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The main objective of the study is to investigate the technological feasibility of implementing the GE⊕-LPS concept, and its role as a prototype for proposed cislunar scenarios supplying electric power to Earth. The methodological approach to the study has been to identify and validate the most simple and effective solutions which ould be practically implemented with known and existing technologies and approaches.

Lunar exploration has only started within the last few decades, and interest is continuing to grow. Space agencies and private investors are looking at the opportunities that it brings and see more commercial interest in it. According to a Euroconsult study, 51 missions to the Moon are planned in 2020–2029, compared to just seven in the previous decade, allowing us to better explore Earth's natural satellite and prepare for long-term lunar exploration and, in the future, deep space.

The objective of the project was to design, develop and test the compaction device breadboard in a regolith simulant testbed. An experimental test campaign aimed to verify that the compaction device can be successfully used to improve the surface geotechnical properties of two different regolith simulants: GreenSpar-250 analogous to lunar Highlands, and AGK-2010 analogous to lunar Mare regions.

During the project activities, the authors proposed a conceptual framework, which utilizes resources available in situ through the chemical and physical processes associated with agriculture; the soil and CO2 (if present) are transformed into fibrous plant matter, harvested and finally converted into mechanical and structural components.