today.
There is a lot more room for growth for solar power. Some experimental fields being explored are concentrated photovoltaics, thermoelectric and space-based solar power. With so many alternative concepts and so much we can improve on the existing solar technology, it is only human creativity that is holding us back.
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A Solar Farm Project Co-Development Program offers services such as; initial review through conditional use permits approval, interconnection application, engineering and drawings, scoping & system impact, legal work, CASIO SGIP / LGIP PPA negotiation, overall project management, construction financing, financial modeling, SPE formation, accounting & taxes and more
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