Panasonic HIT Slim Series is made up of thin layers of amorphous silicone and heterojunction tech to increase energy output, and reduce energy loss. These solar panels are also highly efficient and have a low temperature coefficient. These solar panels are suitable for all weather and seasons. Because they have a low temperature coefficient, they can keep power output constant 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 has optimized the cell's rear surface to increase light efficiency and yield. These panels improve light-induced decay.
Heterojunction technology has been a major breakthrough in solar panel efficiency. A monocrystalline cell's efficiency is about 20% more than an amorphous one. However, the heterojunction panel's efficiency remains lower than that a conventional monocrystalline cell.
Long-term performance
Panasonic solar panels have a reputation for reliability and durability. They offer the highest efficiency and lowest degradation rate among other brands. Since its inception, the company has invested significant resources in research and development. Panasonic's solar panels come with a 25 year warranty for production defects. Each panel must achieve a minimum of 90% of its original solar power rating.
Panasonic recently introduced a new series residential heterojunction panels. The new series includes a lithium-ion storage option. Each panel features 66 cells and has a power output of 400-410 Watts. The panels' power conversion efficiency is between twenty and twenty-two percent. Panasonic also offers a 25-year product and power output warranty.
Low temperature coefficient
Panasonic's solar panels HIT technology offers high efficiency and a low temperature coefficient which leads to higher 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, which allows solar cells to retain more power in extreme temperatures, makes them a great choice for hotter climates. Although most solar panels lose efficiency with increasing temperatures, Panasonic's panels can withstand temperatures up to 77 degrees Fahrenheit.
Prices
There are several factors to consider when it comes down to cost. The first is the power consumption of the panel that you will be purchasing. Next, look at the efficiency of your panel. The higher the efficiency of the panel, the better. You should also consider the degradation rate of the panel. A panel with a low degradation rate will still produce the same nameplate power for a reasonable period of time. Panasonic solar panels are far more efficient than other solar panels and have lower degradation rates. They'll provide stable and reliable energy for many more years.
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.