Top 10 Country Uses The Most Solar Energy 2

aerial photography of grass field with blue solar panels

A solar source of energy is an inexhaustible and cheap source of energy since solar energy comes from the sun. Solar panels convert it into usable power. Heating and electricity can be produced in homes and businesses and in the most environmentally friendly manner. A key element in combating climate change is solar energy production. The growing contribution of the United States to world economic development is also a growing factor.

In Solar energy, producers are going to see a big change in their ranking in the coming years. India and the US are leading the solar power revolution, which heralds a shift on the global stage. By analyzing the collected data, we can put together a ranking of the countries with the largest amount of solar power installed. 

Solar energy has been shown in numerous data and reports to be an effective source of electricity generation around the world. Solar panels with Alfen EV chargers are being installed on several countries’ land as a result of these strong investments. This would allow us to cover more than 71% of our daily electricity demands with solar panels.

Around the world, governments are pursuing various measures to increase the development of solar energy, both at home and at the grid level (by providing various incentives). Regardless of the method, many promising data indicates that solar energy will become a major player in generating electricity globally.

As countries shift toward renewable energy and reduce carbon dioxide emissions from energy generation, solar power installations are increasing rapidly around the world. 

Which Countries Generate The Most Solar Energy?

The statistics are difficult to obtain since anyone who wants can install photovoltaic panels on the roof of their house and generate electricity, which means it is difficult to determine how much electricity each individual generates or contributes to the network. To give an approximate idea, here are the ten countries that produce the most power from solar power:

  • China (130.4 GW).
  • United States (85.3 GW).
  • Japan (63.3 GW).
  • India (57.4 GW).
  • Germany (48.4 GW).
  • Italy (22.6 GW).
  • United Kingdom (14.2 GW).
  • France (12.8 GW).
  • Australia (12.2 GW).
  • Pakistan (10GW)

The Top Ten Solar Producing Countries Are Listed Below Without Further Ado: 

1. China (130.4 GW)

The environment in China is in dire need of improvement. This may have contributed to the fact that despite the nation increasing its solar capacity by 81% last year, his recent efforts did not receive much attention. A goal of 20% renewable energy by 2030 is being sought by the country. Up to 70% of the capacity of solar thermal systems around the world was installed in Brazil in 2014. Floating solar power has recently been activated in China.

As of the end of 2008, a total of 223.8 terawatt-hours (TWh) of electricity were generated in the country by solar energy.  Despite being the most polluting country in the world, China’s massive economy has an enormous amount of coal and renewable resources available to meet its enormous energy needs. 

Subsidies for commercial projects were removed in favor of a competitive auction model in the late 2000s while government subsidies fueled activity in the sector. A 2.2-gigawatt solar park in Qinghai is the biggest solar project in China.

2. United States (85.3 GW)

According to the country’s solar energy bifacial solar panels production statistics, it produces 18,317 Megawatts annually. The principal of MUSE School in Malibu, California, designed these flower-shaped panels that line the entire campus.

Technology, talent, and a favorable natural environment exist in the United States for large-scale solar deployments (not to mention the constantly rising demand for solar energy). While the future for renewables in the United States does not look bright, Trump’s withdrawal from the Paris Agreement leaves a glimmer of hope. Solar energy has however been one of the top priorities for some states, as has renewable energy in general. In today’s world, it is not uncommon to see solar installations on rooftops that are the largest in the world, along with home installations that are highly advanced. Prices are decreasing each year in the United States. 

3. Japan (63.3 GW)

By combining industry and technology, Japan was one of the first to develop large-scale solar power, and the country continues to innovate in the sector, aiming to use solar power to meet 10% of the country’s energy needs by 2050.

According to IEA data, Japan’s solar park is the third-largest in the world, with a capacity of 63.2 GW and a generation rate of 74.1 TWh in 2019. 

Solar power and other renewable energy sources have become increasingly popular since the Fukushima nuclear accident in 2011, which led to a reduction in nuclear power consumption in the country. 

Despite a slight slowdown predicted for the solar PV market over the next few years, Japan has used feed-in-tariff systems to successfully encourage the deployment of solar technology. 

Due to FiT system changes for large-scale projects and undersubscribed auctions in the past, the IEA projects a decline in Japanese PV additions from 2022 onwards. 

Government policies and falling costs, however, could push the installed solar capacity in Japan to approximately 100 GW by 2025. 

4. India (57.4 GW)

The World Bank has provided $1 billion in loans to India just this year for solar power deployment on a large scale. By 2020, India will make significant strides in solar power generation. The government hopes to have 100 GW of installed solar power by 2022, just as the country’s solar boom has just begun. Solar energy plays a major role in India’s development as a developing country, particularly for heating and purifying water. Aside from this, the price of coal-fired energy is particularly low, which is why the government cancels projects to build coal-fired power plants. 

5. Germany (48.4 GW)

In the past few years, Germany’s renewable energy commitment has made headlines. In order to reduce carbon emissions in the country, the Energiewende strategy aims to have 60 percent of its electricity generated by renewable sources by 2050. With almost 30 photovoltaic panels, Germany is the leading country in Europe in the field of renewable energies. Each of these plants generates at least 20 MW of power per year. As in the United Kingdom, the country is also setting solar records this year.

Germany – 49.2 GW

Creating a national park of about 49.2 GW of solar power will generate 47.5 TWh of electricity in Germany, the leading country for solar deployment in Europe.

In recent years, auctions have increased solar installations, and the German government recently announced that it intends to deploy 200 GW of solar energy by 2030. This move is part of the government’s plan to have 65% of Germany’s energy mix to be renewable by 2030.

It is not uncommon for Germany to have small-scale private installations, incentivized by government incentives such as compensation for excess production, while utility-scale projects are expected to grow in the years to come. 

In Germany, 187 megawatts of solar power are generated at the Weesow-Willmersdorf project, developed by German utility EnBW near Berlin.

6. Italy (22.6 GW)

This is an unusual ranking because Italy imports more energy than it exports. Over the next decade, solar energy is expected to account for almost 10% of the country’s electricity supply. This method of energy generation will not only allow Italy to take advantage of the resources it possesses in abundance but will also reduce Italian dependence on foreign energy.

Within the inhabited farms are several solar panels, which serve as an important source of energy for the country. These panels are located on a farm near Castelbuono, Italy.

7. United Kingdom (14.2 GW)

According to installed capacity in 2015, the UK surpassed France and Spain. Governments have supported initiatives that encourage the installation of solar panels in homes and schools, along with major commercial solar installations. Solar farms in the UK produced six times as much energy as coal between April and September 2016 – on a particularly sunny day, they produced more than double that amount. 

8. France (12.8 GW)

Solar energy has taken off in France due to its strong economy and strong energy sector. As a matter of fact, he plans to lay 1,000 kilometres of solar-powered roads.

9. Australia (12.2 GW)

Australia has seen a significant increase in solar energy since 2009. There are about 20 solar projects (with a power of greater than 1 MW) currently being developed in the country. This, however, is only one aspect of the picture. The United States will have the biggest storage facility for solar power in the world. 

10. Pakistan (10GW)

A photovoltaic plant was inaugurated in Pakistan in 2012. When completed, Quaid-e-Azam solar park will have a capacity of 1 GW and be the largest solar project in the world of its kind. It is situated at the center of the company’s solar strategy. Pakistan is preparing to run energy auctions in response to the recent drop in global tariffs, which could further lower the cost of solar energy.

Solar Energy Has Several Drawbacks

Despite solar energy’s magnificence, it does have some downsides, and there is a substantial amount of development needed to eliminate these inconveniences. In my opinion, the following points are most crucial: 

The problem occurs intermittently. At times it is very productive while other times it is very inactive.

Systems for storing data are needed. Currently, they are very expensive

In addition to using highly polluting substances such as nitrogen trifluoride and sulphur hexafluoride, solar panels are a major component. Global warming is largely linked to these gases, much greater than carbon dioxide, as these gases generate the greenhouse effect.

The manufacture of other elements, such as solar cells, requires extremely rare raw materials, such as cadmium telluride (CdTe). Other materials, such as some semiconductors based on copper, indium, gallium, and selenium (CIGS).

There is a lot of space required for this. Globally, there is an approximate 170 W/m2 density. In comparison to other forms of power generation such as solar thermal or nuclear, this has a significantly higher value.

What Are The Pros And Cons Of This Alternative?

Using solar energy has hundreds of benefits as you have seen. We believe that installing solar panels on businesses and homes is a viable alternative to relying on electricity from the grid. It is the best method to reduce spending on energy bills. Photovoltaic energy can, without a doubt, play a significant role in the supply of electricity to the United States for economic development.

Solar Energy: Where Does It Go From Here?

For several reasons, including the continued cheapening of solar panels, the solar energy industry is predicted to become a major substitute for fossil fuels. Fatih Birol, Executive Director of the International Energy Agency (IEA), given at COP21 in Paris in 2015, says that achieving climate goals and sustainable development will require a transformation of energy sectors in the coming decades. Global energy-related emissions have remained unchanged for the past three years thanks to the combined efforts of governments and the private sector. We have shown that we can achieve climate goals and benefit from energy access and environmental improvement at the same time.” 

Within the same scenario, the International Renewable Energy Agency warned that “Renewable energy components in existing national climate plans do not align with actual application trends and national energy targets as well as what is cost-effective to accelerate adoption [of renewables].”

Investment Energy Finances

A geothermal energy startup is backed by two major oil companies. The most established low CO2 energy technology alongside wind power, solar photovoltaics has declining development costs as its scale increases. 

From 2022 on, new solar energy deployment is projected to set a record, with 125 GW of new solar capacity globally planned between 2021 and 2025, according to the International Energy Agency. 

Photovoltaic solar generation was up 22% last year, ranking second behind wind and ahead of hydro among all renewable technologies.

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