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 solar panels are also extremely efficient and have an extremely low temperature coefficient. They are ideal for all seasons and all weather conditions. Because they have a low temperature coefficient, they can keep power output constant regardless of temperature.
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 Panasonic's rear surface for increased light yield and module efficiencies. These panels also help to reduce light-induced damage.
Heterojunction technology was a major advance in solar panel efficiency. The efficiency of one monocrystalline cell is 20% higher than the efficiency of an amorphous. But, the heterojunction panel still has a lower efficiency than a conventional crystalline one.
Long-term performance
Panasonic solar panels have a reputation for reliability and durability. They are the most efficient and have the lowest degradation rate of any brand. 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 are covered by a warranty covering defects and production for 25 years. Every panel should be able to deliver more than 90% power from its initial rating.
Panasonic has recently launched a new series of 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 convert power at a rate of 20 to 22 percent. Panasonic also offers a 25 Year Product and Power Output Warranty.
Low temperature coefficient
Panasonic's HIT solar panel technology is high-efficiency and low-temperature, resulting in greater electricity production. Panasonic solar panels are also designed with a pyramid shape to reduce reflection and allow more sunlight to enter the cells. Panasonic solar panels have the highest conversion efficiency ratings in the industry.
Panasonic's HIT technology enables solar cells to retain greater power in high temperatures. This makes it an excellent choice for those living in hotter areas. Panasonic's solar panels can withstand temperatures as high as 77 degrees Fahrenheit, which is a significant improvement on most other solar panels.
Cost
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, consider the panel's efficiency. The higher the efficiency, the better. You should also consider the degradation rate of the panel. A panel that has a low degradation rate can still produce the required nameplate power. Panasonic panels are more efficient and have lower degradability rates. They'll also provide more stable energy output for many years to come.
The efficiency of a solar panel should be one of your top priorities. Panasonic solar panels boast a 26 percent higher efficiency than the industry average. High-wattage panels will help you recover your investment cost quicker.