Dry-wet combined evaporative cooling condenser capable of stopping spraying in high-temperature environment

The invention relates to a high-temperature environment spray-stopping dry-wet combined evaporative cooling condenser which comprises a plurality of cooling shells, the cooling shells are arranged at intervals, a dry-cooling assembly is arranged in each cooling shell and comprises two obliquely-arranged finned tube bundles and a dry-type fan, the dry-type fan is arranged at the top of each cooling shell, and the dry-type fans are arranged in the finned tube bundles. The finned tube bundles are symmetrically arranged about the vertical center line of the cooling shells, water inlet mother tubes are arranged on the multiple cooling shells in a penetrating mode and communicated with the finned tube bundles, water cooling boxes are arranged at the bottoms of the cooling shells, water outlet mother tubes are jointly arranged on the multiple water cooling boxes in a penetrating mode, and light tube cooling tube bundles in one-to-one correspondence with the finned tube bundles are arranged in the water cooling boxes