A system for simultaneous wireless charging, tracking and monitoring of at least one equipment, the system comprising: a management server, a coordinator and at least one receiver wherein said management server is communicatively coupled with said coordinator and actuates said coordinator to transmit Ultra High Frequency radio waves; said coordinator is communicatively coupled with said receiver; and said receiver is electrically and communicatively coupled with and enclosed inside said equipment, wherein said receiver is adapted to receive the UHF radio waves transmitted by said coordinator, and wherein said receiver further comprises: one single UHF receiver antenna adapted to receive and transmit UHF radio waves; a power divider adapted to divide the received UHF radio waves and transmit a first part of the UHF radio waves to a wireless charging subsystem and a second part of the UHF radio waves to a monitoring and tracking subsystem, the wireless charging subsystem comprising a wireless charging circuit, a buffer and controller circuit and a battery pack; wherein the wireless charging circuit is adapted to convert the first part of the UHF radio wave to Direct Current power and transmit the DC power to the buffer and the controller circuit to charge the battery pack and activate a Radio Frequency Identification (RFID) tag; and wherein the monitoring and tracking subsystem comprises a programmable delay unit, the RFID tag and one or more sensors, wherein the programmable delay unit is adapted to provide a time delay to the second part of the UHF radio waves and transmit the UHF radio waves to the activated RFID tag, and wherein the RFID tag is communicatively coupled with the one or more sensors to receive one or more operational parameters related to said equipment by employing the one or more sensors and is adapted to transmit the one or more operational parameters via the UHF receiver antenna. said management server is communicatively coupled with said coordinator and actuates said coordinator to transmit Ultra High Frequency radio waves; said coordinator is communicatively coupled with said receiver; and said receiver is electrically and communicatively coupled with and enclosed inside said equipment, wherein said receiver is adapted to receive the UHF radio waves transmitted by said coordinator, and wherein said receiver further comprises: one single UHF receiver antenna adapted to receive and transmit UHF radio waves; a power divider adapted to divide the received UHF radio waves and transmit a first part of the UHF radio waves to a wireless charging subsystem and a second part of the UHF radio waves to a monitoring and tracking subsystem, the wireless charging subsystem comprising a wireless charging circuit, a buffer and controller circuit and a battery pack; one single UHF receiver antenna adapted to receive and transmit UHF radio waves; a power divider adapted to divide the received UHF radio waves and transmit a first part of the UHF radio waves to a wireless charging subsystem and a second part of the UHF radio waves to a monitoring and tracking subsystem, the wireless charging subsystem comprising a wireless charging circuit, a buffer and controller circuit and a battery pack; wherein the wireless charging circuit is adapted to convert the first part of the UHF radio wave to Direct Current power and transmit the DC power to the buffer and the controller circuit to charge the battery pack and activate a Radio Frequency Identification (RFID) tag; and wherein the monitoring and tracking subsystem comprises a programmable delay unit, the RFID tag and one or more sensors, wherein the programmable delay unit is adapted to provide a time delay to the second part of the UHF radio waves and transmit the UHF radio waves to the activated RFID tag, and wherein the RFID tag is communicatively coupled with the one or more sensors to receive one or more operational parameters related to said equipment by employing the one or more sensors and is adapted to transmit the one or more operational parameters via the UHF receiver antenna.