A Superconducting Energy Pipeline (SCEP) represents an innovative method for transporting electricity. This concept is based on the coupling of a High-Temperature Superconductor (HTS), such as Magnesium Diboride (MgB2), with a coolant the thermodynamic properties of which are suitable for the application in the temperature range 20 K – 30 K. In this context, liquid hydrogen is used as the coolant due to its operating temperature and pressure, which are favourable for the use of MgB2, considering its critical temperature below 39 K. This configuration enables the simultaneous transport of two commodities: hydrogen and electrical energy. An additional benefit is that the coolant serves as a energy storage, potentially further contributing to decarbonization efforts.