Whether you’re looking forward to installing a better solar system for your home or commercial requirements, It can be hard to know which panels you need or which will be the most suitable for your kind of requirement.
Here in this article, we narrow down the 5 best Solar panels based on their quality, price, efficiency, and more. This effort will be valuable for those who are in search of the most suitable solar panels for their residential or commercial requirements and thus utilize solar power in a better and efficient manner.

SunPower: Most Efficient

SunPower is known to be widely for its efficiency. The efficiency rate of Solar panels means, the rate of conversion of sunlight captured by the solar panels to useful energy. The most efficient solar panels will be a greater asset for you driving more energy for your requirements.

Auo Solar Panels: Most Affordable

Affordable range of price is a predominant factor while considering solar panels, especially for small-scale solar systems. Auo solar panels are one of the affordable and cost-effective solar panels in UAE. Auo is a brand mainly manufactured in China.

Fsolar: Most Reliable

FSolar or formost Solar is one of the most reliable brands of solar panels in Abu Dhabi. For a decade, Fsolar is one of the most trusted Solar panel suppliers in UAE.

Sharp: Best by Temperature Coefficient

Sharp is one of the best solar panels made out of Japanese Technology. It is best by its temperature coefficient. The temperature coefficient of a solar panel refers to how little a solar panel diminishes its productivity with regards to the rise in external temperature.

Jinko: Best Overall

Jinko Solar is a Chinese based solar panel supplier, who is is currently the world’s largest solar panel manufacturer. It is also one of demanded solar panels in UAE

Lithium batteries were first used in the 1980s and 1990s. As compared to lead-acid batteries, lithium batteries are more powerful and charge faster. Lithium is a high-end battery technology that has a longer lifespan and higher performance.

Lithium batteries are those that use lithium as their anode. During discharge, the charge travels from anode to cathode, and during charging, it moves from cathode to anode. These batteries have totally changed the portable electronics industry, including mobile phones and laptop computers. Lithium batteries are rapidly being used in electronics, electric motors, and renewable energy. Lithium batteries are used in a variety of portable consumer electronic devices, medical devices, power backups, solar batteries, and electric cars due to their lightweight, high energy density, and reliability.

The necessity for Lithium Batteries.

Lithium batteries are widely being used in new technologies. Solar energy is now cheaper than coal, and this trend will only increase. The key concern with solar systems is that they must rely on the energy grid to store excess power produced during the day and draw power from the grid at night. This is achieved because the power grid functions as a free supply of energy storage for solar panel systems. However, the industry quickly recognized that this is not a long-term sustainable choice because utilities are the most important rivals for solar.

As a result, they started to use a self-sufficient storage option to sustain the solar system’s flawless operation.

Solar energy plus storage has now gained popularity, due to the reduced cost of solar systems combined with lithium solar batteries. These batteries are highly flexible, and they can be used in wholesale energy markets to provide power and frequency control in addition to storing energy for the home. Solar plus storage with lithium batteries is now being seen as a serious choice for islands since it is less costly to use solar plus storage instead of shipping expensive and polluting oil/diesel to generate power for its citizens. Remote areas where electricity is not accessible, such as rural areas, hill stations, small stores, and so on, would benefit tremendously from the use of lithium solar batteries as a storage alternative for environmentally friendly solar systems.

Benefits of lithium-ion batteries

  • Longer lifespan
  • Fast charging
  • Higher efficiency
  • Easier installation and maintenance

Fast charging

Lead-acid batteries charge and discharge much quicker than lithium batteries. According to solar experts, a lithium battery can charge in 2 hours, while a lead-acid battery takes about 10 hours to charge a full battery. We know the incoming mobile batteries charge quickly and have a full-day backup.

Easier installation and maintenance

Lithium batteries do not need any maintenance to work properly. Some types of batteries, such as nickel-cadmium cells, require discharge to avoid memory effects. Lithium batteries, on the other hand, have no memory effect, so they do not need to be fully discharged before recharging

Longer lifespan

On average, these batteries have a lifetime of more than ten years. They can also accept over 2000 charge-discharge cycles.

In general, lithium batteries are smaller and lighter in weight. This is a significant benefit that facilitates its use in a variety of portable consumer electronic devices.

Higher efficiency

Lithium batteries have dependable, reliable, and long-lasting power. Their energy density is higher, implying that they have greater power potential. Because of its high energy density, it can be used in devices with high power needs, such as laptops and mobile phones.

Solar Inverters are one of the most important parts of the solar system. It converts the direct current electricity your solar panel generates into alternating current electricity that your home can use. There are three major options to consider:

  • String inverters
  • Micro inverters
  • Hybrid Solar inverters

String Inverters

With a string inverter groups of solar panels are connected by strings to a central inverter because they are in a string you can only produce as much electricity as the least productive panel in your solar system.it can create problems if there is a shading or if some panels are facing different directions. However, string inverters are the most cost-effective option available if you have a sunny roof and a simple installation, then string inverter is the right one for you.

Micro Inverters

Micro inverters are small inverters located at each individual solar panel, because each solar panel has its own inverter. You can monitor the performance of each panel separately. There are also better for more complicated installations and those with shading with micro inverters even if one panel isn’t producing electricity, the others will continue performing efficiently.

 Power Optimizers

Power optimizer systems are hybrid between string inverters and micro inverters. This technology optimizers located at each solar panel condition the electricity before sending it down a string to a central inverter. This conditioning process improves the overall efficiency of the system. By optimizing the voltage of the electricity, making it easier to convert from DC to AC power. Optimizers offer similar monitoring and production to micro inverters and work well for the same types of installations like with micro inverters. If one solar panel with a power optimizer is underperforming because of shade or other factors, the rest of the solar panels will continue performing efficiently.

Hybrid Solar Inverter

Hybrid solar inverter is combining the capabilities of both grid tie and off-grid inverters into one, a hybrid solar inverter system can be used in both high-power cut areas and areas where rare or less power cut. Under normal operating conditions, it can power the house, charge the battery, and feed extra power back into the grid.In case of  a power outage, the unit will automatically switch to battery power and continue to operate independently of the power grid.

Solar energy-it is a clean source of natural energy. As the sun offers more energy than ever we need, solar power electricity is a big source of energy in moving towards renewable energy production. No harmful emissions are released into the environment when electricity is produced by solar panels, and there is no fuel and no variable costs for the photovoltaic (solar pv) process which transforms the sunlight into electricity.

Renewable Energy in UAE 

The UAE is a promising market for products and services for renewable energy.

The United Arab Emirates is not the stranger of the superlatives, home to the world’s highest tower, the world’s biggest mall, and the longest driverless metro. Now it adds to its roster another one of the world’s biggest solar parks with a single site. The Mohammed bin Rashid Al Maktoum Solar Park, located on a desert stretch of nearly 4,000 acres, consists of thousands of rows of bright solar PV (photovoltaic) panels. In Phase III, the park is currently compensating for 1, 4 million tons of carbon dioxide emissions and 160,000 homes of electricity by 2020. The potential is 5.000 MW, compensating for 6.5 million tons of CO2 pollution and producing ample electricity for 800.000 households by 2030. The park follows many other major solar efforts in the United Arab Emirates. Shams Solar Park, Abu Dhabi, is Middle East’s first power-generated solar energy park. The first solar airplane in the world to fly, Solar Impulse 2 was launched and landed in the UAE in 2016.

The Al Maktoum Solar Park illustrates the future-oriented UAE energy policy, which stands out in one of the most oil-rich countries in the world. While in April last the United Arab countries have declared that at the World Summit on Future Energy in Abu Dhabi, renewable energy will account for 44 percent of the energy mix by 2050, while it currently meets most of the current energy demand with fossil fuels.

Sheik Mohammed bin Rashid al-Maktoum, prime minister of the United Arab Emirates and ruler of Dubai, said on Twitter to accompany the announcement, “Our mission is to balance economic needs with our environmental objectives.”The initiative aims to improve and increase usage efficiency by 40%.

Solar energy-the most important  source of renewable energy

Solar energy is derived by capturing radiant energy from sunlight and converting it into heat, electricity, or hot water. Direct sunlight can be converted to electricity by using photovoltaic systems (Solar PV) using solar cells.

Solar energy profits from the practical endlessness of sunlight. There is an infinite amount of solar energy available with the technologies to harvest it, which can make fossil fuels obsolete. Relying on renewable energy instead of fossil fuels also helps us boost public health and the atmosphere. Solar energy can also reduce energy costs in the long term and reduce your energy bills in the short term.

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