Pros and cons about solar energy in society

Advantages of Solar Energy
To get maximum results you must be smart to consider the use of solar power to electricity. No need to hesitate, you can get 4 advantages of solar panels to convert solar energy into electrical energy, including:
1. Free Energy
the sun is a large-scale thermal fuel that is easily available and has the function of powering several electrical component systems in your home. You can store heat energy in solar panels to get electricity. It also makes your electricity bill more efficient.
2. Clean Energy Production
The use of solar panels in utilizing solar power into electricity is considered cleaner, compared to coal-fired electricity. Solar power or solar heat alone does not emit emissions that cause greenhouse gases or global warming.
3. Government Incentives
Government incentives mean programs carried out by the government. For example, to support the elimination of ordinary electricity, people can sell electricity to the electricity company themselves.
4. Reducing Addiction
By using solar power, you are again depending on the power company for electricity. You can install solar panels to convert solar energy into electrical energy.
Disadvantages of Using Solar Energy

1. Inconsistent energy sources
solar power is considered inconsistent in producing electrical energy. This is because the sun does not shine 24 hours a day.
2. Large Installation Costs
Installing solar panels requires a large amount of money. Even so, you still benefit from saving electricity by using solar power.
3. Maintenance
Every thing requires maintenance, as well as when you use solar panels. You must clean the solar panels regularly to keep them in good working order and contact an expert immediately when lightning and other damage occurs.
At the end of the day, the most effective energy is the chosen one. so make sure we can understand the pros and cons of alternative energy.

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More from Society

global health policy in 2020 has centered around NPI's (non-pharmaceutical interventions) like distancing, masks, school closures

these have been sold as a way to stop infection as though this were science.

this was never true and that fact was known and knowable.

let's look.


above is the plot of social restriction and NPI vs total death per million. there is 0 R2. this means that the variables play no role in explaining one another.

we can see this same relationship between NPI and all cause deaths.

this is devastating to the case for NPI.


clearly, correlation is not proof of causality, but a total lack of correlation IS proof that there was no material causality.

barring massive and implausible coincidence, it's essentially impossible to cause something and not correlate to it, especially 51 times.

this would seem to pose some very serious questions for those claiming that lockdowns work, those basing policy upon them, and those claiming this is the side of science.

there is no science here nor any data. this is the febrile imaginings of discredited modelers.

this has been clear and obvious from all over the world since the beginning and had been proven so clearly by may that it's hard to imagine anyone who is actually conversant with the data still believing in these responses.

everyone got the same R
Brief thread to debunk the repeated claims we hear about transmission not happening 'within school walls', infection in school children being 'a reflection of infection from the community', and 'primary school children less likely to get infected and contribute to transmission'.

I've heard a lot of scientists claim these three - including most recently the chief advisor to the CDC, where the claim that most transmission doesn't happen within the walls of schools. There is strong evidence to rebut this claim. Let's look at


Let's look at the trends of infection in different age groups in England first- as reported by the ONS. Being a random survey of infection in the community, this doesn't suffer from the biases of symptom-based testing, particularly important in children who are often asymptomatic

A few things to note:
1. The infection rates among primary & secondary school children closely follow school openings, closures & levels of attendance. E.g. We see a dip in infections following Oct half-term, followed by a rise after school reopening.


We see steep drops in both primary & secondary school groups after end of term (18th December), but these drops plateau out in primary school children, where attendance has been >20% after re-opening in January (by contrast with 2ndary schools where this is ~5%).

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