Kordlou green energy system—modular gravity-driven hydrokinetic energy system with self-regulating discharge, inline turbine module, and seabed-independent deployment architecture

Abstract

A modular, gravity-driven hydrokinetic energy system for submerged deployment. The system comprises a conical intake funnel, vertically aligned conduit, an inline axial-flow turbine-generator module, and a siphon-based discharge subsystem regulated by a venturi module and one-way valve. Operating independently of ambient currents, it relies on gravitational potential and hydrostatic pressure. Structural modularity allows for scaling and transport. Anchored by tensioned mooring cables and optional buoyancy modules, the system enables seabed-independent deployment. A venturi-enhanced discharge minimizes head loss, enabling continuous flow. Intake screens and vortex suppressors mitigate marine life entrainment. The design supports robust power generation in various oceanic locations and can be disassembled without fixed foundations, ensuring environmental compatibility and mechanical robustness.

Dependencies are inferred from the claim text.