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© 2016 Senet™, Inc. All Rights Reserved It is widely acknowledged that there are fundamental flaws in the nation’s water and wastewater management infrastructure (pipe systems, facilities, and equipment) that result in environmental damage and the loss of millions of gallons of water every year. To minimize these losses and address mounting concerns about drought, flooding, and water quality, the water industry is adopting advanced sensor and communications solutions designed specifically for “smart” water management. LIMITATIONS OF TRADITIONAL METHODS Labor intensive meter reading, water sampling, and the lack of visibility into distribution and collection operations and water consumption patterns result in time consuming, costly, and reactive services. There are many wireless solutions that can address the challenges faced by the water industry. Cellular, WiFi, and BTLE (Bluetooth Low Energy) are widely adopted technologies but introduce a gap left by high-cost, high- data rate cellular and low-cost, localized WiFi and Bluetooth connectivity. Traditional solutions based on these technologies can be costly to deploy and are often not suitable for operation in harsh conditions or remote areas. LPWANS FOR SMART WATER MANAGEMENT Low-power wide-area networks (LPWANs) are designed for sensors and applications that need to send small amounts of data over long distances a few times per hour from a variety of environments and run on battery power lasting years. Having already gained traction in markets with similar challenges, LPWANs are now attracting interest from the water industry With LPWANs, network coverage can be right sized to meet the deployment need. Low cost battery powered end node wireless sensors can be deployed, allowing for significantly more assets to be monitored. This long range connectivity and low-cost infrastructure also provides more value and savings than systems dedicated exclusively to a single application such as water metering. “The success of these LPWA rollouts in smart metering from energy utilities has already started to attract water utilities previously searching for the business case clarity they now have.” - ABI Research USE CASE: SMARTER WATER MANAGEMENT Water Management with Low Power Wide Area Networks

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  • © 2016 Senet™, Inc. All Rights Reserved

    It is widely acknowledged that there are

    fundamental flaws in the nation’s water and

    wastewater management infrastructure (pipe

    systems, facilities, and equipment) that

    result in environmental damage and the loss

    of millions of gallons of water every year.

    To minimize these losses and address

    mounting concerns about drought, flooding,

    and water quality, the water industry is

    adopting advanced sensor and

    communications solutions designed

    specifically for “smart” water management.

    LIMITATIONS OF TRADITIONAL METHODS

    Laborintensivemeterreading,watersampling,andthelackofvisibilityintodistributionandcollectionoperationsandwaterconsumptionpatternsresultintimeconsuming,costly,andreactiveservices.

    Therearemanywirelesssolutionsthatcanaddressthechallengesfacedbythewaterindustry.Cellular,WiFi,andBTLE(BluetoothLowEnergy)arewidelyadoptedtechnologiesbutintroduceagapleftbyhigh-cost,high-dataratecellularandlow-cost,localizedWiFiandBluetoothconnectivity.Traditionalsolutionsbasedonthesetechnologiescanbecostlytodeployandareoftennotsuitableforoperationinharshconditionsorremoteareas.

    LPWANS FOR SMART WATER MANAGEMENT

    Low-powerwide-areanetworks(LPWANs)aredesignedforsensorsandapplicationsthatneedtosendsmallamountsofdataoverlongdistancesafewtimesperhourfromavarietyofenvironmentsandrunonbatterypowerlastingyears.Havingalreadygainedtractioninmarketswithsimilarchallenges,LPWANsarenowattractinginterestfromthewaterindustry

    WithLPWANs,networkcoveragecanberightsizedtomeetthedeploymentneed.Lowcostbatterypoweredendnodewirelesssensorscanbedeployed,allowingforsignificantlymoreassetstobemonitored.Thislongrangeconnectivityandlow-costinfrastructurealsoprovidesmorevalueandsavingsthansystemsdedicatedexclusivelytoasingleapplicationsuchaswatermetering.

    “The success of these LPWA rollouts in smart metering from energy utilities has already started to attract water utilities previously searching for the business case clarity they now have.” - ABI Research

    USE CASE: SMARTER WATER MANAGEMENT

    Water Management with Low Power Wide Area Networks

  • © 2016 Senet™, Inc. All Rights Reserved

    SOLUTION – SENET & TRIMBLE SMART WATER MONITORING

    SenetSolutionPartner:SenetandTrimblehavepartneredtodeliverahighlyscalablenetworkofwirelessIoTsensorsforwatermonitoringapplicationsthroughoutNorthAmerica,enablingwaterutilitiestoremotelymeasureandmonitorwater,wastewater,andgroundwatersystems.

    SenetbringsitshighlyscalableandreliableLPWANtoconnectasuiteof

    TrimbleLoRaWANäsupportedTelog®41Seriesofwatermonitoringsensors.TheSenetnetworkarchitectureishighavailability,faulttolerant,andredundant.InsupportingtheLoRaWANprotocol,theSenetnetworkoffersbi-directionalcommunication,security,mobility,andlocationcapabilitiesthatarenotaddressedbyothertechnologies.

    Trimble’sTelogfamilyofrugged,wirelesswaterandwastewatermonitoringsensorsandsoftwarehavebeenwidelydeployedandadoptedbythousandsofutilitiesacrossNorthAmericausingcellulartechnology.Buildingonthisexpertiseandproventrackrecordofperformance,Trimble’snewLoRaWANsupportedTelog®41Seriesofrugged,batterypoweredwatermonitoringsensorsprovideawiderangeofmonitoringcapabilitiestoincludewatersystempressures,levelmonitoringtomeasurelevelsofwaterinvariousresourcessuchasaquifers,reservoirsandtowers,flowmonitoring,pulseandeventmonitoring,andrainfallmonitoring.

    ThesedeviceshavetheabilitytocommunicatewiththeSenetnetworkfromalong-rangeandhavelongbatterylife,providingalowercostoftotalownership(TCO)forcustomers.ThislowTCOallowcustomerstodeploysensorsacrossmanymoreapplications.Forexample,thesameLPWANdeployedforwatermeteringcanalsobeusedforleakdetection,soilmoisturemeasurement,ortemperaturemonitoring-allbeneficialapplicationsforreducingwaterwaste,preventingoverflowsanddrivingefficienciesintowatermanagementoperations.

    We Connect Devices To Applications

    SenetisaLow-PowerWideAreaNetwork(LPWAN)ServiceProvideroperatingthelargestandfastestgrowingcommerciallyavailableLoRaWANänetworkinNorthAmerica.

    § Lower costs compared to WiFi, cellular, satellite and proprietary LPWAN technologies

    § Standards based for guaranteed interoperability

    § Rapid deployment capability § Centralized control architecture § Scalable device management § Secure two-way communication

    for control and state changes § Maximum flexibility in fixed,

    nomadic, and mobile data gathering applications

    § Low or no touch device installation

    § Connect over very long ranges (~15 miles)

    § Long device battery power life (~10 years)

    Solutions Benefits § Water conservation § Enhanced tracking of water

    consumption and flow patterns § Track and predict changes in

    trends and demands § Identify anomalies in distribution

    or customer usage § Improve pressure management

    and leak detection § Reduce spills, overflows and

    flooding § Enhance water quality

    monitoring § Early warning of developing

    problems § Increased water infrastructure

    security § Greater billing accuracy § Better service levels

    senetco.com

    Senet, Inc. 1000 Market Street, Suite 102 Portsmouth, NH 03801 +1-603-336-3530