Abstract: The present invention relates to a silicon solar cell module comprising electrodes formed from conductive paste. In the invention, front electrode finger lines and front electrode bus bars are separately formed. The front electrode finger lines are formed by printing a silver paste and calcining the printed silver paste at high temperature, and rear electrode bus bars and front electrode bus bars are formed from an inexpensive lower-temperature conductive paste including a buffer and a curing agent having reducing power, whereby the expensive silver paste is replaced with the inexpensive low-temperature conductive paste, thereby reducing the production cost.

Abstract: The present invention relates to a silicon solar cell module comprising electrodes formed from conductive paste. In the invention, front electrode finger lines and front electrode bus bars are separately formed. The front electrode finger lines are formed by printing a silver paste and calcining the printed silver paste at high temperature, and rear electrode bus bars and front electrode bus bars are formed from an inexpensive lower-temperature conductive paste including a buffer and a curing agent having reducing power, whereby the expensive silver paste is replaced with the inexpensive low-temperature conductive paste, thereby reducing the production cost.