Product & Technology

Product & Technology

is an introduction to the products of Turbine Crew Co., LHeretd.

Introducing Our Products

SmartPole

Automatically track the position of the sun and adjust the panel angles to maximize energy production.

Increase energy efficiency and optimize management through remote monitoring.

Drone

Propose measures to shorten the schedule step by step for the shortest period and timely completion of the project, and proactively prevent delay risks.

Optimize facility planning through simulation, including design analysis and performance checks.

Turbine

An innovative technology system to optimize the operation and maintenance of turbines used in power plants.

Real-time monitoring of turbine operation and surrounding environment through various sensors and data collection devices, with data analysis to determine optimal operating conditions.

Predict and address potential failures based on turbine operation records to improve the reliability of the power plant's operation.

Technology Introduction

01

AI Prediction System

The AI road prediction system is an innovative technology designed to account for the complexity of modern roads and traffic infrastructure. This system uses the latest machine learning and deep learning technologies to analyze various data sources and predict road and traffic conditions. First, the AI road prediction system collects data from various sources in real time. This data may include CCTV footage, traffic cameras, vehicle sensor data, GPS information, and weather data. Such diverse data plays a crucial role in comprehensively understanding road and traffic conditions.

02

Drone Optimal Path System

The drone optimal path system integrates sensors, cameras, GPS, and artificial intelligence to enable drones to recognize their environment in real-time, plan a route to their destination, and navigate accordingly. This technology involves four processes: environmental awareness, path planning, path following, and reaching the destination. The drone uses sensors such as cameras, radar, and LiDAR to perceive the surrounding environment and plans and sets the optimal path based on the collected data. It then moves along the designated path and, if necessary, proceeds to the next destination or returns to the base.

03

Drone Battery Recycling

We possess three key competencies for improving drone battery recycling. Through battery recycling technology, when the Energy Management System (EMS) sends a charge command to the Energy Storage System (ESS), the Power Conversion System (PCS) converts alternating current (AC) to direct current (DC). At this time, the PCS communicates with the Battery Management System (BMS) to issue a command for the battery to be charged, and the PCS converts the current supplied by the power plant into DC to supply the battery. Conversely, if the stored electricity needs to be discharged to the consumer, it goes through the discharge command process in the sequence of EMS, PCS, and BMS.