Dynamic systems leveraging decoupled wireless power with integral energy storage

A reusable package system comprising:

• a reusable container comprised of a first container structural element and a second container structural element and a contained cargo, whereby the reusable container is in a tamper resistant configuration when the first container structural element is in structural communications with the second container structural element as the structural communications creates a tamper evident sensor in communications with an embedded microprocessor having a memory device to store a real-time status of the tamper evident sensor, whereby the reusable container is in a container loading or unloading configuration when the second container structural element is not in structural communications with the first container structural element, wherein the reusable container is further comprised of a wireless power receiver in electrical communications with a first electricity source external of the reusable container through an at least one wireless power transmitter at a first location having a real-time peak electricity transmission rate and an onboard energy storage with an onboard stored energy amount and a maximum discharge rate whereby the onboard stored energy amount and the maximum discharge rate of the onboard energy storage exceeds an at least memory writing energy amount to register an at least one tamper evident sensor status change in the memory device by the embedded microprocessor;
• the reusable container at a second location having a peak electricity consumption rate during an external communication between a wireless communications transceiver at the first location and the reusable container embedded microprocessor having a wireless communications transceiver whereby the reusable container peak electricity consumption rate during external communications between the wireless communications transceiver at the first location and the reusable container wireless transceiver at the second location is greater than the maximum discharge rate of the onboard energy storage and an external communications energy consumption total is greater than the at least memory writing energy amount.