# Real-Time Deep-Sea Mooring System with Inductive Telemetry and Multi-Sensor Integration: Deployment and Performance in the South China Sea

## TL;DR

A deep-sea mooring system with inductive telemetry and satellite communication successfully provided real-time ocean data from the South China Sea for over a year.

## Contribution

A novel deep-sea mooring system combining inductive telemetry and satellite communication for real-time, long-term ocean monitoring.

## Key findings

- The system achieved a data reception rate of over 90% with less than 15 minutes latency.
- Inductive telemetry improved energy efficiency and reliability compared to acoustic-based systems.
- High-resolution data supported climate research and disaster early warning applications.

## Abstract

Obtaining real-time data from the deep ocean remains a major challenge in marine observation. This study presents a deep-sea mooring system that integrates inductive telemetry (EUM6000 modules) with Tiantong satellite communication to achieve real-time, long-term hydrological monitoring in the South China Sea. The system incorporated 25 sensors, including CTDs and ADCPs, and was deployed at a depth of 1247 m. Over one year of continuous operation, it maintained a data reception rate > 90%, with a latency of <15 min from seabed to shore. Compared to acoustic-based systems, the inductive telemetry design significantly improved energy efficiency and reliability. The high-resolution multi-sensor data provide valuable insights into ocean dynamics and support applications in climate research and disaster early warning. This system offers a robust solution for real-time deep-sea observation and serves as a reference for future ocean network development.