▎ 摘　　要

NOVELTY - A graphene lithium and aluminum-magnesium alloy integrated solar battery comprises a graphene island, a graphene lithium battery island, a graphite silicon alloy film solar power island, an aluminum magnesium alloy air battery island and a remote explosion-proof monitoring island. The graphene island is connected with the graphene lithium battery island and the graphite silicon alloy film solar power island and the aluminum magnesium alloy air battery island is connected with the graphene lithium battery island. The remote explosion-proof monitoring island is used for to ensure the security. USE - Graphene lithium and aluminum-magnesium alloy integrated solar battery used for powder generation in cars (claimed). ADVANTAGE - The graphene lithium and aluminum-magnesium alloy improves energy utilization efficiency of the car. DETAILED DESCRIPTION - A graphene lithium and aluminum-magnesium alloy integrated solar battery comprises graphene island, graphene lithium battery island, graphite silicon alloy film solar power island, aluminum magnesium alloy air battery island and remote explosion-proof monitoring island. The graphene island is connected with the graphene lithium battery island and the graphite silicon alloy film solar power island, the graphite silicon alloy film solar power island is connected with the graphene lithium battery island, the aluminum magnesium alloy air battery island is connected with the graphene lithium battery island, and the remote explosion-proof monitoring island is used for realizing real-time online monitoring to ensure the security. An INDEPENDENT CLAIM is included for manufacture of graphene lithium and aluminum-magnesium alloy integrated solar battery, which involves opening the remote monitoring system power explosion, an online monitoring of production processes and plant environment to ensure safety in production, preparing graphene by heating coal, organic carbon, graphite electrode furnace or plasma torches at 1300-3600 degrees C by mechanical stripping, preparing graphene lithium electrode core and preparing graphene lithium cell battery, producing high-purity aluminum, titanium, magnesium and silicon using calcium carbide ash or fly ash and borax ash by electrode furnace, preparing aluminum-magnesium alloy air cell using aluminum-magnesium alloy, preparing graphene film silicon alloy solar power storage device using silicon film prepared using graphene-silicon alloy, and mounting graphene lithium batteries, aluminum-magnesium alloy air batteries, graphene film silicon alloy solar power storage device on the car.