The　resistivity　of　glass　melt　is　one　of　the　key　parameters　for　designing　glass　electric　melting　furnace　and　electric　boosting　furnace.　In　order　to　test　the　resistivity　of　glass　melt　accurately,　figuring　out　the　influences　of　boundary　conditions　on　the　resistivity　measurement　of　glass　melt　is　very　important.　Based　on　Ohm’　s　law,　a　glass　melt　resistivity　measuring　device　was　constructed　in　this　work,　and　the　influences　of　feed-in　voltage,　frequency　of　alternating　current,　particle　size　of　sample　and　filling　rate　on　the　resistivity　of　soda-lime　glass　melt　at　900　~　1　450　℃　were　discussed.　The　results　show　that　when　the　feed-in　voltage　is　2　~　10　V,　the　frequency　of　alternating　current　is　1　kHz,　the　sample　particle　size　is　830　~　1　700　μm,　the　filling　rate　is　80%,　and　the　cooling　rate　is　2　℃　/　min,　the　errors　of　the　measurement　results　of　resistivity　are　all　less　than　1　in　each　temperature　segment.　This　work　provides　a　reference　for　the　measurement　of　glass　melt　resistivity,　which　is　essential　to　design　the　electric　heating　system　of　electric　melting　furnace　and　electric　boosting　furnace　for　refractory　and　volatile　glasse　production.　©　2022　Bulletin　of　the　Chinese　Ceramic　Society　Press.　All　Rights　Reserved.