A Gravıty-Based Modular Energy Generator Integrated With Water Infrastructure

Unofficial AI-generated summary based on the public title and abstract. Not an official translation.

🔬研究者:Researchers in renewable energy systems and GeoAI may find the modular design methodology and site selection approach of interest.

🏢実務担当者:Energy infrastructure planners could explore the pre-feasibility screening framework for pilot projects in suitable regions.

This record contains the final illustrated archival monograph titled A Gravity-Based Modular Energy Generator Integrated with Water Infrastructure. The work presents a modular energy–water infrastructure concept adapted to selected hydro-topographic and rural development contexts, with particular attention to Türkiye-scale applicability, advanced pre-feasibility screening, GeoAI-supported site selection, multi-purpose lower reservoir design, and selective biomass/microalgae side-stream integration. The monograph does not present the proposed system as a universal energy solution. Instead, it defines a product-family framework in which strong, conditional, and out-of-scope contexts are explicitly separated. The technical core is treated through a torque-based and kinematic design logic, including effective head, reliable low flow, tank cycle continuity, drum speed, gearbox ratio, line pull, differential mass, transition buffering, and fail-safe control architecture. The spatial decision layer is developed through hydrology, topography, geotechnical constraints, environmental conditions, grid/access indicators, AHP/MCDA scoring, Random Forest audit logic, uncertainty correction, and pilot-site validation. The lower reservoir is treated as a multi-purpose rural water-infrastructure node rather than a passive discharge basin. It is structured around hydraulic damping, sedimentation, service-water allocation, fire reserve, agricultural and livestock support, controlled return-to-nature logic, selective recreation, and limited aquaculture where appropriate. A selective microalgae/biomass side-stream is also discussed as an optional environmental and innovation layer, not as the primary energy basis of the system. The uploaded files include the final illustrated monograph, an editable DOCX source version, an executive summary, and a chapter-based visual portfolio. The work is intended for Zenodo archiving, institutional presentation, academic discussion, pilot preparation, and future technical refinement. It should be read as an advanced conceptual and pre-feasibility technical monograph rather than a final engineering design, tender file, or investment decision document.

• openalex https://doi.org/10.5281/zenodo.20025997first seen 2026-05-23 05:01:37 · last seen 2026-06-03 04:42:43