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Niramai Suriyawong's avatar

Project Proposal: Autonomous Airborne Wind Energy System (AWES)

Project Overview

The development of a medium-sized autonomous drone system designed to harvest wind energy in high-altitude environments, specifically above dense forest canopies and marine areas. The system utilizes specialized turbine blades to convert wind kinetic energy into electrical power, which is transmitted to the ground via a high-tension conductive tether.

Key Technical Specifications

Aero-Generation System: Dual-mode rotors designed for vertical takeoff and high-efficiency power generation.

Operational Altitude: 50–150 meters above the forest canopy or sea level to access consistent wind currents.

Safety Infrastructure: A specialized perimeter of high-voltage lightning protection masts (Lightning Arresters) to create a safe operational zone in storm-prone areas.

Ground Interface: Automated winch system for deployment and a power conversion unit for battery storage or grid integration.

Project Investment & Budget

The total estimated budget for the research, development, and pilot deployment of one fully integrated unit (including the drone, conductive tether, ground station, and the lightning protection perimeter) is:

Total Project Estimate: $60,000 USD

(Approximately ฿2,160,000 THB based on current market rates for aerospace components and specialized safety infrastructure)

Strategic Objectives

Zero Deforestation Power: Generating clean energy without the need for land clearing or permanent concrete foundations.

Weather Resilience: Ensuring 24/7 operation through integrated lightning mitigation and automated storm protocols.

Remote Accessibility: Providing a portable and scalable energy solution for deep forest research stations, remote communities, or offshore platforms.

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