Tractors: Ms. Zeynep Erkunt Armağan

Transcription

GLOBAL TRENDS IN AGRICULTURE
AND TECHNOLOGICAL SOLUTIONS
Mrs. Zeynep ERKUNT ARMAĞAN
The Chairperson of
Erkunt Tractor Industries, Inc.
1
Fifth World Summit on Agriculture Machinery
January 21, 2016 ~ Istanbul, Turkey
2
Population is growing…
Population
3
2016
2026
2050
7.400.000.000
8.000.000.000
9.700.000.000
• The groundwater level is
dropping
• Soil erosion is increasing
• Glaciers are melting
• Beneficial insect
populations are
disappearing
• Farmlands are declining
as a result of
urbanization…
4
1 billion people of
the world go to bed
hungry…
5
If we take a look at this bleak picture,
it is almost impossible to remain optimistic.
World Population Growth vs. Arable Land Per Person.
Source: FAO United Nations, World Bank
6
We are utilising all the possibilities that
technology has to offer.
7
ENTERPRISES
Agricultural
enterprises are
being transformed
into more
Professional
ones, in order to
respond to the
increased need.
8
EFFICIENCY
Numerous academic
and technological
studies and projects
are simultaneously
being conducted to
increase efficiency
and productivity.
9
SCIENTIFIC
PROJECTS
As scientists work on
seed technologies to
ensure increased
agricultural
productivity, the
mechanization
industry is rising to
the challenge with
innovative projects.
10
SOIL ANALYSIS
Soil analysis is
becoming more and
more mobilized in
order to give rapid
results and to ensure
that the right steps
are taken at the right
time.
11
HIGH-TECH
MECHANIZATION
Technologies are
being developed to
take tracking and
guidance systems to
the forefront of the
challenge of
efficient
mechanization in
the planting and
harvesting
processes.
12
To sum up, precision
agricultural technology
applications are in
development:
•
•
•
•
•
•
•
13
GPS
VRT
GIS
Remote Sensing
Technology
Efficiency Mapping
System
Automatic Steering and
Controlled Field Traffic
Technologies
EMC …
Ongoing efforts to
integrate small
unmanned aerial
vehicles into
agricultural operations;
Such vehicles will be
capable of scanning a
1000 square meter
field within just one
hour, and storing all
data and images
collected.
14
How would the stored
information be used?
Such a technology would
be able to capture risk
areas with problems such
as insufficient
fertilizer, soil humidity and
pesticide application , thus
serving as the foundation
for a system which would
generate alerts and
recommendations for the
farmer.
15
Key technological
advances followed by
the agricultural mach.
and equipment
manufacturers
•
•
•
•
•
•
•
•
16
Satellite technologies
Smart sensors
Field-type portable
computers
Vehicle to vehicle
data transmission
Autonomous
equipment &
platforms
Robots
Intelligent machinery
Tractors fitted with
ISO-Bus systems…
Was it farmers who demanded all these
technological improvements?
Of course not.
It is impossible to demand something that you
know nothing about.
17
Neither we, the manufacturers, nor the
farmers could have known that technology
would come to play such a major role in
mechanization.
Therefore, such a demand was not raised by
the users – or the manufacturers.
18
The technological developments in agriculture today
are driven entirely by advances in electronics.
19
European agricultural
machinery manufacturers
have disclosed that 70%
of all fertilizing and
spraying machines they
release into the market
today are equipped with
precision farming
technologies and smart
or ISO-Bus enabled
equipment.
20
Fertilizing and spraying machines
Smart technologies
Traditional
Technologies that are predicted to have the most profound effect on
agriculture within the next 10 years:
1. GPS
2. Biotechnology
3. Web Based Farming Applications
4. Precise Climate Satellites
5. Smart Phones
21
With developments like;
•
•
•
•
22
Depth adjustable tillage
Mechatronic unit controller sowing
Sensor-based variable rate spraying systems, and finally
Smart irrigation systems, we can see that precision agricultural
applications and their subsequent technological developments are
increasingly becoming a part of our daily lives, which will inevitably
lead to their widespread global use.
1. We have initiated efforts to
establish an electronic and
hydraulic infrastructure to enable
communication between our
tractors and integrated
agricultural machinery, which are
anticipated to become widely
used in the future, thus ensuring
the highest efficiency in their
operation.
23
2. We are currently working on the
implementation of on-board
computers, which will enable our tractors
to collect data through various
technological devices and convert them
into useful information, thus providing our
farmers with the means to better calculate
their efficiency.
Through these systems, instant soil
analysis results, daily working hours, area
of cultivated farm land, quantity of fuel
consumed, current vehicle position and
operational data will become readily
available to farm owners through the onboard computers, their tablets, or their
smart phones.
24
3. Since our customers are racing
against time, we have concentrated
efforts on implementing remote
assistance systems on our
tractors, which will enable us to
monitor our tractors online and
inform the users of any
problems, thus providing fast and
effective after-sales service by
detecting potential failures ahead
of time and preventing them
before they actually take effect.
25
And finally,
4. We are cooperating with
various universities to
improve vehicle efficiency
and design, and carrying out
technology development
projects in collaboration with
expert college professors.
26
Our Research & Innovation Team, at Erkunt Tractor Industries, INC.
We are confident that these rapid developments in agricultural
mechanization will lead to increased productive efficiency in agriculture.
And we take pride in our involvement in breakthrough projects that aim
to reduce and prevent hunger worldwide.
27
Thank you all for your kind
attention.
Mrs. Zeynep ERKUNT ARMAĞAN
The Chairperson of
Erkunt Tractor Industries, Inc.
28

Tractors: Ms. Zeynep Erkunt Armağan

Transcription

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