Transmitting 15 MWp of volatile solar power over a long 6 km overhead transmission corridor introduces significant electrical and structural engineering hurdles. PDP Energy had to navigate severe technical complexities, including mitigating substantial voltage drop risks over the long distance, calculating line impedance, and designing robust thermal capacity parameters for the conductors. Additionally, interfacing a large private generation asset with an unstable public utility grid required engineering complex protection coordination schemes and transient stability modeling to prevent reverse power flows or grid trips at the EDL substation.