Com o poder do sol cumpra seus desejos Ramadã

According to the Islamic calendar, the specific date of Ramadan changes every year, and the estimated time for 2023 is March 23 to April 21. Officials will announce the exact date when the first new moon rises in the ninth month (of the traditional Islamic calendar). Ramadan lasts about 30 days (that is, until the next new moon rises), and after the end will usher in Eid al-Fitr to celebrate the end of fasting.

Ramadan is an important festival in Islam. Every year, millions of Muslims fast and pray during the day, perform charity and feast at night during this month.

However, with global climate change and increased energy demand, increasingly Muslim communities are exploring the possibility of combining Ramadan with solar PV to better meet their energy needs.

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Solar energy is a very good solution.

During Ramadan, Muslim communities can use photovoltaic systems to store solar energy obtained during the day for use at night. This helps relieve pressure during periods of peak electricity demand, while also helping to reduce electricity costs. With the help of solar photovoltaic technology, Muslim communities can better utilize the energy of the sun during Ramadan as an alternative to traditional sources of fuel and electricity. Providing clean, renewable energy to Muslim homes and businesses can also play a positive role in energy conservation and conservation. During fasting, Muslim families conserve energy and water as much as possible in keeping with the spirit of the fast.

The use of photovoltaic systems can further strengthen this sense of conservation, making Muslim communities pay more attention to environmental protection and sustainability in their daily lives. Solar energy is also in line with the Islamic concept of environmental protection. In Islam, protecting the environment and natural resources is seen as an important responsibility. Solar energy is a very environmentally friendly energy source. The use of solar energy can reduce dependence on traditional fossil energy, reduce carbon emissions, and help protect the ecological environment of the earth.

In general, solar energy can provide believers with clean and renewable energy support, help them meet basic living needs, and is also conducive to the development of environmental protection and charity activities. With the continuous advancement of solar technology, it is believed that in the future, solar energy will become the preferred energy source for increasingly Muslim believers.

The solar PV market in the Middle East and Africa region is expected to grow at a CAGR of over 8% during the forecast period 2020-2025.

Large-scale solar power plants under construction are likely to become operational during the forecast period and are expected to drive the market significantly.

With the goal of moving towards renewable energy in the future, different countries have implemented different policies which are supporting the development of solar PV in the region.

In the past decade, the development of renewable energy in the Middle East has been slow. From 2012 to 2021, the growth rate of the total installed capacity of renewable energy in the Middle East is 76%, which is far lower than the world average of 112%. The latest report from the International Renewable Energy Agency (Irena) shows that the global installed capacity of renewable energy will reach 3,587GW by the end of 2021, while the total installed capacity in the Middle East is 24GW. Although it has increased by about 4.5% compared with the same period last year, it is not as good as the global installed capacity. 1% of capacity. Investigating the reasons behind it, we found that the development speed of renewable energy is often closely related to the level of economic development and the national energy structure.

"Renewable Energy Act", and Western Europe and other countries introduced the photovoltaic industry at the same time. In the past two years, Europe has tried its best to get rid of the shackles of natural gas and other energy sources and vigorously develop the renewable energy industry.There is a positive correlation between oil and gas prices and the demand for renewable energy in Europe, and the development of renewable energy is rapid. In comparison, the Middle East is rich in oil and gas resources, with oil accounting for 49.5% of global reserves and natural gas accounting for 38.7%. When oil and gas prices rise sharply, there is insufficient incentive to invest in renewable energy. When oil and gas prices fell sharply, finances were tight, and spending was limited.

Therefore, the development of renewable energy in the Middle East is slow. Despite a slow start, solar development in the Middle East and North Africa is picking up pace as countries commit to meeting decarbonization targets. Falling solar prices, and cheap, sunny desert land have played a big role.In addition, large projects can benefit from economies of scale and the increasing number of tenders.

As a result, oil- and gas-rich countries that were once hesitant are also starting to commit to developing large-scale solar PV projects. Leading the way are countries such as Saudi Arabia, Egypt, and the United Arab Emirates, which have been commissioning large-scale projects; projects in Oman, Kuwait and Tunisia are growing. Countries such as Pakistan and Iraq are also undertaking the first large-scale ground-mounted power station projects.

According to market research firm Frost and Sullivan, the value of solar projects in operation in the MENA region is estimated to be between US$5 billion and US$7.5 billion. The estimated total value of grid-connected projects in 2024 is between US$15 billion and US$20 billion, and these figures indicate the growth of this region. It is expected that by 2030, solar power will replace natural gas as the main energy source. Innovative technologies and hybrid applications related to photovoltaic power generation will achieve further innovation and breakthroughs in the Middle East.

The photovoltaic potential in the Middle East is huge, and it is likely to become the main global photovoltaic market in the future, and the market size may reach trillions.

In terms of sunshine time, which is a necessary condition for photovoltaic development, the Middle East is undoubtedly one of the regions with better conditions in the world.

If you also want to enter the Middle East photovoltaic market, you can consider Sunpro's TOPCon modules —— SPxxx-N108M10 .

● The maximum power is 430W, 108 pieces of M10 mono-crystalline silicon cells.

● 16-busbars, better conduction efficiency, the maximum efficiency can reach 22.02%.

● Quiet operation, no need to worry about noise pollution.

● Flexible installation, both on the ground and on the roof, effectively utilizing the space.

● No need for additional raw materials, no emissions, and electricity can be produced 12 hours a day.

● Longer service life, 12-year warranty and 30-year performance guarantee.

● Strong environmental pressure resistance, can withstand 2400Pa wind pressure and 5000Pa snow pressure.

● Won TÜV, CE, ISO and many other international quality certifications and fire protection certifications to ensure that product investment can quickly recover costs and help achieve profitability.

In the future, Sunpro will continue to provide high-quality photovoltaic products and services to customers in the Middle East and even around the world, actively fulfill its commitment to providing clean and sustainable energy around the world and contribute to the global low-carbon cause.

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