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 highly efficient and have a low temperature coefficient. They can be used for any season and in all weather conditions. Their low temperature coefficient allows them to maintain power output regardless of temperature.
Heterojunction technology
Panasonic uses heterojunction to increase efficiency of its solar panels. The panel's amorphous silicon layers have a low surface texture, allowing them both to produce solar power. Panasonic optimized the rear surfaces of the cells to improve light yield and module efficiency. These panels are also effective in reducing light-induced degradation.
Heterojunction technology has been a major breakthrough in solar panel efficiency. The efficiency of a single monocrystalline cell is approximately 20% higher than that of an amorphous cell. But, the heterojunction panel still has a lower efficiency than a conventional crystalline one.
Long-term performance
Panasonic solar panel are known for their reliability. They are more efficient than other brands and have a lower degradation rate. The company has been in the solar business for more than 40 years. It has invested considerable resources in research, development, and production. Panasonic solar panels have a 25-year warranty on production and defects. Each panel must achieve a minimum of 90% of its original solar power rating.
Panasonic recently introduced a new series residential heterojunction panels. This new series also includes a lithium storage solution. Each panel is composed of 66 cells. They have a power output range between 400 to 410 watts. These panels are efficient in power conversion at twenty-two percent to twenty two percent. Panasonic also offers a warranty of 25 years on both the product and the power output.
Low temperature coefficient
Panasonic's HIT solar panel technology is high-efficiency and low-temperature, resulting in greater electricity production. Panasonic solar panels are pyramid-shaped to reduce refraction, and let more sunlight enter the cells. Panasonic solar panels are known for their highest conversion efficiency ratings.
Panasonic's HIT technology allows solar panels to retain more power at high temperatures. This makes them ideal for hotter environments. While most solar panels suffer a decrease in efficiency as temperature rises, Panasonic's solar panels are able to withstand temperatures well above 77 degrees Fahrenheit.
Prices
There are several factors to consider when it comes down to cost. First, you need to know the wattage of your panel. The panel's efficiency is next. The higher the efficiency of the panel, the better. It is also important to consider the panel's rate of degradation. A panel in the mid-range will still generate the nameplate power if it has a low decay rate. Panasonic solar panels are much more efficient and have lower degradation rates. They also have a longer life span and provide stable energy production for many years.
Efficient is one of the most important qualities you should look at in a sunroof panel. Panasonic panels have a 26% higher efficiency rate than the industry average. Purchase a high-wattage sun panel to increase your ROI and reduce installation costs.