MONITORING SOLUTION FOR IMPROVED CROP MANAGEMENT

Similar documents
William Northcott Department of Biosystems and Agricultural Engineering Michigan State University. NRCS Irrigation Training Feb 2-3 and 9-10, 2010

Efficient Irrigation via Smart Control. Rick Foster Sr. Product Manager

cams Management Systems Technology focused on conserving energy Performance. Period.

Remote Monitoring and Satellite Communications

Blaine Hanson Department of Land, Air and Water Resources University of California, Davis

Water Saving Technology

TexasET Network Water My Yard Program

Valley. Controls RELIABLE DURABLE PRECISE ADVANCED RESPONSIVE

NMC Pro System Manager

Farmers Harvest Gigabytes with Broadband and Wireless Technology

Design of Fuzzy Drip Irrigation Control System Based on ZigBee Wireless Sensor Network

Smart Irrigation Scheduling: Tom Rogers Almond Ranch

Algae Lab Systems. a case study. +1 (720) Pearl St. Unit 317 Boulder, CO USA

Smart. Scalable. Simple.

Optimizing Energy Operations with Machine-to-Machine Communications

Monitoring solar PV output

Rain on Planting Protection. Help Guide

Wireless Sensor Network Applications in Agriculture

Wireless Soil Moisture and Weather Monitoring System Caipos

Using Web-based Software for Irrigation and Nitrogen Management in Onion Production: our Research Plan for 2013

DEVELOPMENT OF A WEB-BASED WIRELESS TELEMONITORING SYSTEM FOR AGRO- ENVIRONMENT

Features: RMU REMOTE MONITORING UNIT AND WEB-BASED SOFTWARE

Affordable wireless monitoring without compromise

John Deere and you. You ll look good in green.

End-to-end technology solutions and services

Collect, Share, and Manage Information

SMART ASSET MANAGEMENT MAXIMISE VALUE AND RELIABILITY

rm Management apping eather iagnostics Integrating ntroller adcell/sensors lematics

Energy Harvesting Wireless Power for the Internet of Things

HOW INTELLIGENT BUILDING TECHNOLOGY CAN IMPACT YOUR BUSINESS BY REDUCING OPERATING COSTS

Big Data: Challenges in Agriculture. Big Data Summit, November 2014 Moorea Brega: Agronomic Modeling Lead The Climate Corporation

Embedded Controlled Drip Irrigation System

REMOTE MONITORING AND CONTROL SYSTEM

CONNECTED VINEYARDS. How the Internet of Things is enhancing the winemaking industry

Global Spectrum Management

Wireless Sensor Network Based Low Power Embedded System Design For Automated Irrigation System Using MSP430

Motorola AirDefense Network Assurance Solution. Improve WLAN reliability and reduce management cost

CUSTOMER EXPERIENCE CENTER

Solar Solutions for Off-grid Power Supply

Netafim: Increasing the Transparency of All HR Activities with SuccessFactors Solutions

Irrigation and Nitrogen Management Web- Based Tool for Lettuce Production

Monitoring Remote Chemical Tanks

Energy Monitoring Solutions

Remote Management White Paper 27th June, 2012

Wireless Data Logger Monitoring Systems

Iknaia Asset and Personnel Tracking Management System for the Healthcare Industry

World Water and Climate Atlas

Ubiquitous Wireless Sensor Networks for Environmental and Climate Data Management System

Philips remote monitoring and control systems

WEATHER STATION FOR SOLAR FARM MONITORING

Internet of Things in Aquaculture. Daoliang Li

BOOST YOUR BUSINESS WITH M2M TECHNOLOGY

Agriculture Embracing

Cloud Services Supporting Plant Factory Production for the Next Generation of Agricultural Businesses

Automated Garden Monitoring System

Estação Meteorológica sem fio VEC-STA-003

Sigma. Groundbreaking multi-screen polymeric, self-cleaning filter for irrigation

Rohrback Cosasco Systems

IRRIGATION TECH SEMINAR SERIES

What you don t know about industrial GSM/GPRS modem communications

Toro Golf Irrigation and ITT Flowtronex Pump Systems. Working Together to Maximize Your Irrigation Efficiency.

MICRO IRRIGATION A technology to save water

Fuel Management System. Fuel Tank Monitoring TB-9001

Tnet WIRELESS MESH SENSOR NETWORKS

Agricultural Robot (Irrigation System, Weeding, Monitoring of Field, Disease Detection)

PC-BASED AUTOMATED DRIP IRRIGATION SYSTEM

CropManage: Online Irrigation and Nutrient. Web Based Software for Lettuce Production

Easy and efficient asset management for your business

WeatherLink for Alarm Output. Introduction. Hardware Installation and Requirements. Addendum

HELIUM PULSE FOR MONITORING AND ALERTING HELIUM SMART SENSORS HELIUM NETWORK HELIUM CLOUD HELIUM PULSE HP

DESIGNING A DRIP IRRIGATION SYSTEM USING HYDROCALC IRRIGATION PLANNING PROIECTAREA UNUI SISTEM DE IRIGAŢII PRIN PICURARE UTILIZÂND PROGRAMUL HYDROCALC

Overview of BNL s Solar Energy Research Plans. March 2011

CYBER PHYSICAL IIS

Growing your greenhouse business faster with gas engines.

Designing a Wireless Sensors Network for Monitoring and Predicting Droughts

Iknaia Asset and Personnel Tracking Management System for the Construction Industry

A case study in cloud computing

MACHINE-TO-MACHINE (M2M) THE 4 TH INDUSTRIAL REVOLUTION?

Environmental Data Services for Delaware:

2014 North America Drought Monitor Workshop. Toronto, Canada June 17-19, Ian Nichols President WIN LP

ANDROID BASED FARM AUTOMATION USING GR-SAKURA

Technical Note A007 Modbus Gateway Vantage Pro2 25/09/2009 Rev. A 1 de 7

ROTORS MP ROTATOR SPRAYS VALVES CONTROLLERS SENSORS CENTRAL CONTROLS MICRO. Central Control System

Water Distribution System Wireless Monitoring Solutions

THE USE OF A METEOROLOGICAL STATION NETWORK TO PROVIDE CROP WATER REQUIREMENT INFORMATION FOR IRRIGATION MANAGEMENT

Transcription:

MONITORING SOLUTION FOR IMPROVED CROP MANAGEMENT COMPREHENSIVE, REAL-TIME INFORMATION SYSTEM FOR DECISION MAKING 01-0113-WTS-BR-0099-EN GROW MORE WITH LESS WWW.NETAFIM.COM

REAL-TIME MONITORING AND DECISION MAKING With the agricultural sector becoming more competitive, growers are striving to achieve better and higher yields, while reducing resource usage and costs. In response, growers are deploying newly developed automation systems. With Internet access costs at low levels, these systems can continuously import unlimited amounts of real-time data. And with the introduction of diverse in-field sensors, these systems can determine each plant's specific irrigation needs rather than relying on traditional assumptions or standard tables and instructions. Current automation system practices, however, have their drawbacks. They lack real-time capabilities to effectively monitor large agricultural plots; once an irrigation problem is discovered, it's often too late, or costly, to rectify. And since it is practically impossible to monitor all aspects of an irrigated plot, growers are not exposed to a full situation picture, leading to sub-optimal decision making. The availability of a comprehensive, real-time crop monitoring system and decision-making solution would help growers increase productivity and cost efficiency. TECHNOLOGY, EXPERTISE & EXPERIENCE Netafim offers a comprehensive crop monitoring solution enabling growers to achieve better and higher yields as well as cut resource usage and costs. The solution is based on the combination of an innovative system and industryleading agricultural know-how and experience accrued over Netafim's 45-plus years of existence. CUTTING-EDGE SYSTEM Wide range of sensors Reliable wireless communications based on advanced radio technology Sophisticated, user-friendly monitoring software KNOW-HOW AND EXPERIENCE Proven, in-field drip irrigation systems Agronomic know-how Hydraulics expertise

MORE CONTROL LESS CONCERN MONITORING SOLUTION BENEFITS Lower water, nutrient and energy usage Greater sustainability Real-time corrective actions Increased productivity Enhanced yields Rapid ROI

THE OFFERING: WIDE RANGE OF SENSORS Installed at selected in-field locations, sensors collect and transmit functional and operational data to growers, enabling intelligent decision making based on a comprehensive real-time situation picture. Netafim offers a full range of soil, plant, environmental and greenhouse-climate sensors, together with hydraulic sensors, to ensure complete and accurate coverage of all irrigated areas. SOIL MOISTURE OPERATIONAL / HYDRAULIC PLANT ENVIRONMENTAL Rapidly and accurately measuring moisture levels of diverse soil types, Netafim's easy-to-install, maintenance-free sensors broken down according to technology and method enable clients to choose those most suitable to their practices and experience. Tensiometer measures water tension in the soil ECH2O based on capacitance technology, monitors the soil s volumetric water content (VWC) NetaSense based on time domain transmissometry (TDT) technology, monitors the VWC of the soil Communicating with standard analog and digital sensors, Netafim's sensors monitor operational and hydraulic system data to deliver a precise situation picture. Information includes run-time volume and flow rate, on/off status indication, and other hydraulic data such as water pressure, water temperature, EC, and ph. Dry Contact provides flow monitoring and on/off status indication General Purpose transmitter that connects to any 4-20 ma standard sensor (e.g. pressure, temperature, current) Covering a broad range of crops, Netafim's easyto-install sensors rapidly measure plants at a highly granular level to provide real-time status indication. LeafSen continuously monitors leaf turgor (rigidity) Dendrometer measures stem diameter Netafim's air/soil temperature, relative humidity, solar radiation, wind speed, rain gauge, wind direction, and leaf wetness sensors continuously monitor and analyze in-field weather data, carrying out diverse calculations including evapotranspiration (ETo), dew point, brightness, and maximum wind speed. Weather Station modular weather station that supports diverse calculations

THE OFFERING: CUTTING-EDGE SYSTEM rlink RADIO COMMUNICATIONS SYSTEM Netafim's technological know-how plays an important role in transferring data effectively from the field to the growers' PC, tablet or mobile device. The monitoring solution includes an advanced radio system ensuring reliable and accurate communications. Comprised of a router unit (serving as a base station), repeaters (when line of sight is poor), and remote terminal units (RTUs), the radio system collects data from sensors and hydraulic units that is accessible to end users. Low power, long-lasting battery Remote access and support to/from any unit Multiple communication interfaces (e.g. RF, cellular) Programmable and parametric units UMANAGE: END-TO-END MONITORING SOFTWARE Netafim offers umanage, an advanced crop management application featuring monitoring software. Providing a broad real-time and historic view of all growing processes, the software helps growers improve their decision making in order to ensure precise fertilization, optimize resource usage, and enhance irrigation scheduling. Highly innovative and user friendly, umanage features a mobile user interface (UI) for smartphones and tablets. The UI is a powerful tool for receiving real-time information and alarms related to growers' in-field activities including manual inputting of location-based data, photographing of locations, and recording of observations. The information is automatically uploaded to the server and easily accessible like all other data. Complete real-time situation picture Enhanced decision making Knowledge-sharing opportunities Mobile UI for smartphones and tablets

MONITORING SOLUTION HIGHLIGHTS Comprehensive, real-time in-field monitoring Monitors all soil, weather, crop, environmental and hydraulic conditions to create an up-to-date situation picture Broad array of sensors Features an extensive array of sensors to take into account the specific irrigation needs of each plant End-to-end data/know-how integration Integrates in-field information with farming know-how to enable knowledge sharing among technicians, engineers, agronomists and growers Anywhere, anytime connectivity Includes an advanced radio system to complement Internet and cellular communications Regulatory compliance Provides water and nutrient usage traceability, exhibits proof-of-resource savings, and maintains a minimal resource footprint to meet the industry's most stringent regulatory standards NETAFIM CMT SOLUTIONS Netafim's crop management technology (CMT) systems include state-of-the-art irrigation, Nutrigation, and climate control & management software. From small plots through greenhouses to large open-field deployments, Netafim s CMT systems are installed worldwide in diverse climates and terrains. Netafim s user-friendly CMT systems optimize resource utilization, enabling growers to save water, nutrients and energy, while improving quality and increasing yields. Complementing Netafim s market-leading drip and microirrigation solutions, Netafim s CMT solutions help customers grow more with less. ABOUT NETAFIM Netafim is the global leader in drip and micro-irrigation solutions for sustainable productivity. With 27 subsidiaries, 13 manufacturing plants and over 3,000 employees worldwide, Netafim delivers innovative so lutions in over 110 countries across the globe. Founded in 1965, Netafim pioneered the drip irrigation revolution, creating a paradigm shift toward low-flow agricultural irrigation. Today, Netafim offers a wide range of state-of-the-art irrigation and complementary solutions for agriculture, landscaping and mining. From drippers and dripperlines, through sprinklers and micro-emitters, to crop management technology (CMT) and greenhouse systems, Netafim's market-leading products and services enable costeffective irrigation for optimal and sustainable results.