Smart Agriculture
The main force of
developing agricultural and rural modernization is the
construction of smart agriculture. Through the application of
the Internet of things in the agricultural field, the
agricultural development route of automation, industrialization,
standardization, scale, refinement and internationalization will
set off a new development wave.
It is a high
standard, modern and intelligent modern agricultural poverty
alleviation industrial park integrating picking sightseeing,
leisure tourism and seedling cultivation. Covering an area of
700 mu, the park has built 74 modern intelligent solar
greenhouses, 15000 extension meters, and planted more than 30
kinds of characteristic fruits and 97000 plants, including 45000
organic pitaya and 24000 big cherry. After reaching the
production capacity, the annual output of fire dragon fruit is
150000 kg and large cherry is 500000 kg, with an annual income
of 9 million yuan. Through the implementation of the smart
agriculture project in 2020, Runyi industrial park can save 60%
- 70% of personnel investment on the original basis, save a
total of 800000-1 million yuan per year, and increase the output
by at least 20% per year, totaling 2 million yuan per year.
In addition, through
the substitution of smart agriculture projects, the production
plan of the park realizes standardized planting with the help of
the production model in the expert system. Through the
agricultural e-commerce platform and smart agriculture system,
the agricultural industry alliance is established locally and
large-scale planting is achieved, which greatly improves the
competitiveness and bargaining power of agricultural products in
the consumer market.
Technical basis
Combined with the
overall planning and design of smart agriculture, using the
domestic leading technologies such as Internet of things,
sensors, big data and GIS, build the overall framework of "perception
layer - network layer - platform layer - application layer",
realize information sharing, data mining and real scene display,
and ensure the sustainable development of visual management of
crop planting. That is, the data of small meteorological
stations, soil temperature and humidity sensors and other
equipment are transmitted to the computer control center through
the communication network for data synthesis and analysis, and
accurate soil investigation, rational fertilization, crop yield
estimation, agricultural environment monitoring and rational
land use are carried out according to these information, so as
to change the extensive agricultural management mode, Improve
the ability of animal and plant disease prevention and control,
ensure the quality and safety of agricultural products, and lead
the development of modern agriculture.
The overall technical architecture of the smart agriculture
construction scheme is designed as follows
Application
interaction layer:
Combine the latest
technologies of Internet of things, sensors and big data with
applications such as agricultural data collection and integrated
water and fertilizer control, and display the overall
intelligent operation through a unified information management
center to create an intelligent crop planting management and
brand.
Relying on GIS or
three-dimensional map, accurately locate and visually display
agricultural "people, things, places, things, conditions" and
other elements, realize visual crop planting management
dashboard, and provide multi-dimensional visual display and
analysis, so that managers can understand agricultural
irrigation and crop growth in each region in real time, so as to
provide intelligent decision support for crop planting,
Effectively improve the efficiency of crop planting management.
Construction content
The whole smart
agriculture system construction will be based on the principles
of overall planning, highlighting key points, step-by-step
implementation, simplicity and ease of use and improving cost
performance, and can provide long-term agricultural monitoring
data. Combined with digital agrometeorological information,
early warning information, 5g network foundation and management
experience, carry out big data analysis and report, so as to
provide valuable empirical data and reference basis for crop
planting, so as to ensure that agricultural products can
increase output and realize large-scale production; It also
ensures the standardization of the production quality of
agricultural products; Realize traceability and visualization in
combination with safety traceability system; Connect with
e-commerce platform to achieve marketization.
The system is
mainly divided into four layers:
1. Information
collection layer: collect important data information through a
variety of sensors and detection instruments and upload it to
the system network;
2. System platform:
store and analyze the uploaded data, and make implementation
plans and early warning measures according to the data analysis
results;
3. Control
facilities: realize the control of facilities, such as
fertilization, irrigation, ventilation, etc;
4. Display system:
display and query all operation, collection, early warning and
management information through visualization system, mobile
phone, computer and other media.
Visual control
center
Through a large
number of sensor nodes in the target area, real-time collection
of crop planting environment information such as soil
temperature and humidity, air temperature and humidity and so
on, and summary to the platform, relevant staff can monitor and
analyze the data through the platform, and mobilize and control
various executable equipment as needed, such as drip irrigation
control valve.
In the whole process
of intelligent agriculture management, the visual platform
combined with expert decision-making AI system analyzes the
spatial location of crop planting and the correlation
relationship of environmental parameters, and carries out
panoramic management on the intelligent operation of agriculture
with the help of the global command and control center. The
visualization platform can realize the functions of graphical
intelligence information query, visual correlation analysis,
evidence chain and intelligence clue discovery through data
processing, storage management, visual interactive analysis and
other technologies.
The visualization
system can display the important Internet of things data, video
and other information in the park in an all-round way, conduct
unified management and analysis, and master the trend of the
park in real time; Report the production and supervision of the
park to the leaders and superiors at any time.
Intelligent collection of crop information data
The system can be
externally connected with weather stations, soil temperature and
humidity sensors, etc., automatically collect environmental
parameters such as air temperature and humidity, soil
temperature and humidity and light intensity in the crop
planting area, and automatically compare them with the preset
values. When the comparison results are significantly different,
relevant equipment will be automatically turned on to maintain
the environment within the preset standard range.
Intelligent monitoring system for crop planting based on
Internet of things
The field weather
station is used to collect the information of air temperature,
air humidity, light, carbon dioxide, rainfall, wind speed, wind
direction, air pressure, soil pH value, soil EC (conductivity),
soil nitrogen, phosphorus and potassium. When the climate
information exceeds the normal value, measures can be taken in
time to reduce the losses caused by natural disasters.
Agricultural video monitoring system
With the development
of crop planting scale, there are two most troublesome problems
for operators as crop Growers: one is the anti-theft problem of
their crops; Second, the growth status of crops. Most operators
set up camp in the field and guard day and night. The larger the
scale of crop planting, the more costs and manpower will be
invested in nursing, which seriously restricts the development
and expansion of production areas.
After deploying the
"thousand mile eye" of agricultural video monitoring system,
managers can remotely view and manage the growth of agricultural
crops and equipment operation anytime and anywhere, greatly
reducing the workload. Video surveillance also provides a
reliable picture basis for the remote diagnosis of vegetable
diseases and pests and the traceability of agricultural products
in the later stage.
Intelligent control of greenhouse equipment
By selecting and
deploying intelligent environmental information collection
equipment for data collection, and then remotely transmitting
data to the environmental Internet of things system for data
process analysis and statistical analysis, the end user can
realize real-time monitoring, remote control and intelligent
production anytime and anywhere, so as to realize the fine
management of vegetable growth.
Rapid detection
of soil nutrients
The content and proportion of soil nutrients (nitrogen,
phosphorus, potassium and organic matter) can be quickly
determined by extracting soil samples from planting land, so as
to carry out scientific and reasonable soil testing and formula
fertilization.
Agricultural product quality and safety traceability system
The traceability
system uses the Internet of things technology to realize the
real-time monitoring of planting environment information, and
uploads the detection data of agricultural products to the
system platform. Each batch of agricultural products leaving the
factory will be tested for professional items such as pesticide
residues, and only qualified products will be allowed to be
sold.
Soil moisture monitoring system
It is an Internet of
things sensor that can measure the moisture, temperature, air
temperature, air humidity, atmospheric pressure and other
parameters of three soil profiles at the same time. It adopts
imported industrial chips with high precision, high sensitivity
and fast response. The solar cell is used to supply power to the
system, collect and detect the soil volume moisture content
regularly. The system wirelessly transmits the data to the cloud
server platform through 4G / GSM / GPRS. The user can scan the
code through wechat or log in to the server to view the
monitoring data.
Agricultural e-commerce platform
Agricultural
e-commerce platforms can be established locally or connected
with third-party e-commerce platforms. In addition, in order to
improve the efficiency of commodity trading, Generally, the
internal purchase, sales and inventory management system (RRP)
is used in stores with large transaction volume, so as to
realize the functions of intelligent order processing, batch
loading, automatic order splitting and closing, intelligent wave
picking, etc. the agricultural information traceability system
can establish a unified docking interface standard with the
mainstream ERP system, so as to automatically upload the
traceability information of agricultural products in batches.
Agricultural management module
Based on plot
management and crop management, record and generate agricultural
production files according to the actual agricultural production
process. The management scope covers the whole process of
planting, irrigation, fertilization, medication, picking and so
on. This module includes: Agricultural log, crop management,
basic management and harvest management, sales management.
Water fertilizer integrated irrigation system
Measure the area of
the project area and crop row spacing, and design the drip
irrigation or nozzle system scheme according to the actual
situation of the base. The automation of water and fertilizer is
realized by laying drip irrigation belt, sprinkler irrigation
system, water and fertilizer integrated machine and solar power
supply wireless control valve. According to the planting plan,
the rotation irrigation scheme, soil testing formula
fertilization scheme and fertilization scheme can be set.
The fertilization
and irrigation plan and implementation procedures can be set
remotely through mobile app, which can also be operated on site
to meet the needs of crop irrigation water and fertilizer in the
project area. Equipped with single tank or multi tank
fertilization tank, frequency conversion pump, frequency
conversion controller and other equipment, it can be flexibly
used for irrigation and fertilization of various terrain and
crops.
Fertilizer applicator
Realize remote
detection and control of wireless agricultural cloud IOT app and
platform through WiFi or 4G network;
10 Inch Touch configuration display screen control, Chinese
man-machine interface display, data acquisition and storage,
equipment control, remote access and other functions;
The system has manual, automatic, timing, quantitative and
mixing control functions. It is displayed in the full Chinese
interface. It has simple structure and convenient operation. The
management personnel can adjust the parameters appropriately
through the interface according to the actual situation, or
carry out irrigation and fertilizer management under human
intervention according to experience, with great operability.
The fertilizer absorption capacity is 0-600l per hour, which can
absorb more than three kinds of fertilizer solutions at the same
time; Stainless steel fertilizer pump;
Collection and display of cumulative fertilization flow, and
collection of float flowmeter and Hall flowmeter;
Three way mixing control, with timing and fertilizer injection
follow-up mixing function;
The head control function of water source is equipped with
four-way external solenoid valve control function as standard;
EC Value and pH value detection;
One way frequency converter linkage control;
Corrosion resistant industrial PVC pipes and high-quality pipe
fittings; Durable aluminum alloy frame, beautiful;
Control software can be written according to user requirements;
Cost savings of 39% compared with similar products in the market
with the same function
Wireless solar
solenoid valve (valve) controller
This equipment
solves the situation that there is no electricity in the
farmland base and it is inconvenient to set up lines;
The equipment is powered by solar energy;
The 433MHz communication module is used for wireless
communication, which can be remotely controlled with the
fertilizer applicator, and cooperate with the mobile app to
remotely and on-site operate each piece of irrigated and
fertilized farmland;
The equipment has its own mounting rod and ground cage, which
can be installed at any position;
The hole diameter of the solenoid valve can be adjusted
according to the actual situation. (e.g. 32mm, 40mm, etc.)
Construction scheme
and installation case of integrated irrigation of water and
fertilizer
Remote information pest monitoring and reporting system
The pest situation
monitoring and reporting system shall be installed in the area
covered by the project. By capturing the number, species and
types of pests in the base, after taking high-definition photos,
the pictures shall be uploaded to the mobile phone terminal or
computer PC terminal, so as to achieve early detection and early
warning of pests, and judge the current pest situation of the
base according to scientific information. According to this
method, when to use biological pesticides, how much to use, and
other prevention and control means to make a scientific and
effective plan.
According to the
actual situation, you can set the time measurement or light
measurement, and set the automatic photographing time and
interval. The solar power supply system and 4G transmission
module can ensure normal operation for at least 1 week under bad
weather conditions.
Sewage treatment monitoring system
At the inlet and
outlet of the sewage treatment plant, the whole process online
monitors the water quality, and the monitoring indicators
include COD, suspended solids, ammonia nitrogen, total
phosphorus and five conventional parameters (conductivity,
dissolved oxygen, pH / ORP, turbidity and temperature).
Catalogue of smart agricultural products
Agricultural
information products
Name |
Picture |
System introduction |
Agricultural environment information
automatic monitoring system
(agricultural visualization system) |
|
Smart Park solutions
(smart Park visualization system)
Apply the intelligent Internet of things,
cloud computing, mobile Internet and
wireless sensor technology to traditional
agriculture, configure wireless sensors to
automatically collect the information of
soil nutrients, moisture temperature, air
temperature and humidity, carbon dioxide
concentration and light intensity, and query
and monitor the planting environment online
through mobile phones or computers, so as to
improve the real-time, automatic and
intelligent level of agricultural
environment monitoring, Transform
traditional agriculture into intelligent
agriculture and digital agriculture. |
Agricultural product quality and safety
traceability system |
|
Quality and safety traceability solutions
for agricultural products
Configure production process quality
management facilities, equipment and quality
traceability system, establish multi-level
quality and safety monitoring network of
agricultural products, and realize the whole
process traceability of agricultural
products from the source to the dining
table; Relying on the central control end
platform and the upper computer industrial
control system, the generation, printing and
query of one-dimensional code and
two-dimensional code database of detection
information are integrated to realize the
whole production process monitoring and
product quality traceability; |
Agricultural law enforcement input
supervision system |
|
Regulatory solutions for agricultural law
enforcement (inputs)
Supervise the transactions of agricultural
inputs in real time, and record, upload,
query and count them; Unified management of
label information of all agricultural
inputs; Realize the examination and approval
of inputs and dealers' qualifications, and
improve the supervision of qualifications in
the field of agricultural materials;
Establish an inspection system and record
for law enforcement supervision and
management of agricultural inputs; Establish
a filing system for input products and
agricultural materials distribution
enterprises; Establish an early warning
system for agricultural input transaction
information management. |
Water fertilizer integrated irrigation
system |
|
Agricultural intelligent water and
fertilizer integrated irrigation solution
According to the actual soil moisture and
nutrients of agricultural land, the
monitoring data are transmitted to the
system platform in real time to realize
automatic water and fertilizer irrigation.
Multi layer monitoring of soil moisture,
formulation of the best irrigation scheme,
water conservation and Fertilization on
demand. The automation system saves manpower
and can be operated remotely, which is more
convenient and fast. |
Product label traceability system |
|
(agricultural) product label traceability
query system (can be formulated)
Provide product traceability query system
for brand enterprises. It can realize the
whole process traceability from origin, raw
materials, processing and production,
(third-party) inspection and detection,
standardized production, logistics
distribution to e-commerce platform. The
whole process information query can be
realized by scanning the product QR code
label with mobile phone. |
Agricultural product quality and safety traceability testing
equipment
Name |
Model |
Picture |
Function introduction |
Agricultural residue detection traceability
bar code integrated machine |
CTNNY-12 |
|
- 12 channel detection, which can be set
separately Capacity and timing;
- High intelligent Android operating system;
Seven inch color touch Screen;
- Networking function (wired and wireless
WiFi);
- Transfer detection data to agricultural
products through special account Product
quality and safety supervision and
traceability information platform;
- Integrated design of detection and
traceability function; Print segments QR
code label;
- Metal shell, which can shield external
interference signals;
-Automatically generate "edible agricultural
product certificate" |
Pesticide residue rapid tester |
CTNNY-IV |
|
- 8-channel detection and programmed
control;
- 5.3-inch LCD backlight Chinese character
display;
- The host is equipped with standard RS232
interface to realize the test The data is
uploaded synchronously, equipped with
PC-side agricultural residue detection
software to receive the data uploaded by the
test host, the user sets the relevant
contents of the tested samples, and
generates the database to analyze the test
data;
- Metal case, shielding interference signal
- Embedded thermal printer can print results
quickly; |
Agricultural residue card detector |
CTNNY-MP16 |
|
- Rapid detection of pesticide residues in
vegetables and fruits by enzyme chip
methodStay;
- Sixteen channel detection;
- Blue LCD display, voice prompt;
- Temperature 30-50 ℃ adjustable |
Multifunctional food safety detector |
CTNNY-DC60 |
|
- Test items: it can quickly detect
pesticide residues, lead, cadmium, chromium,
mercury, arsenic, formaldehyde, white block,
sulfur dioxide, nitrite, hydrogen peroxide
and other items in various foods (the test
items can be increased according to the
demand, and the price can be adjusted
accordingly);
- Android intelligent operating system, WiFi
networking upload, 4G transmission and
Bluetooth transmission functions, fast
upload data;
- 12 detection channels, which can test
multiple channels at the same time Samples,
each sample works independently under
program control without mutual interference;
-7-inch LCD touch screen display (resolution
1024 * 600), humanized Chinese operation
interface. |
Please send your
message to China teanet group.
We will reply your
inquiry to this Email as soon as we see it.
E-mail:
sales@teanet.com.cn
|