HDT solar modules now provide the best value among all other high-end solar modules in the market.
HDT solar cells is characterized by its low processing temperature, high conversion efficiency and low temperature coefficiency, which makes it the most cost-effective and most technical difficult high efficiency solar cell among other commercial products in the world. Compared with traditional crystalline silicon solar modules, the conversion efficiency of HDT high efficiency hetero-junction solar modules is about 10-20% higher, and the photovoltaic power plants made thereof requires less land area, mounting support, cables and labor for a unit capacity.
As the future mainstream technology for solar cells, our HDT promises to have substantial development potential.
There will be unprecedented room for innovation among materials, equipment, processes and solar module technology.
Ultra-thin silicon wafers: the use of silicon wafers below 120µm and new HDT module reduces solar power generation costs.
Tandem Junction Solar Cells: Energy conversion efficiency of over 28%.
The combination of HDT and IBC technology may raise energy conversion efficiency of over 25%.
From the production point of view, HDT solar cells utilize a low-temperature process, which is more environmentally friendly.