The invention provides a composition for solar cell electrodes and an electrode fabricated using the same. The composition for solar cell electrodes includes conducting powder, glass powder and organic carrier, wherein the glass powder has an A value calculated to be 0.0001 [mu]V/mg*DEG C to 0.2 [mu]V/mg*DEG C according to equation described in the description and an initial crystallization temperature of 300 DEG C to 540 DEG C. According to the invention, expansion of an electrode in a baking period can be controlled through a migration rate of glass powder used in roasting composition of thesolar cell in high temperatures, so that open circuit voltage and short circuit current of the solar cell can be increased while the adhering force between the electrode and the substrate is improved.