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Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension

Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

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Page 1: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Automatic Section Control (ASC) Technology

Michael Buschermohle

Precision Agriculture Specialist

UT Extension

Page 2: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Sprayer Automatic Section Control

Increasing Production EfficiencyIncreasing Production Efficiency

Reduced Chemical Costs

Improved Environmental Stewardship

Page 3: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Sprayer Automatic Section Control

Tank

Boom Shut-off Valves

Nozzles

ON-OFF Control Signal to Boom Valves or Nozzle Solenoids

Pump RegulatingValve

FlowMeter

1 2 3 4 5

1 2 3 54

As Applied MapGNSS ReceiverController + Software

Closed LoopControl

Page 4: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Sprayer Automatic Section Control

5.7%30 acres

6.8%23 acres

10.8%23 acres

6.7%22 acres

No Control versus Automatic 7 Section Control

Page 5: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Sprayer Automatic Section Control

1 2 3 4 5 60.0

2.0

4.0

6.0

8.0

10.0

12.0

14.0

7 Section Control Individual Nozzle Control

Fields

% C

he

mic

al S

av

ing

s

No Control versus Automatic 7 Section Control

Page 6: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Courtesy of Luck et al. (2010), University of Kentucky

Manual 5 Section Control versus Automatic Section Control

6.2% average reduction

Increasing Production Efficiency Increasing Production Efficiency

Page 7: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Increasing Production Efficiency Increasing Production Efficiency

• Reduced chemical costs

• Increased spraying efficiency

• Less fill-ups

• Reduced operator fatigue

• Improves environmental stewardship

• Preservation of conservation structures

Benefits

Page 8: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Operator Response

Needed OverlapMinimum Double-Planted Area

Hea

dla

nd

Pas

s Skipped Area

Ove

r-P

lan

t Are

a

Planter Automatic Section Control

Increasing Production Efficiency Increasing Production Efficiency

Page 9: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Planter Automatic Section Control

As Applied MapGNSS Receiver

Controller + Software

ControlModule

ControlModule

ControlModule

Page 10: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Types of Fields You Farm

Field Size (ac) Double-Plant (ac) % Double-Plant

Range 1.9 - 106 0.1 – 4.8 0.1 – 15.6

Average 33.2 1.1 4.6

Total 1725 54.7

Page 11: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Increasing Production SustainabilityIncreasing Production Sustainability

% DP Range < 2%Avg. % DP 0.8%

# Fields 16Field Size Range (ac) 8.1 - 106Avg. Field Size (ac) 53.3

Total Acres 853

105.5 ac

77.5 ac 69.3 ac

34.4 ac

Slightly-Irregular Fields

Page 12: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Increasing Production SustainabilityIncreasing Production Sustainability

% DP Range 2 % – 5%Avg. % DP 3.2%

# Fields 21Field Size Range (ac) 6.6 – 58.8Avg. Field Size (ac) 25.9

Total Acres 544

22.5 ac

23.8

30.3

16.3

Irregular Fields

Page 13: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Increasing Production SustainabilityIncreasing Production Sustainability

% DP Range > 5%Avg. % DP 10.5%

# Fields 15Field Size Range (ac) 1.9 – 42.5Avg. Field Size (ac) 21.9

Total Acres 328

15.9 ac

42.5 ac

20.5 ac

18.9 ac

Highly-Irregular Fields

Page 14: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Planter Automatic Section Control

• Reduced seed costs

• Potential yield gains

• Less risk of planting errors

• Reduced potential for lodging

• Reduced operator fatigue

• Improved machine efficiency

Benefits

Page 15: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

• GPS/GNSS Receiver

Automatic Section Control Components

John Deere Ag Leader

TrimbleTOPCON

Page 16: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

GPS Accuracy

GPS Correction Services

• John Deere SF2

• OmniStar HP

• RTK, Trimble’s RTX

Page 17: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Trimble

John Deere AgLeader

Raven

Dickey-john

TOPCON

Automatic Section Control Components

• Controller plus

Software

KINZE

Page 18: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Automatic Section Control Components

Row Command TruCount

SureVac

• Section Control Mechanisms

Planters

Page 19: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Automatic Section Control Components

• Section Control Mechanisms

Sprayers

Boom Valve Individual Nozzle

Page 20: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Increasing Production SustainabilityIncreasing Production Sustainability

economics.ag.utk.edu/asccc.html

Google: University of Tennessee ASCCC

Page 21: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Will it Make You Money?

Corn

500 acres 750 acres 1000 acres 1500 acres$0

$2,500

$5,000

$7,500

$10,000

$12,500

$15,00060%-25%-15% 30%-40%-30% 15%-25%-60%

An

nu

al

Sa

vin

gs

Page 22: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Will it Make You Money?

Corn (15%-25%-60%)

500 acres 750 acres 1000 acres 1500 acres$0

$2,000

$4,000

$6,000

$8,000

$10,000

$12,000

$14,000

0

1

2

3

4

5

6

7

8

9

10

With equipment Without equipment

An

nu

al

Sa

vin

gs

Pa

yb

ac

k P

eri

od

(y

rs)

Page 23: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Will it Make You Money?

Corn (30%-40%-30%)

500 acres 750 acres 1000 acres 1500 acres$0

$2,000

$4,000

$6,000

$8,000

$10,000

$12,000

$14,000

0

1

2

3

4

5

6

7

8

9

10

With equipment Without equipment

An

nu

al

Sa

vin

gs

Pa

yb

ac

k P

eri

od

(y

rs)

Page 24: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Will it Make You Money?

Soybeans

500 acres 750 acres 1000 acres 1500 acres$0

$1,000

$2,000

$3,000

$4,000

$5,000

$6,000

$7,000

60%-25%-15% 30%-40%-30% 15%-25%-60%

An

nu

al

Sa

vin

gs

Page 25: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Will it Make You Money?

Soybeans (15%-25%-60%)

500 acres 750 acres 1000 acres 1500 acres$0

$1,000

$2,000

$3,000

$4,000

$5,000

$6,000

$7,000

0

1

2

3

4

5

6

7

8

9

10With equipment

An

nu

al

Sa

vin

gs

Pa

yb

ac

k P

eri

od

(y

rs)

Without equipment__

Page 26: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Will it Make You Money?

Soybeans (30%-40%-30%)

500 acres 750 acres 1000 acres 1500 acres$0

$1,000

$2,000

$3,000

$4,000

$5,000

$6,000

$7,000

0

1

2

3

4

5

6

7

8

9

10

With equip...

An

nu

al

Sa

vin

gs

Pa

yb

ac

k P

eri

od

(y

rs)

Without equipment__

Page 27: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

What’s the Take Home Message?What’s the Take Home Message?

• Field shape and size impact ASC savings

• Consult your dealer to learn about your options

• Purchase a display that allows for technology upgrades

• For better results use higher accuracy GPS/GNSS correction service

• Maximizing productivity should be your overall management goal

Page 28: Automatic Section Control (ASC) Technology Michael Buschermohle Precision Agriculture Specialist UT Extension Michael Buschermohle Precision Agriculture

Questions