Directory

Technology / Item Overview

• Turbine Crew develops integrated agricultural energy and data management platforms combining Smart Poles, Smart Drones, and Energy Simulation Systems (TBPASS).

• The platform automates renewable-based power supply, data collection, and drone operation in rural and island regions lacking traditional grid infrastructure.

• Each Smart Pole includes solar/wind generation modules, ESS, environmental sensors (temperature, humidity, wind speed), and modular 3-tier design for flexible installation and maintenance.

• Drones perform 24-hour unmanned operation, growth analysis, and route optimization, reducing field workload by 1.5+ labor units.

Owned Technology / Applied Products

(1) Owned Technology

• TBPASS (Turbine Battery Power Analysis Simulation Software)

  • Simulates energy generation, consumption, and storage optimization for rural or off-grid farms.

  • Predicts overload and reverse-current risks; recommends ESS capacity and power generation scenarios.

• Smart Pole

  • Combines renewable generators (solar/wind), IoT sensors, and modular structure.

  • Enables real-time environmental data collection and seamless drone charging

• Smart Drone System

  • Performs field surveillance, crop management, and 3D route planning.

  • AI algorithms for energy-efficient flight control and multi-drone coordination.

(2) Applied Products

• Open-field Smart Farm Infrastructure integrating energy and data platforms for public smart agriculture projects.

• TBPASS SaaS Platform for power simulation, load analysis, and transmission/distribution design.

• Renewable-based Modular Poles and Autonomous Agricultural Drones for automation and maintenance efficiency.

Development Needs & Value Proposition

(1) Problem Definition / Development Background

• Aging rural population and labor shortages are critical challenges in Korea’s agriculture sector.

• Labor cost accounts for over 50% of farm operating expenses, and reliance on foreign workers increases vulnerability.

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(2) Value Proposition / Solution

• 1 Drone = Annual cost savings of ₩22.5M, ROI within 7 months, 3-year lifespan.

• Replaces human labor, lowers operational costs, and increases productivity.

• Integrated approach combining renewable energy, AI-driven drones, and IoT monitoring achieves sustainability and cost-efficiency simultaneously.

Competitiveness

• Integrated Hybrid Model: Hardware (Smart Pole, Drone) + SaaS (TBPASS) + Energy Simulation.

• Public Sector Readiness: Platform designed for government and local agriculture projects.

• High Field Applicability: Modular installation allows quick setup and part replacement.

• Renewable Energy Base: Solar and wind hybrid system reduces carbon footprint and ensures resilience.

Company Performance & Business Status