[논문]그린산업 육성을 위한 농업분야 IT융합기술

황두홍; 신민수

doi:10.9716/kits.2012.11.4.123

그린산업 육성을 위한 농업분야 IT융합기술
IT Convergence Technology in Plant Growing for Low-Carbon Green Industry 원문보기

한국IT서비스학회지 = Journal of Information Technology Services, v.11 no.4, 2012년, pp.123 - 134

Abstract ▼ AI-Helper

Recently, The Bali Road Map was approved, as it demands that developing countries should also have the responsibility of greenhouse gas reduction from 2013. This suggests that the greenhouse gas and environment should be controlled across industry sectors. Accordingly, this study was conducted to identify the application and effects of the IT convergence technology to the smart farm and realize the low-carbon green industry in Korea. The smart farm technologies within and outside of Korea were comparatively analyzed for the low-carbon green industry policy. The study subjects were determined to propose the necessity of the study efficiently. First, the studies on the smart farm for low-carbon green industry policy were examined. Second, the suitable IT technology for the smart farm as well as the effect and the improvement plan of the IT technology-based smart farm system were examined. This study now aims to promote the low-carbon green industry policy and IT convergence technology and job creation. These will be achieved by providing the plan for linking the system simulator organization with the low-carbon green industry policy.

주제어

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문제 정의

The goal of the development is to make a smart farm simulator to prepare the plan for automated low-carbon plant production. It requires the elementary technologies, including energy sources such as wind power and solar power, farming and device monitoring, motor control, microprocessor, PLC programming, and wireless interface [9].
The discussion on the detailed reduction goal, contents, and methods will be completed in 2012. This includes the presentation of goals and policies on greenhouse gas reduction for each country, the climate change adaptation, as well as the research and development. In addition, studies are actively conducted on the eco-friendly and intelligent farming.
This study provides a comparative analysis of existing studies on the smart farm system in Korea and two other advanced countries, conducted between 2006 and 2010. The recent IT design technologies and application plans were also studied.
To ensure the efficient mass plant production and unmanned farming, this study has proposed the organization and the establishment of a plan for a comprehensive farm control system. The sup-ply system for energy source in the farm is operated with culture medium and light source in the concept of greenhouse.

제안 방법

The proposed technology can be easily applied to plant production without previous farming experience by controlling the plant growth environments (temperature, humidity and culture fluid). In this research, a slim line Smart Farm (Smart Farm S named by Insung tech) is proposed.
, among others study farming. Their studies cover the core elementary technologies for plant cultivation, including the cooling-heating system for temperature/humidity control, carbon measurement system, nutrient supply system, LED source, and unmanned automated system. The research and development, however, are not sufficient in terms of high value added and core industry convergence.
Based on the study results, a program was made, and a prototype system was developed to establish a farm. This study presents the expected effects from the comparative analysis results, combination plan, and implementation plan and design. This study covered the plant cultivation studies in Korea, the US, Japan, the UK, and Canada, including the automated plant factory system of private enterprises.
The recent IT design technologies and application plans were also studied. With the conclusion of the aforementioned study, the system organization for linking the smart farm system with the low-carbon green industry policy, its improvement plan, and expected effects were likewise included in the study.

대상 데이터

This study presents the expected effects from the comparative analysis results, combination plan, and implementation plan and design. This study covered the plant cultivation studies in Korea, the US, Japan, the UK, and Canada, including the automated plant factory system of private enterprises.

성능/효과

, a feasibility study was conducted on a thirty-story building farm in July 2008, as one of the smart farm studies. The investigation results show that 200 to 500 million-dollar building farm can produce food for 50 thousand people. The analysis results by Professor Despommier of Columbia University also showed that the vertical farm produces 10 times higher crop than that of the open-air farmland [4].

참고문헌 (17)

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원문보기 상세보기
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원문보기 상세보기
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상세보기
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