Textures　on　the　surface　of　solar　glass　have　the　potential　to　improve　the　performance　of　itself　and　the　further　positive　effect　on　the　photovoltaics　module.　However,　glass　substrates　cannot　be　etched　directly　by　1064　nm　pulsed　laser　due　to　their　high　transmittance　to　1064　nm　wavelength　laser　irradiation.　Based　on　the　principle　of　incubation　and　heat　conductive　medium,　a　laser　induced　backside　etching　technique　and　corresponding　device　were　demonstrated　respectively.　By　placing　the　solar　glass　in　contact　with　solid　medium　and　irradiation　of　a　1064　nm　pulsed　fiber　laser,　trenches　with　the　average　depth　of　10-m　and　etch　rate　of　2.5-m　per　pulse　have　been　achieved　on　the　solar　glass.　Moreover,　alumina　ceramic　wafer　and　Al2O3　powder　are　applied　as　different　mediums　in　the　etching.　Results　shows　that,　with　a　lower　laser　threshold　fluence,　laser　induced　backside　etching　procedure　can　be　realized　in　two　heat　conduction　mediums,　and　the　etched　surface　structures　on　glass　have　well　defined　edges　and　low　surface　roughness　values　of　less　than　40nm　from　the　3D　profiler.