The direct application of solar energy is the process of obtaining electricity by converting solar energy that is collected in artificial collectors. There are two main types of artificial collectors that directly collect and apply the energy of the sun, namely solar panels and concentrators.

1. What is Solar Energy?
Solar energy is inexhaustible and the most environmentally friendly. The sun supplies
the earth with 3000 times more energy than the world's population currently consumes.
Solar energy has been attracting the attention of science and the public for the last few
decades. Solar energy is an immediately usable, clean and renewable resource that
represents a huge advantage over fossil fuels, so more and more work is being done on
systems that convert solar energy into electricity, both for small-sized homes and large
commercial fields with solar panels that make a great contribution to the stability of the
operation of the public power grids.
The application of solar energy can be direct or indirect. The indirect application of solar
energy occurs as the use of wind energy, which is created by the action of the sun's
light on the atmosphere and oceans, etc.
The direct application of solar energy is the process of obtaining electricity by converting
solar energy that is collected in artificial collectors. There are two main types of artificial
collectors that directly collect and apply the energy of the sun, namely solar panels and
concentrators.
Solar energy is sunlight and heat from the sun that is collected through a number of
constantly evolving technologies such as solar heating, photovoltaics, solar thermal
energy, solar architecture, molten salt power plants, and artificial photosynthesis.

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It is an important source of renewable energy and its technologies are broadly
characterised as either passive solar or active solar, depending on how they capture
and distribute solar energy or convert it into solar power. Active solar techniques include
the use of photovoltaic systems, concentrated solar power, and solar water heating to
harness the energy. Passive solar techniques include orienting a building to the sun,
choosing materials with favourable thermal mass or light dispersion, and designing
spaces that naturally circulate air.
The large magnitude of available solar energy makes it a very attractive source of
electricity. The United Nations Development Program in its 2000 World Energy
Assessment found the annual solar energy potential to be 1,575–49,837 exojoules (EJ).
This is several times higher than the total world energy consumption.
In 2011, the International Energy Agency said that "the development of affordable,
inexhaustible, and clean solar energy technologies will have enormous long-term
benefits." It will increase the energy security of countries by relying on an indigenous,
inexhaustible, and largely import-dependent resource, improving sustainability, reducing

3. carbon emissions. reducing the cost of mitigating global warming, and keeping fossil
fuel prices lower than otherwise. These benefits are global. Therefore, the additional
cost of early adopter incentives should be considered an educated investment. They
must be spent wisely and should be widely shared.
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