The present paper examines the possibility of a smart grid to the nearest destinations in the Milky Way, incorporating research data of astrobiology, biosignatures, habitability criteria, proposals for terraforming terrestrial planets, and innovations in interplanetary robotic exploration, energy production and spacecraft motion. We focus on the dynamics of modelling and experimentation, with projects such as interstellar chemical engineering, bio-manufacturing, space sails, fusion, ion thrusters and antimatter propulsion, into the surrounding environments ranging from Kuiper Belt and Oort Cloud to Proxima and Alpha Centauri. The research task is the experimental modelling of current real-world situations in alignment with the past, the present and the future of space exploration.