Why You Should Use Solar Energy in India (2019)

Why You Should Use Solar Energy in India (2019)

India uses solar energy like any other country in the world using photostatic to generate electricity. In smaller single-family homes, solar energy is also used to produce hot water.

Other applications, such as solar cars or airplanes, have not yet become popular worldwide and are in the experimental phase and you should know Why solar energy is important.

Although India is currently one of the largest emitters of CO2, it seems that India would rather not repeat some mistakes in the heating sector and ensure policy coherence so that the renewable energy sector continues to grow.

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1. Benefits of Solar energy

  1. Reduction of high electricity bills
  2. Increase the value of your house
  3. Solar energy is a safe investment
  4. Huge state aids
  5. Does not require additional space.
  6. Reduce your CO2 footprint
  7. Suitable for all climate zones
  8. Low maintenance requirements
  9. Multiple uses of solar energy
  10. dependability
  11. Solar energy is clean
  12. Environmentally friendly
  13. Sunshine is free of charge

2. How does it work solar energy?

Solar cells are made of silicon. Silicon is a semiconductor material. The heart of all semiconductors is the PN connection. APN connection is the connection between a negatively charged N material with excess electrons and a positively charged P material with deficit electrons. Also, You can read wonderful Advantages of solar energy.

When photons touch a compound, energy is supplied to the electron, causing the electron to drift from a sufficient zone into the zone of the defective compound. This creates an electrical energy flow in the opposite direction to the electron drift. Sources of solar energy in India.

3. In July 2017, renewable energy

accounted for 13.2% of India’s total electricity generation and imports, the highest in India’s history. Total Indian electricity production and imports in July 2017 amounted to 98.1 billion kilowatt-hours, while total electricity production from renewable sources amounted to 12.9 billion kilowatt hours.

In June 2017, India’s total renewable energy production exceeded 10 billion kilowatt-hours for the first time. June, July and August 2017 are also three months in which India’s renewable energy production exceeded 10 billion kilowatt-hours in three consecutive months. Also, we make a list of the Disadvantages of solar energy everything have pros and cons.

The reason for this strong jump in July was the strong wind force, which was exposed to fast monsoon winds. Of the 12.9 billion kilowatt hours of renewable energy produced in July, 76.2% (or 9.8 billion kilowatt-hours) came from wind energy projects, the highest level ever.

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4. Due to the high level of wind energy production

in this fiscal year (April 2017 to March 2018), India appears to be well on the way to achieving the goal of non-solar renewable energy production. The country is targeting a 9.5% share of non-solar energy in total electricity consumption. In the first 5 months of the fiscal year, the share of non-solar power generation was 7.24%.

In the first 5 months of the fiscal year, however, solar energy was only 1.58%, far below the 4.75% target for the year as a whole. In the 2016-17 financial year, India did not take into account the solar industry and the general obligation to purchase renewable energies.

This was only able to reach 5.51%, with the goal of making 8.75% non-solar purchases. The target for solar energy was 2.75%, while actual production was only 1.11%. Total renewable energy production was 6.62% compared to the target of 11.50% for public procurement.

5. Between April and August 2017

Indian wind energy production in 2017 was 28% higher than in the previous year, while solar energy production increased by 84%. Total renewable energy production is 25% higher than in the previous year.

As an alternative to OPEC, he noted that ISA could in the future replace the Oil Exporting Country Organization (OPEC) as the leading global energy supplier under the One World One Sun One Grid concept.

India’s solar potential: According to the Ministry of New and Renewable Energy (MNRE), the country’s total solar potential is almost 750 GW, as the country’s tropical land mass receives high solar radiation for about 300 days.

Current status: On 30 September 2018, the country’s solar network achieved a total output of around 26 GW. In 2014 it was only 2.6 GW.

6. Further information in India

As a tropical country receives 300 days of solar radiation per year, which corresponds to 3,000 hours of sunshine and more than 5,000 trillion kWh.

Almost all regions in the country receive 4-7 kWh of solar radiation per square meter, depending on the location, with around 2,300-3,200 hours of sunshine per year.

The national solar network currently has a total capacity of 12.28 GW*. Current projects in 14 countries have slightly more than 1000 megawatts and the country hopes to reach world leadership in about 5 years.

Solar energy has become a very important source of energy. Several technologies have been developed to harness the power of the sun. One of these technologies is photovoltaic cells. Solar cells absorb solar radiation and convert it into electricity.

A system of solar cells that are systematically placed in modules to produce solar modules. Solar modules are therefore used to absorb solar radiation and convert it into solar energy.

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