Panasonic Solar Panel

Panasonic solar panels have a similar working process to any other polycrystalline solar panel in the market. The efficiency is acceptable with perfect glass and PV cells to increase stability at high temperatures. Panasonic solar panels are best for industrial use where increased investment can help an organization reap more power. Panasonic solar panels have efficiency anywhere from 19.2-21.2 percent. This rating means that it can convert up to 21 percent of total solar energy, affecting it.

Panasonic solar panels stand out in the market because of some very significant differences. 

• Panasonic solar panels have a very high-efficiency rating which helps them convert a lot of energy into electricity. 
• Panasonic solar panels work on HIT technology which is new in the market.
• Panasonic solar panels are very stable at high temperatures. 
• Panasonic solar panels have very low energy co-efficient. 

Panasonic solar panels consist of a lot of exotic components which help them function with peak efficiency at all times, but a few essential parts are-

• Photovoltaic cells- Photovoltaic cells help the panels convert solar energy into electricity. Most PV cells use silicon to convert solar energy, but Panasonic solar panels use HIT technology. There is not too much known about HIT as it is a patented technology. But HIT cells are very efficient with electricity production and highly stable at high temperatures. 

• Charge controllers- The charge controllers of all photovoltaic cells, control how much energy every cell produces. Maintaining the charge will provide balance to the panels and reduces generating heat. A system that has a good charge balance will produce electricity to its full capability. The batteries should be complete, and instruments should function throughout the whole day. With good energy patterns, you can reduce the management requirements of the panels. Still, proper checks and maintaining efficient charge is the key to producing better renewable energy. 

Panasonic solar panels are very efficient in industrial sectors, but they also have significant disadvantages, which set them apart from other polycrystalline panels in the market.

Advantages-

• Panasonic solar panels are very efficient in energy production, more than other panels in the market.
• Panasonic solar panels have a very low co-efficient of energy, making them more stable at high temperatures.
• Panasonic solar panels are excellent for industrial use because of their high efficiency. 
• Panasonic solar panels consist of a newly discovered technology, HIT.

Disadvantages- 

• Panasonic solar panels are costly in comparison to other solar panel types. 
• Panasonic solar panel’s HIT technology is undoubtedly coming to the end of its age in a few years.
• The panels are still inefficient if you block the path of sunlight partly in any way. 
• During cloudy days, the efficiency of this panel incredibly suffers because of the lack of sunlight.