A List of Illuminating Developments in Solar Power Inventions that Hold Great Promise

Solar power inventions that are becoming increasingly available in the marketplace look set to drive demand for solar powered applications to new heights in this decade. Not only are these approaches gaining popularity among individual homeowners, governments and big business are pouring millions of dollars to spur even greater levels of innovative approaches.

Is the Excitement Justified?

Individuals, governments as well as big corporations are increasingly attracted to the use of solar powered solutions in powering the world. With environmental awareness at an all time high, even more novel solar power inventions are likely to gain in popularity as the days pass. There is no shortage of motivating factors that will see more people turning to these alternatives. Dwindling supplies of fossil fuels and subsequent price hikes will give these initiatives a much needed impetus as well.

The list outlined below shows the solar power inventions that have a promise of effectiveness.

1. Greater efficiencies in Solar Thin Film

There has been a spate of reports documenting ever impressive efficiency metrics recorded for thin film solar photovoltaics. The versatility of these alternative modules has always been undone by their decidedly low efficiency rates compared to traditional crystalline modules. With reports of up to 20% efficiency of sun's energy reportedly being converted by experimental cells, it seems more a question of when rather than whether solar thin film is going to become cheaper than using utility sourced power.

2. Efficiency and Cost Effectiveness of Microinverters

Inverters are essential devices in a solar powered system. The solar cells generate energy in the form of direct current. This format is quite ineffective in driving most modern appliances and equipment. The inverter is used to convert the power from DC to AC (Alternating Current) format so it can be useful in the home.

Traditional inverters are decidedly costly pieces of equipment and can contribute up to a quarter of the total installation costs. The inherent disadvantages of this method of installation are finally being addressed effectively through the use of microinverters. These devices are connected to each solar panel independently and therefore cannot be unduly influenced by poor performance of one module in particular. If the prices of microinverters continue plummeting as is the case at the present, it is not long before solar becomes the most preferred method of powering homes and commercial premises.

3. Effective Designs of Effective Racking Equipment

Due to the bulky and delicate nature of crystalline modules, the only way to ensure their efficacy and long life is to have in place robust racking in place. This is usually a costly affair as the traditional devices comprise up to a quarter of the total equipment cost. When you factor in the installation fees, this amounts to a decidedly high bill for some support accessory.

Recognizing that this state of affairs holds a potentially lucrative business opportunity some companies have put in great efforts to offer solutions to homeowners. The designs on offer provide greater reliability at a cost that is substantially lower than what you get for conventional solutions.

Driven by incentives being offered by government level authorities as well as venture capitalists, inventors in sustainable energy field have been hard at work. The innovations witnessed in the industry are nothing short of spectacular in the long run. As we progress over the cause of this new decade there is every reason to suppose that the world will go on witnessing even more novel solar power inventions.


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