Abstract: Storage containers include a body with an interior space and a lid, connected at an edge to the body. A dehumidifier is in the interior space, configured to dehumidify air within the interior space. An actuator, mounted between the body and the lid, is configured to lift the lid when an arm of the actuator extends. Actuator control circuitry is configured to extend the arm of the actuator responsive to a received signal.

Abstract: Storage containers include a body with a cavity and a lid having an internal space, connected at an edge to the body. A dehumidifier is within the cavity and is configured to dehumidify air within the cavity. An air stream is created and then split such that dehumidified air is returned to the cavity and wet air is expelled from the system. Electrical features such as the dehumidifier, lighting or lid actuators, are powered by a power source within said internal space. In some embodiments, the power source is a battery and a lid mounted solar panel provides an electrical charge to said battery.

Abstract: Storage containers include a body with an interior space and a lid, connected at an edge to the body. A dehumidifier is in the interior space, configured to dehumidify air within the interior space. An actuator, mounted between the body and the lid, is configured to lift the lid when an arm of the actuator extends. Actuator control circuitry is configured to extend the arm of the actuator responsive to a received signal.

Abstract: Storage containers include a body with an interior space and a lid, connected at an edge to the body. A dehumidifier is in the interior space, configured to dehumidify air within the interior space. An actuator, mounted between the body and the lid, is configured to lift the lid when an arm of the actuator extends. Actuator control circuitry is configured to extend the arm of the actuator responsive to a received signal.