The utility model provides a simulated solar antenna and communication equipment. The simulated solar antenna comprises at least two tubular antennas, each tubular antenna is provided with a connecting part, and each tubular antenna is internally provided with an antenna oscillator; plate-shaped antenna, the antenna comprises a frame and a plurality of sheet-shaped antenna oscillators. The sheet-shaped antenna oscillators are arranged on the frame in an array manner. Wherein two opposite ends of the frame are provided with at least two first connecting ends and at least two second connecting ends, the at least two first connecting ends can be connected with the at least two tubular antennas at a preset angle through connecting parts, the second connecting ends can be arranged on a mountingplane, and a preset included angle is formed between the plate-shaped antenna and the horizontal plane. According to the utility model, the tubular antenna is installed on the installation plane so as to enhance downward signal coverage, the plate-shaped antenna and the horizontal plane form a preset included angle so as to enhance upward signal coverage, and the sheet-shaped antenna oscillatorsof the plate-shaped antenna are arranged on the frame in an array so as to form a silicon-crystal-imitating solar panel structure which is beautiful.