Methods and systems for a wireless monitoring system for a tank

A cover system for a tank, comprising:

• a lid having a shape that includes a top face, a bottom face opposite the top face, and a peripheral side flange extending on a periphery of the lid on the bottom face thereof;
• the lid is a mountable on a periphery of a top collar of a tank, wherein the lid attaches to the top collar of the tank, wherein the lid enables an open state and a closed state for the tank, wherein the closed state protects at least one of a valve, a gauge, or a pressure relief valve positioned on a top end of the tank within the top collar;
• a wireless remote monitoring system contained within a housing, the housing releasably coupled to the bottom face of the lid, the wireless remote monitoring system further includes:
• a sensor coupled to the tank or within the tank, the sensor detects at least one of a volume of contents within the tank, a geographic location of the tank, a duration of time for the lid in the open state, and a flow in and out of the tank;
• a transmitter that wirelessly communicates the volume of contents within the tank, the geographic location of the tank, the duration of time for the lid in the open state, and the flow in and out of the tank;
• a receiver;
• a battery that powers at least one of the sensor, the receiver, or the transmitter;
• and
• the housing is positioned above a plane defined by the periphery of the top collar of the tank to facilitate wireless communications.

A cover system, comprising:

• a tank having a top end, a bottom end opposite the top, a sidewall in between the top end and the bottom end, the tank configured to hold a volume under a pressure;
• a sensor coupled to the tank, the sensor tracks a temperature within the tank, a geographic location of the tank, and a volume of a fluid within the tank;
• a wireless remote monitoring system that wirelessly receives data from the sensor, the sensor communicates a first data package that includes the temperature and the volume;
• the wireless remote monitoring system creates a second data package that includes a time stamp of when the first data package was communicated, an identification of the wireless remote monitoring system, and the first data package;
• and
• a monitor component that is configured to:
• receive the second data package;
• evaluate the time stamp from the wireless remote monitoring system;
• monitor the temperature and the volume;
• communicate data to the sensor via the wireless remote monitoring system;
• and
• communicate a notification if at least one of the temperature, and the volume of the tank exceeds a predefined threshold.