A　new　flat　heat　pipe-micro　heat　pipe　array　(MHPA)　was　used　in　solar　cell　cooling.　The　photovoltaic/thermal　(PV/T)　integration　components　based　on　the　MHPA　can　achieve　the　purpose　of　cogeneration　by　collecting　and　utilizing　waste　heat　while　reducing　the　battery　temperature　to　improve　power　efficiency.　In　order　to　test　the　performance　of　PV/T　module　based　on　MHPA,　instantaneous　thermal　efficiency　test　was　performed　to　this　module.　The　intercept　of　measured　instantaneous　thermal　efficiency　curve　can　reach　41.4%,　the　slope　is　3.95,　and　solar　energy　utilization　total　efficiency　in　the　condition　of　20　inlet　temperature　in　can　reach　more　than　50%,　and　comprehensive　performance　efficiency　can　reach　above　70%.　Instantaneous　thermal　efficiency　increases　with　rising　of　the　outdoor　environment　temperature,　and　decreases　with　increase　of　cooling　medium　inlet　temperature.　The　difference　value　of　instantaneous　thermal　efficiency　is　more　than　10%　when　the　environment　temperature　is　6　and　19　.　The　PV/T　module＇s　instantaneous　thermal　efficiency　of　20　inlet　temperature　is　8.5%　higher　than　40　.　The　temperature　of　PV　componet　is　the　key　factor　of　the　influencing　electric　efficiency.　The　PV/T　module＇s　electric　efficiency　is　kept　between　10.5%　and　12.3%　during　the　test.　©,　2015,　Science　Press.　All　right　reserved.