The present invention relates to a 35kV SF6 gas-insulated switchboard with a novel structure. The body of the SF6 gas-insulated switchboard is fixed on a secondary element chamber; three inlet wire insulators are fixed at the top of the body of the SF6 gas-insulated switchboard side by side through reinforcements and are sealed through sealing elements, one end of each inlet wire insulator is located within the body of the SF6 gas-insulated switchboard and is connected with high pressure components, and the other end thereof is extended out of the body of the SF6 gas-insulated switchboard and is connected with copper busbars; three outlet wire insulators are fixed at the side surface of the body of the SF6 gas-insulated switchboard side by side through reinforcements and are sealed through sealing elements, one end of each outlet wire insulator is located within the body of the SF6 gas-insulated switchboard and is connected with high pressure components, and the other end thereof is extended out of the body of the SF6 gas-insulated switchboard; and a high-tension lightning arrester is connected with the body of the SF6 gas-insulated switchboard through a tripod fixed at the upper portion of the body of the SF6 gas-insulated switchboard. The 35kV SF6 gas-insulated switchboard with novel structure provided by the invention has reasonable construction and improved strength so as to prevent high pressure elements from damaging in the transportation process and greatly improve the overall performances of the SF6 gas-insulated switchboard.