A solid-state imaging device (10, 10A to 10L), a method for driving a solid-state imaging device (10, 10A to 10L) and an electronic apparatus (300) are capable of reducing kTC noise of a LCG signal, preventing a drop in SNR at the conjunction point between a HCG signal and the LCG signal, and eventually achieving improved image quality. At a start of a reset period (PR1), first and second reset transistors (RST11-Tr, RST12-Tr) are switched into a conduction state. During a predetermined first period (PR11) after the reset period (PR1) starts, the first reset line (LRST1) is kept connected to a reset potential (Vdd). After the first period (PR11) elapses, the second reset transistor (RST12-Tr) is switched into a non-conduction state to switch the first reset line (LRST1) into a floating state, so that the first reset line (LRST1) has high impedance. After a second period (PR12) elapses and when the reset period (PR1) ends, the first reset transistor (RST11-Tr) is switched into the non-conduction state.