Solar power is an appealing source of energy, considering that it is widely available and sustainable. However, only two percent of the world’s electricity is derived from solar as of 2018. In the past, the production of solar energy has been costly and fairly ineffective.
Good thing, new technological advancements over the past years have propelled this growing reliance on solar by lowering costs. Technological innovations also aim to expand the use of solar by further decreasing costs and improving the efficiency of solar panels.
The Importance of Solar Lights
Although there are many uses for solar power, solar lighting is one of the most prominent. Large electrical products need high energy levels to operate them. This means that it needs large solar panels to collect appropriate energy from the sun.
On the other hand, solar street lighting do not require large sources of energy and can thus be operated off much smaller panels. They provide a higher level of functionality and flexibility since the solar panels can be integrated into the lighting system.
The magnificence of solar lighting is that you can use it often and virtually any time without any cost except for the initial purchase. Direct sunlight is not even required to charge the batteries. With advanced technology, new models of solar lights can charge even on a cloudy day.
Solar lights are well designed for outdoor usage, removing the need for risky electrical wiring. Excellent placement means maximum charging and the light turns on as the sun sets. While more extensive circuitry is required, solar lighting can also be used for interior lighting.
The Future of Solar Lighting
It is always difficult to predict the future. But by observing current trends in energy usage, solar energy industry, and prospective scientific research, we can catch a peek of what solar lighting could mean for the future:
Most likely, the materials that go into solar panels will change. Cell phone manufacturers, smartphones, electric vehicles, and cordless power tools all rely on the same rare earth component array that solar panel makers do.
Worldwide stocks of these resources continue to decline. Due to this, scientists have warned companies producing high-tech gadgets to find alternatives (such as iron pyrite or zinc). Experts advise manufacturers to develop their metal recycling and recovery systems.
New designs will be developed to absorb more light and convert light energy more efficiently into electricity. Upcoming solar light models will also be less costly to build than existing designs to outperform current solar cells.
Electricity producers and consumers are more likely to embrace solar power if it is as costly or more affordable than others. Any changes to current designs of solar cells should reduce overall costs to be widely accepted.
Silicon solar cells are likely to persist to fall in price and be manufactured in large numbers in the near future. Additionally, research will continue on alternative models for solar cells that are more powerful and less costly.
With the bulk production of solar cells and emerging technologies, these developments will continue to be made possible.
Solar Power Usage
As the fight against climate change is escalating, so will the demand for renewable energy sources. Solar power will play a significant role in combating global climate change.
Solar could also spread to developing countries in the form of microgrids. Microgrids are distributed installations of electricity generation that provide energy to a limited area like a town, community, or a neighborhood.
Solar microgrids are an effective way to electrify remote communities in Africa or Southeast Asia. It is most effective for developing nations where it is too costly for electricity companies to connect far-flung towns to the power network.
Transparent Solar Cells
This advanced form of solar cells is adequately transparent for many new applications. Researchers developed a model that includes organic salts that absorb enough UV and infrared light to turn solar radiation into energy
Picture this sort of solar cell on the screen of a smartphone or a car’s windshield. Ultimately, transparent solar cells are more appealing than the conventional dark-colored panels and have a wider range of uses.
The use of solar lighting dates back to a thousand years ago when man first discovered fire. However, it is also very much the present and will be a significant part of the future. Solar lighting is here to stay until the sun shines its last beam, and as technology advances, the developments can grow over and over again.
Convinced yet of the bright future of solar lighting? If so, look no further than www.heisolar.com. HEI is a global leader in providing highly efficient solar lighting products. The company offers a range of outdoor solar lighting solutions for your home, business, or property.
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