To provide a snow-melting system of a solar power generation panel, which allows snow accumulated on the panel to be separated in such a manner as to be cut, whose surface is widely exposed to the air, which makes the snow more quickly melted by warmth of a lower-side frame body, which needs only low power consumption by virtue of a linear heating element, and which enhances the economical efficiency of execution of work by enabling the work to be performed in a state wherein a panel apparatus is as it is without being disassembled or moved even in the case of an existing solar power generation panel.

The linear heating element, is placed only between mutual frames of the solar power generation panel, to generate heat, so that the snow accumulated on the power generation panel can be cut into each block and more quickly melted. Thus, only a low power consumption is needed, and a distinguished snow-melting effect is excellent.