Digitalization of AG Machinery

Transcription

1 Digitalization of AG Machinery

2 Digitalization of Ag Machinery: DEUTZ-FAHR Technology Massimo Ribaldone, Executive R&D Director

3 Status The world population is growing Today: ~7,3 miliardi 2010: ~6,8 miliardi 1950: ~2,5 miliardi Quantity: Everybody needs to eat. Different food-> New diet! Quality: Traceability of products Per capita resources are decreasing! More from less Page 3

4 Field digitalization Main concept New Paradigma Homogeneous field management yesterday Site specific management today Page 4

5 Definition Precision Farming An agricultural strategy based on the management of job site-specific oriented. the best in the best way Measurement Elaboration Decision Page 5

6 How to make it possible Tractor Yield is mapping georeferenciated and connected: Field digitalization (drone) - GPS/GLONASS - Connection modules Data Management - Fleet management - Smart field Tractor system: - ISOBUS TIM - Autoguidance Page 6

7 How to make it possible? Precision Farming is the answer Tractor system: - ISOBUS TIM - Autoguidance Tractor is georeferenciated and connected: - GPS/GLONASS - Connection modules Yield mapping Field digitalization (drone) Data Management - Fleet management - Smart field Page 7

8 Machine for Precision Farming Tractor for Precision Farming Guidance Systems Data Management Tractor Implement Cooperation Page 8

9 Autoguidance systems GPS based systems allow application like: - auto guidance (accuracy up to 2cm time, costs, product optimization) - coverage map (reports) - geo referred jobs (according to prescription maps) - geo referred data collection Page 9

10 Tractor Impl. Cooperation Tractor Implement integration regardless implement brand. Machines exchange data in order to cooperate. The cooperation of machines allows: - To manage implement functionalities (VT Virtual Terminal) - To optimize the used product according to GPS position (TC-Task Controller, SC - Section Control and VRC - Variable Rate Control) - To optimize the job in field according to implement needs (TIM Tractor Implement Management) TIM Page 10

11 Data Management Data management system allow to exchange any kind of data between machines and world (in both direction). Data management system allow to know: - GNSS location - Machine status - Machine maintenance plan and needs - Field information (weather information) - Job report Page 11

12 SDF Technology

13 Electronic system evolution From Iron to Silicon Engine, Transmission, Lift, PTO, SBA, ISOBUS, Armrest, EPB, Spool valves, Autoguide, Cluster, imonitor, Air Conditioning, Lights ECUs CAN Knots Electronic Engine, Transmission, Lift, PTO, SBA, Armrest, Cluster, imonitor 15 Systems Engine, Lift, 8 0 Lift SBA PTO, SBA CAN Lines DEVELOPMENT PARADIGM SW / / C e Assembler Model-based C Model-based C, Linux Systems HW PLATFORM / Analogic µc 8bit µc 16bit µc 32bit Multi Core Page 13

14 Operator Console imonitor2 Automation and customization of vehicle functions to improve the quality of operator activities Only one terminal for all vehicle functions Machine settings Implement management Cameras Documentation Job statistics Remote Assistance Page 14

15 Autoguidance High machine integration. Electro hydraulic solution for the best performances. Scalable solution according job needs. Integration with ISOBUS technology. Page 15

16 ISOBUS The tractor commands the implement! The tractor manages section according to the position and according to a prescription map. TC Task Controller The implement TIM commands the tractor! The tractor manages functionalities according to implement needs. TIM-Tractor implement Management \ Page 16

17 Data management The new vision From Silicon to Data will modify: - agricultural machine manufacturer (from product to service) - new services companies (I.T. approach) - Farmer Page 17

18 System integration - Autonomously drive the tractor along a reference path - Control the implement from a standard user terminal - Perform jobs with variable rate based on prescription maps 01/12/2015 Pagina 18

19 Benefits Yield Optimization Costs Productivity Waste Machines efficiency: + 15/20% Overlapping reduction Reduction of job time Fuel consumption reduction Agrochemical reduction: - 10/15% Fertilizers reduction: - 10/15% Page 19

20 Precision Farming 2020 Page 20

21 Farming 2020 Animal management Field recording Fleet management Smart field Weather data Soil data Invoicing Documentation Calendar Home banking etc. Page 21

22 Conclusion Is it just a dream? Is it just a game? Are we playing with Technology? Did we make a new infotainment system? PRECISION FARMING A professional solution to improve the Agriculture Efficiency Page 22