The Panasonic HIT Slim Series uses thin amorphous silicon layers and heterojunction technology to increase the energy output and reduce the loss of energy. These solar panels are also extremely efficient and have an extremely low temperature coefficient. They can be used for any season and in all weather conditions. They can maintain power output regardless the temperature thanks to their low temperature coefficient.
Heterojunction technology
Panasonic employs heterojunction technology in order to improve the efficiency of solar panels. The panels use an amorphous silicon coating that has a low level of surface roughness. They can produce solar power from both sides of the panel. Panasonic has also optimized the rear surface to increase light yield, and module efficiency. These panels are also effective in reducing light-induced degradation.
Heterojunction technology is a significant advancement in solar panel efficiency. The efficiency of a single monocrystalline cell is approximately 20% higher than that of an amorphous cell. The heterojunction panel's efficiency is lower than that of a conventional crystal cell.
Long-term performance
Panasonic solar panels are known for their reliability and longevity. They are the most efficient and have the lowest degradation rate of any brand. The company has been active in the industry for more than 40 year and has invested considerable resources into research and development. Panasonic solar panels come with a warranty of 25 years for manufacturing defects and replacement. Panasonic's goal is for each panel to achieve more than 90% solar power.
Panasonic has launched a new range of residential homojunction panels. This new series also includes a lithium storage solution. Each panel contains 66 cells with a power output between 400 and 410 watts. These panels are efficient in power conversion at twenty-two percent to twenty two percent. Panasonic also offers an extended warranty on power output and product quality for 25 years.
Low temperature coefficient
Panasonic's solar panel heat technology (HIT) delivers high efficiency, low temperature coefficient and higher electricity generation. Panasonic solar panels are also designed with a pyramid shape to reduce reflection and allow more sunlight to enter the cells. Panasonic solar panels boast one of the highest conversion rates in the industry.
Panasonic's HIT technology allows solar panels to retain more power at high temperatures. This makes them ideal for hotter environments. Although most solar panels lose efficiency with increasing temperatures, Panasonic's panels can withstand temperatures up to 77 degrees Fahrenheit.
Prices
When it comes cost, there are some things you need to keep in mind. The first is the power consumption of the panel that you will be purchasing. Next, you should consider the efficiency of the panel. The higher the efficiency, the better. Consider the panel's decay rate. A low degradation rate means that a mid-range panel will still produce the nameplate power over time. Panasonic solar panels have higher efficiency and lower degradation rates. They will also produce more stable energy for many years.
The efficiency of a solar panel should be one of your top priorities. Panasonic solar panels are 26% more efficient than the industry average. The purchase of a high-wattage, solar panel will enable you to quickly recover your installation cost.