TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Components: In the solar photo-thermal converter of quartz heat pipe, at least one end of the quartz device is an evaporation end of the heat pipe while the other end is a condensation end of the heat pipe; where the fluid exchanges the heat from the condensation end of the heat pipe to the heat pipe; and the fluid is one of liquid, gas, solid liquid mixture, gas liquid mixture, and gas liquid solid mixture. The quartz pipe is sintered with aluminum oxide and silicon carbide to increase the temperature using intensity of the quartz device. The solar coating is divided into low-temperature, middle-temperature and high-temperature solar coatings capable of working under the vacuum or non-vacuum condition; where the coating is one of: (a) metal, metal oxide and metal compound comprising silver, copper, aluminum, aluminum oxide, or silicon carbide; (b) polymer comprising macromolecular polymer; (c) nanometer material comprising nanometer zinc oxide; (d) bonding agent; and (f) particulate comprising metal and nonmetallic particle. In the array solar photo-thermal converter of quartz heat pipe, the array comprises one or more of: (a) multiple heat pipes of the quart device are arranged in parallel; where the evaporation end and the condensation end of each heat pipe of the quartz device are arranged on one side; and the condensation ends of multiple heat pipes exchange the heat with one fluid to apply the low, middle and high temperatures of the solar energy; (b) one array that is formed by multiple heat pipes of the quart device; where the condensation ends of multiple heat pipes form a cavity integrally configured to a heat pipe with multiple evaporation ends and one shared condensation end; (c) multiple quartz heat pipes that are arranged in parallel to form the array and divided by a partition board; where one side of the partition board is a solar radiation, and the absorption part and is an evaporation end of the heat pipe; the other side is the condensation end of multiple heat pipes to apply the low, middle and high temperatures of the solar energy, specifically the tower solar energy collection; and (d) condensation end of each quartz heat pipe that is provided with a sleeve; where the sleeve is connected with other sleeves; and multiple quartz heat pipes are connected by the sleeve.