当前位置:网站首页>Digital twin agriculture - Smart agriculture rice processing plant has changed from "watching the sky to eat" to "knowing the sky to work"
Digital twin agriculture - Smart agriculture rice processing plant has changed from "watching the sky to eat" to "knowing the sky to work"
2022-07-28 02:44:00 【Easyv visualization Lab】
The following cases come from 《 Digital twin world white paper (2022 edition )》
Collection method : official account 「EasyV Digital twin Visualization 」 The background to reply 「 white paper 」 Can receive !
( Full text data are virtual data )
01 Case background
( Learn more about data twin visualization Please stamp : Yi Zhiwei -EasyV Number twin | Smart City Park factory water conservancy double carbon | 3D map data visualization screen )
2018 year , The central committee of the communist party of China 、 null 《 Opinions on implementing the Rural Revitalization Strategy 》, take Digital agriculture 、 Smart agriculture 、 Rural e-commerce And Rural Revitalization .2019 year ,《 Digital agriculture rural development planning (2019—2025 year )》 Release , From the resource system 、 Production and operation 、 management service 、 From the perspective of governance system, we will plan all aspects of agricultural and rural digital transformation , The specific objectives and key tasks are clarified , Systematically deploy and accelerate the construction of digital agriculture and rural areas .
2021 year “ Document one ” It is proposed that , Developing smart agriculture , Establish agricultural and rural big data system , Promote the new generation of information technology and agricultural production and management 、 Deep integration .“ the 14th Five-Year Plan ” The plan outlines , We should accelerate the development of smart agriculture , Promote the digital transformation of agricultural production and management services .
“ Digital rural cooperative medical system ” Shoulder the mission of empowering more farmers and enterprises with digital , With Build an integrated cloud platform for planting production management , Facing production service and management, we should build agricultural production 、 management 、 Government affairs in one APP End sum PC End , Unified agriculture related system portal , And take the enterprise as the link , Realize one key operation of agriculture related services 、 Agriculture related information arrives in time 、 Agricultural data are collected at any time .
Through the construction of production system and supply and marketing system , Fully open the data link , Converge “ production — service — management ” Multidimensional data , Build farmers 、 Social services and credit system and big data system of financial and insurance institutions , Help local governments build smart agriculture and digital village smart decision-making systems , Data driven integrated development of rural primary, secondary and tertiary industries , Realize the transition from traditional agriculture to modern agriculture .
2021 In, a city took “ Run once at most ” Reform is traction , Deepening “ The trinity ” Reform in progress , Promote the digital transformation of the Rural Cooperative Medical Association , structure “ The trinity ” A digital platform for new agricultural socialized services , Build the country's first digital Rural Cooperative Federation —— A city's digital rural cooperative public service platform , In terms of management decision-making, IFAC cooperates with our company , The purpose is to monitor the whole business process of the rice industry through the visual platform 、 management .
Based on the visualization platform , Associate the existing business system with visualization by means of control interface and data early warning , Realize the real digital twin agricultural factory .
Learn more about digital twins : Yi Zhiwei -EasyV Number twin | Smart City Park factory water conservancy double carbon | 3D map data visualization screen
02 Solution
The development of Chinese field agriculture is facing Many challenges :
One is “ Who will farm ”、“ Who can farm ” The problem has gradually become prominent ;
Second, the uncertainty faced by the production process is strong . It is difficult to avoid the impact of meteorological and pest disasters on field agriculture , Investment is vulnerable to loss ;
Third, there are coordination problems between small farmers and large markets , The price of agricultural products fluctuates greatly ;
Fourth, the traditional mode of production 、 Low mechanization investment 、 Low production efficiency .
therefore , How to help the problems existing in the development of paddy field agriculture through the new generation of information technology , Deeply utilize the digital platform to integrate and mine agricultural big data 、 Facilitate agricultural management , Improve agricultural production efficiency with intelligent agricultural model , Expand agricultural service application scenarios with digital services , It is an important issue to be solved to comprehensively promote the high-quality development of field agriculture .
Through establishment Digital twin cockpit , Visually display the regional industrial dynamics , Real time perception of industrial risks , Assist in precise policy implementation . The twin system connects the data of the whole production plot 、 Satellite remote sensing and other data sources , Bring together digital agricultural cooperatives and their production 、 Supply and marketing 、 And other key indicators , So that managers can control the land abandonment in the city in real time 、“ Non agricultural ”、“ Non grain ” situation , Monitor various business processes .
At the same time, the platform is unblocked with production entities and departments 、 Agricultural service enterprises 、 Data docking between planting experts , Through data analysis, farmers are guided to apply fertilizer accurately in the process of planting 、 Medication 、 Water, etc , Realize the integration of production service line 、 Collaborative supply , It effectively ensures that the main production body successfully completes the production cycle , At the same time, the key elements of rice production process are obtained in time 、 Real-time monitoring 、 The whole process is controllable , Ensure the standardization of the whole process of agricultural production 、 Precision .

chart Rice digital twin cockpit
The project also aims at Visual management of the post-processing process of rice , For the working scenario of rice digital twin reduction processing center , Each device can display detailed information through interaction , Realize remote monitoring . If the equipment has an early warning, it can be automatically transmitted to the relevant business system for remote control , By integrating the data acquisition system , use Digitalization and virtualization Display the workshop visually in real time AGV Car 、 equipment 、 Information such as logistics operation status and personnel status . Remote control or maintenance of workshop equipment through virtual instructions .

chart Digital twin rice processing workshop
03 The construction achievements
Agricultural production starts from “ Extensive type ” towards “ Precision ” shift : Integrate agricultural resources through digital tools , Offline relying on cooperatives ,MAP And other agricultural institutions provide rice production service guidance for farmers who join the cooperative , Through historical disasters 、 Variety characteristics 、 Soil information and other data analysis , Standardized planting scheme , Let agriculture grow from the past “ Eat in the sky ” Experience planting patterns , become “ Know the sky and make ” Intelligent modern planting mode , Improve planting quality , Realize technology worry free .
Management decision-making : Establish dynamic perception and intelligent early warning mechanism , Using data management and visual display technology to build data cockpit , The management department and agricultural technology service personnel can grasp the industrial dynamics and risks in real time according to the land parcel information of the city , Guide farmers in precision farming and agricultural technology .
Through real data , Help the management department understand the service situation of the cooperative , And track the completion of work indicators of relevant departments , The security system and policies are in place , Provide real-time decision-making basis for management decisions .
The above case comes from 《 Digital twin world white paper (2022 edition )》
Collection method : official account 「EasyV Digital twin Visualization 」 The background to reply 「 white paper 」 Can receive !
Focus on 【 Official WeChat official account 】, See more visual information ~ Wait for you
- EasyV Digital twin Visualization
- Easy to know micro digital twin world
Enter official website , Experience it now for free : Yi Zhiwei -EasyV Number twin | Smart City Park factory water conservancy double carbon | 3D map data visualization screen
Digital twin visual communication group : Enterprise WeChat
Free trial period : operating 、 product 、 Design 、 Technical personnel are specialized in one-on-one group guidance , Answer questions .
边栏推荐
- Important arrangements - the follow-up live broadcast of dx12 engine development course will be held at station B
- When iPhone copies photos to the computer, the device connection often fails and the transmission is interrupted. Here's the way
- Unity saves pictures to albums and rights management
- Email security report in the second quarter: email attacks have soared fourfold, and well-known brands have been used to gain trust
- 【英雄哥七月集训】第 26天:并查集
- Common SQL statement query
- Red hat official announced the new president and CEO! Paul Cormier, a key figure in transformation, is "retiring"
- AWS elastic three swordsman
- Emotional drama in the world Zhou Bingkun lost his job because he saw Tu Zhiqiang and was shot
- 2020.7.7 eth price analysis
猜你喜欢

Four methods of modifying MySQL password (suitable for beginners)

retainface使用报错:ModuleNotFoundError: No module named 'rcnn.cython.bbox'

A 64 bit 8-stage pipelined adder based on FPGA

JS event loop synchronous task, asynchronous task (micro task, macro task) problem analysis

selenium+pytest+allure综合练习

【ELM分类】基于核极限学习机和极限学习机实现UCI数据集分类附matlab代码

Canonical Address

Smart contract security -- selfdestroy attack

"Risking your life to upload" proe/creo product structure design - seam and buckle

【信号处理】基于高阶统计量特征的通信系统中微弱信号检测附matlab代码
随机推荐
Read Plato & nbsp; Eplato of farm and the reasons for its high premium
How to simply realize the function of menu dragging and sorting
[solution] solve the problem of SSH connection being inactive for a long time and being stuck and disconnected
C # introducing WinAPI to pass the character set of Chinese string parameters
第二季度邮件安全报告:邮件攻击暴增4倍,利用知名品牌获取信任
Usage of delegate
POC模拟攻击利器 —— Nuclei入门(一)
【信号去噪】基于卡尔曼滤波实现信号去噪附matlab代码
Pytorch optimizer settings
0 dynamic programming medium leetcode873. Length of the longest Fibonacci subsequence
Smart contract security -- selfdestroy attack
Interviewer: what is the factory method mode?
A brief analysis of the differences between functional testing and non functional testing, recommended by Shanghai haokoubei software testing company
Get the difference data of two sets
[data processing] boxplot drawing
unity中物体碰撞反弹(学习)
功能测试和非功能测试区别简析,上海好口碑软件测试公司推荐
2022.7.8 eth price analysis
unordered_map的hash function及hash bucket存储方式探索
Manual installation of Dlib Library