A charge transfer power and signal transmission cable comprising; • at least two folded closed continuous electrical loops, each having at least the same area of electric conducting material as each other, • one of the two loops being a charging loop and provided with at least one connector, as means to connect the charging loop to a power supply • the other of the two loops being a discharging loop and provided with at least one connector, as means to connect the loop to a point of electric power transmission; • the charging and discharging loops making capacitive contact with each other and being; • arranged in alignment with each other or • separated by at least one layer of at least one dielectric material • the charging loop being the means by which a charging electric current is directed in one direction, and then in an opposing direction, creating an opposing electric field, • the at least one dielectric material providing means by which a charge from the charging loop is transferred through the at least one dielectric material to the discharging loop, • the discharging loop providing means by which the discharging electric current is: • directed in one direction, then in an opposing direction, creating an opposing electric field, and • discharged to a load, thereby transmitting electric power from a power supply to a point of transmission, • the charging and discharging loops are enclosed with at least one protective layer incorporating the means to; • contain the electric charges, • charge and discharge the charging and discharging loops, and • protect the charging and discharging loops in their operational environment. • at least two folded closed continuous electrical loops, each having at least the same area of electric conducting material as each other, • one of the two loops being a charging loop and provided with at least one connector, as means to connect the charging loop to a power supply • the other of the two loops being a discharging loop and provided with at least one connector, as means to connect the loop to a point of electric power transmission; • the charging and discharging loops making capacitive contact with each other and being; • arranged in alignment with each other or • separated by at least one layer of at least one dielectric material • arranged in alignment with each other or • separated by at least one layer of at least one dielectric material • the charging loop being the means by which a charging electric current is directed in one direction, and then in an opposing direction, creating an opposing electric field, • the at least one dielectric material providing means by which a charge from the charging loop is transferred through the at least one dielectric material to the discharging loop, • the discharging loop providing means by which the discharging electric current is: • directed in one direction, then in an opposing direction, creating an opposing electric field, and • discharged to a load, thereby transmitting electric power from a power supply to a point of transmission, • directed in one direction, then in an opposing direction, creating an opposing electric field, and • discharged to a load, thereby transmitting electric power from a power supply to a point of transmission, • the charging and discharging loops are enclosed with at least one protective layer incorporating the means to; • contain the electric charges, • charge and discharge the charging and discharging loops, and • protect the charging and discharging loops in their operational environment. • contain the electric charges, • charge and discharge the charging and discharging loops, and • protect the charging and discharging loops in their operational environment.