What is bad about using solar energy?

The key arguments against solar panels are that they require more energy and equipment that burns fossil fuels to extract, manufacture and transport than they save. Another argument is that toxic chemicals are used in the manufacturing process that cause more harm than good.

What is bad about using solar energy?

The key arguments against solar panels are that they require more energy and equipment that burns fossil fuels to extract, manufacture and transport than they save. Another argument is that toxic chemicals are used in the manufacturing process that cause more harm than good. There are hazardous chemicals used to make photovoltaic (PV) cells and panels that must be handled with care to prevent release into the environment. Some types of photovoltaic cell technologies use heavy metals, and these types of photovoltaic cells and panels may require special handling when they reach the end of their useful life.

Some solar thermal systems use potentially hazardous fluids to transfer heat, and leaks from these materials could be harmful to the environment. Environmental laws regulate the use and disposal of hazardous materials. The Department of Energy supports several efforts to address end-of-life issues related to solar energy technologies, including the recovery and recycling of materials used to manufacture photovoltaic cells and panels. Several states have enacted laws encouraging the recycling of photovoltaic panels.

Solar panels are harmful to the environment because toxic chemicals are used in their manufacture. Manufacturing processes have waste products that can be harmful to human health and ecology. Old solar panels can become toxic waste due to the heavy metal content of solar cells and other contaminants. If the average weight of a commercial solar panel is 20 kg, then 500000 solar panels equals 10000 tons per day, or 3.65 million tons of solar panel waste per year.

Whether you know it or not, generating electricity produces a lot of carbon emissions. In the United States, electricity generation from fossil fuels accounts for 25 per cent of all greenhouse gas emissions, including carbon dioxide, methane, nitrous oxide and fluorinated gases. 1 Known as “brown energy”, this electricity that runs on coal and natural gas enters the electricity grid to provide electricity to your home. In about 8 years after installation, your solar panel system will have fully paid for itself by providing free electricity to your home.

4 After that, you will start making money simply by doing nothing but having solar panels. And these solar cells often last for decades, about 25 to 30 years, on average, 5 This becomes especially relevant if you want to be completely “off the grid” and have your home 100% powered by solar panels. If you are not tied to the power grid, you need energy storage devices (the most common being a lithium-ion battery) to house the energy that your solar panels produce at the beginning of the day, so that you have energy during the night. Otherwise, you will light oil lamps to illuminate your home.

The name “rare earth metals” is a bit misleading; these elements are actually in abundance. However, it is the extraction of these elements for use in wind turbines and solar cells that has a negative impact on the environment and on the humans who extract them. 12 Fortunately, major technology companies, such as Apple, are exploring methods to recycle these rare earth elements to maintain a steady supply, preventing costs from inflating due to ever-increasing demand, 15. Solar panels are made up of photovoltaic (PV) cells that convert sunlight into electricity. When these panels enter landfills, valuable resources are wasted.

And because solar panels contain toxic materials, such as lead, that can leak out as they decompose, landfill also creates new environmental hazards. Greg is at the key to a point, along with the others looking for biogas production. It takes very little energy to produce methane, which is why large landfills in larger cities are now taking advantage of it. Someday, landfill recovery will be a large industry, mining, metals and plastics and various other materials.

Technology does exist and as soon as the oil industry realizes that it is dying, it will be the source of funding to change the way we do things on this planet. It is the only industry that will have the funds to move away from current energy sources, they took everything from us. Between the pharmaceutical and oil industries, the government is nothing more than the puppet on the ropes controlled by these monstrous organizations. I know someone's going to say something like what a moron or a crackpot is when I bring the scriptures, but it's coming anyway.

The days will be shortened because of the righteous, lest any living being be left alive. We have exploited the planet to the point where the loss of life is incomprehensible. Scientists back this up when they say that of all the life that has existed on this planet, 97% or more of it is extinct, and that in the last 500 years at least 30% of what was left has now disappeared. How far are we willing to take this? On average, there are 350 births per 1,000 women aged 15-44, each year in the United States.

UU. When integrated into the distribution, it obtains approximately 2.15 children per woman, which is above replacement. The population continues to march towards the inevitable Malthusian trap, because the only thing that really prevents people from having more babies is that they cannot afford them (and yet they are still trying harder). You label that solar and wind energy is expensive and unreliable.

Solar energy has not been expensive compared to nuclear energy for about 10 years. Solar energy provides the cheapest kWhs in almost the world. We have wind that reliably provides a plurality of loads and, occasionally, a majority of cargo in jurisdictions around the world. Measured capacity factors for wind and solar power compare at least as favorably with their predicted values as reactors.

Our energy demand fluctuates seasonally and daytime, and between 40 and 60% of it can be easily adapted to wind and sun availability. Besides, your dumb nuclear reactor still needs a backup gas turbine. Except that instead of running intermittently to support “unreliable” renewables, that gas turbine needs to be sized and maintained to operate when its clumsy nuclear reactor stops working for 3 months due to an “incident”. I don't think anyone should hear what you have to say.

You seem a stubborn clinging to a reality that no longer exists. I read a Swedish study that said that if all toilet waste across the nation were converted into biogas, they could supply fuel to about 10,000 cars. There are 6.3 million cars in Sweden, so not many. Some people have a better understanding than others.

I have used some of the techniques that Bob has listed. Suit from the dead 2 lead-acid batteries the size of a monster using a small solar panel and the recommended voltage. They went from being very dead (only a few v's) to enough to start a monstrous diesel engine and maintain a reasonable voltage. They weren't like new, but that's better than the $300 it would have cost to replace them.

Degradation over 25 years, at least on LG panels in my house, is guaranteed to be less than 83%, according to the documentation, I should expect a loss of about 0.6% per year and I would assume that rate would continue after the 25-year point. For real? Can you show some numbers for the cost of relocating them? Have you tried to send something to those “empty spaces”. Answer me this: what is the cost to ship a 60″ x 24″ x 3″ package that weighs 15 lb from CA, to DE? Which makes a little sense because lead solder is still the only material that guarantees large temperature variations without developing tin pests, and it has a total suppression of tin whiskers. If you want to do something that has a guaranteed lifespan of 30 to 40 years, you need to use lead.

The reflectors are slightly curved mirror panels. Airlight has tried a variety of different reflective materials, from glass to mylar, but it seems that they have finally opted for an aluminum foil, which is not prohibitively expensive and has a very high reflectance. However, aluminum foil needs additional material to protect it from the elements, since it is very flimsy. The Sunflower has six “petals”, each of which consists of six reflectors.

At the focal point of the 36 reflectors there are six collectors, one for each block of six reflectors. As a renewable source, solar energy is also clean energy, meaning that energy does not produce any greenhouse gas emissions. Yes, solar energy has many advantages, such as its ability to reduce the carbon footprint and lower the voltage on the electricity grid. While environmental concerns related to solar panel production are currently being addressed with signs of progress in the coming years, the amount of harmful greenhouse gases released during the manufacture of solar panels is remarkable.

That figure includes solar panels that have reached the end of their useful life, but also those that were removed early because they were damaged during a storm, had some type of manufacturing defect or were replaced by a newer, more efficient model. Solar systems are not mobile at all, which means that if you buy solar energy but decide to sell it, you will have to leave your system behind. Whether it's rain, snow, light hail, sleet or even a hurricane, solar panels continue to generate electricity if even a small amount of sunlight hits the panel. By 2050, the International Renewable Energy Agency projects that up to 78 million metric tons of solar panels will have reached the end of their useful life and that the world will generate about 6 million metric tons of new solar e-waste annually.

Imagine how quickly your solar photovoltaic marine civilization will collapse during the next big solar storm. The EU model of producers funding the return and recycling of solar panels could be good for the U. For the solar recycling industry to grow sustainably, it will ultimately need supportive policies and regulations. However, both he and Tao are concerned that several U.S.

waste pickers are selling second-hand solar panels with low quality control overseas to developing countries. Recycling photovoltaic materials and advances in nanotechnology that increase the efficiency of solar cells could help boost supply, but perhaps finding substitutes for materials that exist in greater abundance could play a role. If there is another part of the property that receives more sunlight, solar panels can be installed there. Again, this is because solar panels have a high initial cost and can be considered a great investment asset.

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Jim Wisor
Jim Wisor

Lifelong twitter junkie. Typical internet fan. Lifelong beeraholic. Devoted pop culture geek. Professional zombie specialist. Internet advocate.

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