Panasonic HIT Slim Series makes use of thin amorphous silicon layer and heterojunction technology in order to increase energy output and reduce energy loss. These panels are extremely efficient and have a low temperature coefficient. These solar panels are suitable for all weather and seasons. The low temperature coefficient of their products allows them to produce power regardless of temperature.
Heterojunction technology
Panasonic uses heterojunction technology for increasing the efficiency of its solar panel panels. The panel's amorphous silicon layers have a low surface texture, allowing them both to produce solar power. Panasonic has also optimized Panasonic's rear surface for increased light yield and module efficiencies. These panels improve light-induced decay.
Heterojunction technology represents a major improvement in the efficiency of solar panels. 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 being reliable and durable. They are more efficient than other brands and have a lower degradation rate. Over 40 years of experience in the solar industry has seen significant investment in research and development. Panasonic solar panels come with a warranty of 25 years for manufacturing defects and replacement. Its goal is for every panel to provide more than 90% of its original solar power rating.
Panasonic has launched a new range of residential homojunction panels. This new series comes with a lithium-ion storage solution. Each panel comes with 66 cells, and has a power output ranging from 400-410 watts. The power conversion efficiency of these panels is twenty to twenty-two percent. Panasonic offers a 25 year product and power output warranty.
Low temperature coefficient
Panasonic's solar panel heat technology (HIT) delivers high efficiency, low temperature coefficient and higher electricity generation. Panasonic solar panels are pyramid-shaped to reduce refraction, and let more sunlight enter the cells. Panasonic solar panel's conversion efficiency rating is the best in the business.
Panasonic's HIT Technology allows solar cells in hotter regions to retain more power, even at higher temperatures. Although most solar panels lose efficiency with increasing temperatures, Panasonic's panels can withstand temperatures up to 77 degrees Fahrenheit.
Cost
You should take into account a few things when it comes to the cost of your purchase. The first is the wattage of the panel you'll be buying. Next, you should consider the efficiency of the panel. The greater the efficiency, the better. It is also important to consider the panel's rate of degradation. A low degradation rate means that a mid-range panel will still produce the nameplate power over time. Panasonic solar panels are far more efficient than other solar panels and have lower degradation rates. They'll also provide more stable energy output for many years to come.
Efficiency is one of the most important characteristics you should look out for in a panel. Panasonic panels have a 26% higher efficiency rate than the industry average. You will also be able to recoup your installation cost faster by purchasing a high-wattage solar panel.