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IoT 기반 농업용 관정제어시스템에 관한 연구

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Alternative Title
A Study on IoT-based Agricultural Well Control System
Abstract
In the current global context, there is an urgent need to enhance water management systems to address abnormal temperatures and climate change. Particularly on Jeju Island, where a significant proportion of the population is engaged in agriculture, groundwater constitutes the highest recorded quantity nationwide, serving as a vital resource for numerous farms. However, due to insufficient water supply from limited wells, many agricultural enterprises frequently face challenges in irrigation, leading to a situation where efficient utilization and systematic management of agricultural groundwater facilities are lacking.
To tackle these issues, research is actively underway to explore technologies that can efficiently supply and manage irrigation. Among these, IoT-based agricultural irrigation control systems utilize soil and groundwater sensors to monitor crop conditions, measure irrigation quantities, collect data, and enable efficient control of groundwater facilities through control modules. This system also offers the advantage of real-time monitoring, allowing farmers to promptly access measured information and operational data through a monitoring system. Furthermore, the introduction of agricultural irrigation control systems proves essential as it enables the rapid recovery of initial investment costs within a short period.
Therefore, this paper aims to develop an agricultural irrigation control system based on Jeju Island's groundwater. The system seeks to efficiently manage groundwater, integrate smart farming practices, and enhance the productivity and quality of field vegetable cultivation through empirical data and economic analysis.
Author(s)
이동수
Issued Date
2024
Awarded Date
2024-02
Type
Dissertation
URI
https://dcoll.jejunu.ac.kr/common/orgView/000000011546
Alternative Author(s)
Lee Dong soo
Affiliation
제주대학교 대학원
Department
대학원 에너지응용시스템학부
Advisor
박윤철
Table Of Contents
Ⅰ. 서 론 1
1.1 연구배경 및 필요성 1

Ⅱ. 실증사이트 개요 3
2.1 실증사이트 및 주요활용 관정 선정 3
2.2 실증사이트 및 주요활용 관정 주변환경 조사 5
2.2.1 주요활용 관정 지하수 환경계측 5
2.2.2 실증사이트 노지채소 재배지 환경분석 9

Ⅲ. IoT 기반 농업용 관정제어시스템 개발 14
3.1 농업용 관정제어시스템 개요 14
3.2 농업용 관정제어시스템 개발 16
3.2.1 데이터 수집 모듈 설계 및 제작 16
3.2.2 농업용 관정 제어모듈 설계 및 제작 24
3.2.3 농업용 관수설비 구축 28
3.2.4 IoT 실시간 모니터링시스템 구축 31

Ⅳ. IoT 기반 농업용 관정제어시스템 실증 및 운영 효과 35
4.1 농업용 관정제어시스템 실증 운영 35
4.1.1 점적관수 및 스프링클러관수 방식 비교 분석 35
4.1.2 재배작물 생육단계별 필요관수량 추정 37
4.1.3 다수 관정 균등 운전제어 기준 설정 43
4.1.4 다수 관정 최적 운전제어 조건 수립 및 실증 결과 45
4.2 노지채소 재배농가의 경제성 분석 48
4.2.1 농업용 관정제어시스템 LCC 분석 48
4.2.2 농업용 관정제어 기술 활용방안 52

Ⅴ. 결 론 55

참 고 문 헌 57
Degree
Master
Publisher
제주대학교 대학원
Citation
이동수. (2024). IoT 기반 농업용 관정제어시스템에 관한 연구.
Appears in Collections:
Faculty of Applied Energy System > Mechanical Enginering
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