IT And Automation To Reduce Energy Consumption
IT and Automationto reduce EnergyConsumptionAugust AltherrEuropean Technology Innovation CenterMarch 13th, 2013
CO2 Saving Potentials20%2%?8%10%6%4%57%2% 0,5%4% 0,5%7%2 IT and Automation to reduce Energy Consumption 13th March 2013
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification3 IT and Automation to reduce Energy Consumption 13th March 2013
Engine / Transmission ManagementFuel Map OptimizationAutoPowrEngine / TransmissionManagement20%electronically „shift up throttle down“8% CO2 reduction5-10 % CO2 reductionIn PowerMixIn light duty application4 IT and Automation to reduce Energy Consumption 13th March 2013
DirectDrive Transmission First patent in 1940 by Prof. Franke First commercial usage in 2003 by VW5 IT and Automation to reduce Energy Consumption 13th March 2013
Electromagnetic Shift ActuatorShift fingerShift rodNeutral springShift forkBobbin with CoilsYokeArmature6 IT and Automation to reduce Energy Consumption 13th March 2013
Actuation Current ProfileShiftingcurrent6-8% CO2 reductionIn transport applicationvs. AutoPowrHoldingcurrentSynchronisationphaseMovement tosynchronpointGearengageddetectionGear engagement7 IT and Automation to reduce Energy Consumption 13th March 2013Gear engaged
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification8 IT and Automation to reduce Energy Consumption 13th March 2013
6R Multifuel Tractor9 IT and Automation to reduce Energy Consumption 13th March 2013
Technical Requirements for MultifuelMulti-FuelSoftwarePower decrease with bio-fuels due tolower heating valueCold StartDevice120Power (kW)10080Power compensationby software andsoftware switch byfuel sensor.6040Diesel20RSeed Oil0FuelSensor100012001400160018002000rpmOne Tank1200 l/ha 2000kg colza cake10 IT and Automation to reduce Energy Consumption 13th March 2013
CO2 Reduction accordingto Directive 2009/28/ECDefault reduction values: pure rape seed oil57% rape seed biodiesel38 % sunflower biodiesel51 % soybean biodiesel31 % palm oil biodiesel19 % palm oil biodiesel56 %(process not specified)(process with methane capture at oil mill)11 IT and Automation to reduce Energy Consumption 13th March 2013
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification12 IT and Automation to reduce Energy Consumption 13th March 2013
Electronnically Controlled Auxilliary DrivesAir brake compressorw/ electronically actuated clutchVistronic2% less CO20,5% less CO2In PowerMixSwitched offCharge air cooler indistributed cooling systemAC compressor usage w/ electronically actuated clutch dependent ontrailer usage4% less CO20,5% less CO2Avg. annualAvg. annual13 IT and Automation to reduce Energy Consumption 13th March 2013
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification14 IT and Automation to reduce Energy Consumption 13th March 2013
GPS / AutoTrac Precision with AutoTrac SF1: /- 23cm SF2: /- 5 cm RTK: /- 2,5cm3-10% CO2 reductionBy avoiding overlap15 IT and Automation to reduce Energy Consumption 13th March 2013
iTec ProiTec Pro Automated headland turns Cycle time reductionat headland 30%w/o iTec Pro2% CO2 reductionOn a 10ha field duringseeding.16 IT and Automation to reduce Energy Consumption 13th March 2013
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification17 IT and Automation to reduce Energy Consumption 13th March 2013
Tractor Implement Management (TIM)Automated Deceleration Wrapping Ejecting Gate opening & closingsec.Operator Fatigue4542automatedWorking time Ball cycle reductionfrom 45 to 42 sec.6% CO2 reductionDue to cycle timereduction18 IT and Automation to reduce Energy Consumption 13th March 2013
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification19 IT and Automation to reduce Energy Consumption 13th March 2013
20 IT and Automation to reduce Energy Consumption 13th March 2013
Telematics - JDLink Since 2011, all large tractors are connected through JDLink21 IT and Automation to reduce Energy Consumption 13th March 2013
Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac TIM Telematics Electrification22 IT and Automation to reduce Energy Consumption 13th March 2013
Efficiency Improvement Fertilizer spreader 4kW Tractor Hydraulic Pump 2kW rpm reduction ? 4% CO2 reductionDuring fertilizingFaster controllability and mass flow calibrationenables further significant potential on CO2 reductionPicture: RAUCH Landmaschinenfabrik GmbH23 IT and Automation to reduce Energy Consumption 13th March 2013
CO2 Saving Potentials20%2%?8%10%6%4%57%In Summary Ag technology has reduced CO2 emission No silver bullet technology Follow automotive technologies2% 0,5%4% 0,5% Data will drive new designs &technologies7%24 IT and Automation to reduce Energy Consumption 13th March 2013 All in support for our European CO2strategy
iTec Pro iTec Pro w/o iTec Pro 2% CO 2 reduction On a 10ha field during seeding. Agenda Engine / Transmission Controls Pure Plant Oil Tractor Auxiliary Drive Control GPS / Autotrac . John Deere Region 2 Author: Bernhard Stelzer Subject: Braunschweig Created Date:
3 Reduce Reduce V 1 V 2 V 3 barrier Map Map V Map V 1 V 2 V 3 Reduce Reduce V 1 V 2 3 Map Map Reduce Map V 1 V 2 V 3 V 1 V 2 Reduce V 3 V 1 V 2 Reduce 3 Reduce Reduce V 1 V 2 V 3 V 1 V 2 Reduce 3 SPLIT: enough work for one GPU NO MEMORY LIMIT CPU GPU execution CPU GPU execution on each node Final reduction in cluster Aggregate nodes results Network
programmable logic controller, is important for industrial engineer. Factory automation mainly covers; Machine level automation, Production line or work cell automation, Shop floor automation, and Plant level automation. The present manual focus on the 1st level of factory automation e.g. machine automation level. It provides an introduction .
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automation strategy, launching successful service automation initiatives, preparing the organization for the changes service automation induces, and building enterprise-wide service automation capabilities. We continue to study service automation, and this working paper focuses on the adoption of RPA in shared service organizations and presents .
Low Code Automation Simply put, Low-Code Automation is a visual development of automation use-cases. Traditional methods of designing automation use-cases involve heavy scripting. Low code automation simplifies the entire process by providing an easy and intuitive drag-and-drop interface. Programmable networks are essential for a comprehensive
_SIMATIC Automation Tool _ SIMATIC S7/HMI SIMATIC Automation Tool V3.1 SP1 User Guide Manual V3.1 SP1, 05/2018 A5E43616265-AA Preface Downloading, licensing, and installing the SIMATIC Automation Tool 1 SIMATIC Automation Tool overview 2 Prerequisites and communication setup 3 Getting started with the SIMATIC Automation Tool 4
you can control how automation is deployed, and gain auditable knowledge about automation sources and outcomes. You can also use Red Hat Ansible Network Automation, a bundled offering tailored for network automation tasks. Read the Network automation for everyone e-book to learn more about Red Hat Ansible Network Automation. HOW TO USE THIS E-BOOK
