Solutions for Wind Turbine Systems

phoenixcontact.hu

Solutions for Wind Turbine Systems

Innovative solutions – From therotor hub to the control roomBrakesystemsWind speed(anemometer)Wind turbine control systemPages 6 – 9Windpark managementPages 10 – 11Safety technology for theprotection of persons and systemsGeneratorTopboxWind directionPages 12 – 13Aviation lightsystemFieldbus networking and remotemonitoringPages 14 – 15Signal conditioning andmonitoringPages 16 – 17Lightning and surge protectionNacelleFundamentalsPages 18 – 19Comprehensive solutionsPages 20 – 21Industrial connectorsPages 22 – 23PCB connection technologyPages 24 – 25Cooling systemCombine, network, connect –Systems in the control cabinetPages 26 – 27Yaw driveTechnology and know-how –Certified qualityPages 28 – 29TowerWindparkPlanning, visualization, markingPages 30 – 31Engineering – Service – TrainingPages 32 – 33Trends and developmentsPages 34 – 35Main controlpanelLow voltagedistribution panelPHOENIX CONTACT 5


Wind turbine control systemThe market for wind turbine systems issubject to intensive growth. In order todo justice to the competitive pressure inthe market, the wind turbine systems mustwork in a yield-optimized manner underthe prevailing ambient conditions. Ensuringshort downtime over the service life is thusindispensable.As a manufacturer of automationtechnology, Phoenix Contact offers acomplete and freely scalable controltechnology as well as distributed I/Odevices.Find out for yourself about our automationsystem and implement cost-optimizedoperation of your wind turbine systems!I/O modulesPROFINETHMI6 PHOENIX CONTACTTransformer station


HMII/O modulesManagedswitchPROFINETControlsystemI/O modulesRedundant fiber optic networkPHOENIX CONTACT 7


Control systemsOur scalable control systems are the platform of an economicmanagement system designed to optimize the rate of return –PC-based or as an embedded controller. Innovative functionssuch as seamless Ethernet communication, web servers andremovable flash storage for program and production datarecording provide quick results. Industrial design for harshenvironments ensures high system availability.Control system peripheryFast regulation processes require fast acquisition andprocessing of input and output signals. INTERBUS asthe realtime bus for synchronous data transmission andPROFINET as the Ethernet-based high-speed network providethe required performance for fast process data exchangebetween the control system and I/O devices.Software developmentSoftware development as per IEC 61131 for all variantsis carried out using the highly integrated engineering toolPC Worx. Comprehensive module libraries provide basiccontrol functions. The intelligent program code managementin modules and libraries allows easy re-use with differentperformance classes. You can also integrate your ownalgorithms that have been developed in 'C' or 'C++'.Human Machine InterfacesA human-machine interface is important for setting up,monitoring and servicing a system. You must also have on-siteoptions for switching the system to service mode, calling upcurrent statuses of the units as well as power and history dataand adapting parameters. Our rugged touch panels and thepowerful SCADA software Visu+ make a strong team here.PHOENIX CONTACT 9


Windpark managementA uniform management system is essentialto guarantee smooth operation and tomeet the requirements of the utilitybuildings in a windpark.Our automation system reliably meetsthe high response time requirements,e.g. in the case of a voltage dip or whenquality limits are exceeded. This is basedon the realtime-capable and fail-proofcommunication via PROFINET andEthernet as well as the high computingcapacity.Network security products allow protectedconnections to the windpark network andguarantee a reliable remote management ofthe windpark – also wireless throughGSM/GPRS.Park management andrealtime controlThe high-performance controllers of the 400 series are highlycommunicative and allow easy decentral access to the entirewindpark.Data transmission from the main control system to theindividual wind turbine is possible in realtime via PROFINET.The PC Worx automation software allows intuitive systemprogramming. Remote management is increasingly carried outusing a communication link via the Internet.Our VPN gateways with integrated firewall guarantee secureauthorized access to the windpark network without loss ofspeed. Remote access is possible either via ISDN or ananalog connection.10 PHOENIX CONTACTHigh-performancecontrol technology


LANP1/P2Modem/FaultState/ErrorLAN/WANSerialWANW-LANHMIPROFINETWindpark connection(fiber optics)ManagedswitchModemETHERNETFirewallrouterPark controlSwitches andinfrastructurecomponentsEnergy-efficientindustrial PCsRedundantpark networkComprehensive infrastructure components, from cost-effectiveswitches to Gigabit components, are available for structuringa redundant park network. A wide product range enablesreliable networking from the control system to the I/O leveland industrial connection technology.Under adverse ambient conditions, the redundant networkstructure on the basis of fiber optics technology guaranteesreliable monitoring and control of all the systems in thewindpark as well as data exchange among the systems.Security products protect the network from unauthorizedaccess.Windpark visualization anddata archivingPhoenix Contact offers a wide range of energy-savingindustrial PCs for monitoring and visualization of weather,energy and production data.The full-SCADA visualization software Visu+ can be usedto visualize and process trends or alarms graphically. Systemstatuses can be constantly recorded and analyzed either usingthe production data acquisition and logging functions or byestablishing a connection to the database systems. Realtimearchiving can be done via an SQL server. The connection tothe control level is implemented with OPC. The productiondata of the wind turbine is logged continuously so thatinformation about the availability and performance of thesystem is available to you at all times and you can alsoimplement any required preventive measures to avoid a failure.PHOENIX CONTACT 11


Safety technology for theprotection of persons and systemsWind turbine systems are subject tothe Machinery Directive, which includesspecifications about safety. The ISO 13849-1is especially important, as the wind-specificIEC 61400 does not include concreteinformation about the design of the safetyrelatedparts of a control system. Theprobability of failure of the safety-relatedparts of a control system over the entiresystem lifecycle is taken into account –from sensor and actuator to the controlsystem.The safety components fromPhoenix Contact are easy to handleand combine innovative connectiontechnologies as well as compact, spacesavingand clearly arranged design. Inorder to fulfill the applicable directives andstandards, the products are continuouslydeveloped further and certified inaccordance with the current functionalsafety requirements for machines andsystems.This results in the highest quality, safety andreliability.Certified safety• Up to category 4, PL e as per DIN EN ISO 13849-11• SILCL 3 as per DIN EN IEC 62061• SIL 3 as per IEC 61508• Germanischer Lloyd (GL), for use in shipbuilding andoffshore systemsModular PSR safety relayThe safety relay system is based on a master safety relay andcan be easily extended without any configuration.• Easy I/O extension up to 10 modules• Safe cross-wiring with PSR-TBUS connectors• Automatic mode selection12 PHOENIX CONTACT


Protection of personsProtection of maintenance and servicepersonnel.• Monitoring of several emergency stopbuttons up to category 4• Monitoring of entry and exit flaps• Safely reduced speed for maintenancepurposesSystem protectionSafe monitoring of important sensors forwind turbine protection.• Vibration sensors• Threshold value switch• Position encoder• Pressure switchSpeed monitoringSafe monitoring of up to three differentspeeds.• Overspeed• Downtime monitoring• Shaft break monitoring• Connection of proximity switchesand/or encodersPSR-TRISAFEThe configurable safety module is as flexible as a controlsystem and as simple as a safety relay.• Compact design with 20 safe inputs, 4 safe outputs and4 alarm outputs in a design width of only 67.5 mm• Easy graphical device configurationSafe I/O modulesFor complex safety applications that require safe control andbus systems, Phoenix Contact offers system solutions basedon PROFIsafe and INTERBUS Safety.• PROFIsafe modules can be operated in Profibus-DP andPROFINET solutions depending on the bus coupler used• Stations are structured using digital and analog inputs andoutputsPHOENIX CONTACT 13


Fieldbus networking andremote monitoringThe control system is the heart ofautomation. It communicates with thesensors and actuators on the field side.This means acquiring and processing signals,and sending commands to the process.For a smooth communication betweenthe sensors and actuators and the controlsystem, digital and analog signals must beswitched, converted, adapted, amplified,connected and supplied. Fieldbus systemsare the central artery for communication.Fiber optics technology is the first choicefor maximum availability. It offers thehighest immunity to interference evenunder extreme electromagnetic conditionsas well as absolute electrical isolationbetween all communication modules.Fieldbus networking using fiber opticsFor interference-free fiber optics networking of drives,converters and control units, we recommend the use ofthe modular fiber optics transmission system PSI-MOS. It isavailable for all common communication systems – inductivecouplings on the transmission path are thus athing of the past. Comprehensive diagnosticsfunctions as well as the possibility of aredundant networking also allow afurther increase in availability.14 PHOENIX CONTACT


fiber opticsTeleserviceIn the event of operating errors, industrial modems from thePSI-MODEM-LINE warn you automatically through SMS oreMail. They also offer a safe remote monitoring access via thefixed-line network or GSM mobile network for quick diagnosisand elimination of the cause.ETHERNETPHOENIX CONTACT 15


Signal conditioning andmonitoringRelayThe super-compact relay series PLC-Interface is used especiallyfor coupling signals as well as for switching loads up to250 V / 10 A. It is characterized by a very compact design,pluggable and rugged power relays, wear-free and vibrationresistantsolid-state relays and a wide range of accessories.Reliable power suppliesQUINT POWER power supplies increase the availability of thewind turbine system: Even the standard power circuit-breakerscan be triggered reliably and quickly with selective fusebreakingtechnology (SFB), six times the nominal current for 12 ms.Faulty current paths are switched off selectively, the faultis located and important system parts remain in operation.Comprehensive diagnostics are provided through constantmonitoring of the output voltage and current.This preventive function monitoring visualizes critical operatingstates and reports them to the control system before an erroroccurs.16 PHOENIX CONTACT


MINI AnalogElectrical isolation of analog signals, signal conversion,temperature measuring or threshold value switching in adesign width of only 6.2 mm. The Mini Analog range fromPhoenix Contact offers these and more comprehensivefunctions.In many applications, the analog signal transmission comprisesa high number of channels in a small space. Here in particular,fault-avoiding, time-efficient and thus cost-saving wiringsolutions are of great importance.Besides an intelligent supply concept based on DIN railconnectors, the system cabling also ensures minimal wiringeffort. The laterally accessible DIP switches allow easy andquick module configuration without complex softwareparameterization.MonitoringMonitoring and timer relays perform different tasks inwind turbine systems. For instance, the current monitoringmonitors the motor current for nacelle adjustment (and thusthe motor load). A "restart inhibit" after the overcurrentmonitoring has been triggered can be implemented using atimer relay. The battery voltage can be monitored with thehelp of the voltage monitoring.Individual threshold values can be set and monitored for thesystem parameters and time sequences. If threshold values areexceeded, relay outputs are used to signal irregularities earlyon, thus avoiding system downtime. These messages are animportant part of the system operation management.PHOENIX CONTACT 17


Lightning and surge protection –FundamentalsThe objective of wind turbine operators isto break even as soon as possible and toguarantee profitable system operation bymeans of reliable management. Expertsestimate a minimum lifetime of 20years for these calculations. The highinvestment costs must be amortizedin the minimum possible time. Theuninterrupted availability of all systemcomponents is the basis for this.Malfunctions and downtime due to thedamage caused by lightning and surgevoltages are reliably prevented by planningThe comprehensiveTRABTECH protectivecircuit conceptand implementing a comprehensive surgeprotection concept.Protected volumeLPZ 0ALPZ 0ALPZ 0ALPZ 0BLPZ 1 or LPZ 0BLPZ 2LPZ 2LPZ 0ALPZ 0ALPZ 1LPZ 0BLPZ 218 PHOENIX CONTACT


Design of thesurge protection conceptDue to their exposed locations andheight, wind turbine systems areparticularly at risk from lightningdischarges. Effective surge protectionbegins by assessing the potential riskand identifying all the devices within theobject to be protected.In addition, IEC 61400-24 "Windturbines – Lightning protection",directives of Germanischer Lloyd (GL)and IEC 62305 "Protection againstlightning" are the basis for the necessarydefinition of the LPZs (LightningProtection Zone) for wind turbinesystems:LPZ 0A describes a zone that isendangered by direct lightning strikesand the unattenuated electromagneticlightning field. The inner systems can beexposed to the entire lightning current.LPZ 0B describes a zone that isprotected against direct lightning strikesbut is endangered by the unattenuatedelectromagnetic lightning field. Theinner systems can be exposed to partiallightning currents.LPZ 1 describes a zone in which surgecurrents are restricted by currentdistribution and SPDs (Surge ProtectiveDevices) at the zone transitions. Theelectromagnetic lightning field can beattenuated by physical shielding.LPZ 2 describes a zone in which surgecurrents are further restricted bycurrent distribution and additional SPDs(Surge Protective Devices) at the zonetransitions. The electromagnetic lightningfield can be attenuated by additionalphysical shielding.The following surge protective devicesshould be installed at the transitionsbetween the lightning protection zones(e.g. for the protection of power supplyunits):LPZ 0A > LPZ 1:lightning arrester, class ILPZ 0B > LPZ 1:surge arrester, class IILPZ 1 > LPZ 2:device protection, class IIISource: GDVPhoenix Contact providesnot only the relevant surgeprotective devices but alsosupport in creating protectiveconcepts and offers industryspecificseminars in closecooperation with ourcustomers.PHOENIX CONTACT 19


Lightning and surge protection –Comprehensive solutionsClass IIClass IClass IIICHECKMASTERDegrees of protectionArrester testClass I – Lightning arresters for power supply. AECtechnology enables direct parallel connection with thecorresponding varistor-based arresters.Professional testing of surge protective devices within thescope of the repeated testing of lightning protection systemsas per IEC 62305-3Class II – Surge arresters for 230/400 V, 690 V and 1000 Vsystems for the protection of the power supply, the generatorand the inverter system etc.Class III – Device protection for power supply (e.g. aviationlight system) as well as secondary side protection of the24 V DC power supply units (e.g. control voltage).Transformer stationPower supply20 PHOENIX CONTACT


4 – 20 mA (intensity)4 – 20 mA (wind direction)0 – 10 V (wind speed)UPSBus system230/400 VStatorRotor690 V230/400 VBus systemPLUGTRAB PTDATATRAB DTSignal protectionProtection of the bus system and sensorand actuator system (e.g. ambientparameters)Data protectionProtection of the D-LAN infrastructure(e.g. Profinet, Ethernet)LVDP – Low Voltage Distribution PanelMCP – Main Control PanelCommunicationPHOENIX CONTACT 21


Plug & play under harsh conditions –Industrial connectorsThe plug connection requirements in awind turbine system are versatile: whetherdata, signal or power transmission – arugged design with a 6x IP protection isrequired everywhere.The PLUSCON range of industrialconnectors from Phoenix Contact isunparalleled. Here, the main argument isthe easy and safe component connectionoption. In every area of application, it isalso possible to find individual solutionsthat meet your requirements.Quick installation with IP68 protectionQUICKON power distribution is an installation programwith shock-proof IDC fast connection technology for4 x 2.5 mm2 / 690 V and 20 A. It includes all major powerdistribution components, e.g. lamp installations in machines,systems and buildings spread out over a large area. As a result,devices no longer have to be opened to connect the cables.The QUICKON connector withcapacitive PE contact is compatiblewith the QUICKON connectionon the front and also has aQUICKON connection atthe back.Phoenix Contact offers anextensive product range ofindustrial connectors for data,signals and power.22 PHOENIX CONTACT


Sensor/actuator cablingRugged plug connections in a shielded design are oftenrequired in wind turbine systems.As a leading manufacturer of sensor/actuator cabling,Phoenix Contact has extended its product range with 12 and17-pos. connectors – now also in M12 – in a shielded design.An extensive range of products is available in straight andangled designs as well as in male and female versions.Heavy-duty connectorsHEAVYCON connectors have become established for decadesin harsh industrial environments. They are available in variousconnection technologies and are suitable for transmissions inthe mA range as well as for transmissions of up to 200 A.Thanks to HEAVYCON-ADVANCE with IP68 protection,panel feed-throughs can be implemented for the highestrequirements in a cost-effective manner; these are fasteneddirectly on the mounting panel with the help of a screw orbayonet locking.Communication withhigh requirementsIndustrial Ethernet is becoming more and moreimportant in the field of power engineering aswell. For use in wind turbine systems, an extensive range ofproducts is available for fieldbus systems such as Interbus,Profibus, Devicenet, CAN open, ASi, Foundation Fieldbus andCCLink, as well as for network systems such as Ethernet,Profinet, VARAN, USB and Firewire with IP67 and IP20protection.Circular connectors fordrives of up to 150 AThe PLUSCON circular range withconnectors in M40 and M58 sizes isthe right choice for the high powerthat is transmitted in the area of electrical ectricaldrives of wind turbine systems. This allows currents of up to150 A and 630 V.In addition to plug connections from M5 to M58, the rangealso includes device flanges and panel feed-throughs in allperformance classes.PHOENIX CONTACT 23


Powerful range of products –PCB connection technologyWhether turning, regulating or stopping,the tasks in a wind turbine system areimplemented by corresponding I/O devices.The heart of these devices is usually a PCB.The PCB connection is decisive in orderto be able to execute the tasks in a safeand quality-conscious manner. The widerange of products for device connectiontechnology, from small signal transmissioncomponents and data connections to highcurrentsolutions, makes it possible todesign and connect the device according tocustomer-specific requirements.High-current PCB connectionPCB connections ons from 16 A to 125 Aoffer optimalprerequisites for the transmission of high currents throughthe PCB. It is thus possible to use COMBICON power highperformanceconnectors and PCB terminal blocks in thepower supply and the converters of the wind turbine systemas well as to implement the entire power transmission throughthe PCB.Phoenix Contact offerscustomer-specific solutions fromPCB connection technology fordata, signals and power.24 PHOENIX CONTACT


Good Gut EMV-verträglichEMC compatibilityUm In order die Qualität to ensure und the Zuverlässigkeit quality and reliability der Stromerzeugung of power ingeneration in wind turbine systems, more data must betransmitted for system monitoring and control. Fiber opticssolutions are especially well suited for this, since they preventdisturbances due to high voltage and electromagnetic fields.The fiber optics PCB terminal block FOPT from PhoenixContact is the best choice for this application and allowsreliable data transmission with maximum space savings, as itcan be snapped onto the PCB.Everything for the housingWhether component housings with mounting on normal35mm standard DIN rails or panel mounting bases comprisingmodular components: With COMBICON housing, PhoenixContact offers solutions for all requirements concerning theprotection of your PCBs.Since the specific requirements vary largely, especially in thearea of the housing, we offer the option of modifying ourstandard products to your desired design or of developingthem from scratch.Signal transmission inhigh packing densityThe amount of data and signal information of wind turbinesystems, especially in the offshore area, is increasingcontinuously. Connectors, however, offer maximum packingdensity with minimum space requirements.The compact connectors from the COMBICONportfolio offer numerous options for a quick andreliable signal and data transmission.PHOENIX CONTACT 25


Combine, network, connect –Systems in the control cabinetWith CLIPLINE complete, the uniquemodular terminal block system fromPhoenix Contact, the user has a free choiceof connection method. Irrespective ofwhether the user chooses screw, springcage,push-in, fast or bolt connections. Allthe connection systems can be combinedusing the same range of accessories.PACT current transformersoffer "safe isolation"The PACT current transformers include tube rod, pluggingand winding current transformers – in 3,000 different versionsthat convert the primary rated currents of up to 4,000 A AC.As per EN 50178, the PACT current transformers offer "safeisolation" with a maximum operating voltage of 1,000 V.All PACT current transformers have a depth of only 30 mm.Especially in compact spaces, the advantage of a horizontalassembly on the copper rail for current measurement inbranch exits is impressive.26 PHOENIX CONTACT


Pluggable wiring with COMBIThe COMBI connectors can be combined with each otherindependently of the connection technology. The contactsystem meets the most stringentof vibration requirements dueto integrated covering springs anddifferent engagement options.Quick and economical - KELThe modular structure of the KEL system allows you to routepre-assembled conductors into the control cabinetflexibly, safely and in a space-saving manner.Up to 40 conductors with IP54 protectioncan be routed into the control cabinetthrough a standard cutout for aheavy-duty connector.ME test disconnectterminal blocksThe new test disconnect terminal blocks allowthe simple and individual structuring of currenttransformer measuring sets. The disconnect,feed-through and PE terminal blocks have thesame shape and are available with a choice ofthree connection systems.The switching jumpers for current transformershort circuiting can be snapped on as an option.Consistent use of the CLIPLINE completesystem accessories reduces your storage costs.Power networking withbolt connectionThe rugged bolt connection is characterized bymaximum reliability and no maintenance in allapplications. Thanks to their high currentcarrying capacity, these terminal blocksare especially suitable for wiringprimary circuits.PHOENIX CONTACT 27


Technology and know-how –Certified qualitySalt mist test – IEC 60068-2-11/-52Particularly in wind turbine systems,technical components must be markedand must always remain legible in acorrosive atmosphere. The salt contentof the air in combination with theincreased humidity places high demandson the labeling and materials used. Onthe basis of the above standard, it ispossible to simulate the influence ofa sea climate. The resistance of thematerials in a corrosive atmosphere istested using salt spray. The test objectsare placed in the test chamber andsubjected to a finely dosed spray of5% sodium chloride solution (NaCl;pH 6.5 – 7.2) at a temperature of 35°Cfor a period of 96 h. The test is followedby a visual check. In IEC 60068-2-52,testing is also performed using 5%sodium chloride, but under conditionswith different specifications.Phoenix Contact marking materials fulfillthese high requirements.Protection level monitoring – IEC 61643-1The availability of all system componentsis necessary for an uninterrupted andsafe operation of wind turbine systems.Surge protective devices are thereforeof particular importance when designingthese systems.An important component of thequalifying test is the protection levelmonitoring as per IEC 61643-1. Theresponse behavior and the course ofthe residual voltage are recorded whileapplying (1.2/50)μs surge voltage andthe (8/20)μs surge current to the testobject. The resulting protective level Upis a parameter that characterizes theperformance of the surge protectivedevice (SPD).28 PHOENIX CONTACT


Corrosion test – IEC 6988High-quality, gas-tight connections havea corrosion-free and a consistently lowohmic contact area even under theeffects of aggressive media.In the so-called Kesternich test, the testobject is exposed to an atmospherecontaining sulfur-dioxide at an ambienttemperature of 40°C.A visual check and the measurement ofthe contact resistance follows the dryingperiod, in order to assess the effectsof the corrosive environment on thecontact point.Vibration tests – IEC 60068-2-6The vibration resistance of an electricalconnection is verified with this test.Harmonic, sinusoidal vibrations areapplied to the test object to simulaterotating, pulsating or oscillating forces.A frequency range of 10–2000Hz, forexample, is covered at a speed of oneoctave per minute in all three axes (xyz).The r.m.s. value of the acceleration is50 m/s 2 , for example.The test object may not incur anydamage that would inhibit the furtheruse or negatively influence the constantelectrical values.Temperature shock test – IEC 60512-11-4, test 11dTemperature changes may occur inindustrial applications as a result ofthe process. Electrical connections inthe climatic chamber are subjectedto extreme temperature changes tosimulate such ambient conditions. Ina two-chamber procedure, the testobjects are moved between the lowerand the upper limit temperature(e.g. -50°C to +85°C) of the productwithin a few seconds and usually staythere for 45 minutes. No damage shouldoccur here that could affect further use.PHOENIX CONTACT 29


Planning – Visualization – MarkingThanks to our universal tools,implementation of your application has nowbecome even more convenient for you. Thetransition between tools is seamless, anddata that has once been generated can thusbe easily used in other tools.CLIP PROJECTProject planning using CLIP PROJECTCLIP PROJECT allows you to plan automation and interfacecomponents, as well as surge protection and modular terminalblocks quickly and easily. Labels can be added without anydifficulty. Integrated interfaces allow the export of data toelectrical planning systems such as EPLAN.MARKING systemMARKING system – Software and hardware optimally adaptedto each other for quick and easy labeling of your applications.A wide range of software-controlled terminal block, conductorand equipment marking materials are available for the labelingof your entire application, irrespective of the printer systemyou opt for.Phoenix Contact also offers a worldwide labeling service.We provide you with the desired labeled marking materialsanywhere in the world in next to no time.30 PHOENIX CONTACT


Programming andparameterization using PC WorxPC Worx is the automation software for allPC-based and embedded control system fromPhoenix Contact. This software is based onIEC 61131-3 and includes an integrated busconfigurator.Visualizationwith Visu+Data projected in PC Worx can be easily processedfurther for visualization purposes, for instance in the Visu+visualization software from Phoenix Contact. Visu+ isconnected to the control system through OPC and cantherefore also be used independently of the manufacturer.PHOENIX CONTACT 31


Engineering – Service – TrainingWe implement universal, fast and easysolutions for specific applications on thebasis of comprehensive project experiencein wind turbine technology.Get in touch with us at the first stageof your project planning. Your personalcontact will be there to help you withsound, industry-specific competence, rightfrom the start up to commissioning.1. Pre-sales and salesDuring operation, our service team isavailable via the 24x7 hotline throughoutthe year. If on the phone support is notsufficient, we will be over immediately.To qualify your employees, we will be happyto join you in designing application-specificcourses and coordinate the locations anddates for training.We will provide practical support for yourapplication all over the world.Complete pre-sales/after-salesserviceThe worldwide certified integratedmanagement system from PhoenixContact and our closely knitinternational sales network will supportyou effectively in attaining your goalsanywhere in the world.32 PHOENIX CONTACT


2. Planning and development 3. Training and seminars4. Production and distribution5. After-salesPHOENIX CONTACT 33


Trends and developmentsOffshore – Use of static ocean winds• Environmental protection and reduction of CO2• Sufficient space• Constant energy production with static winds• Higher efficiency serves for a balance of costswith onshore systems• Nature conservation• Feed-in consumption and stable electricity prices• Independence and secure supply• Regional added value34 PHOENIX CONTACT


Repowering – Less is more• Larger but less wind turbines• Increase in efficiency• Landscape• Better network integration• Nature conservation• Stable domestic market• Feed-in consumption and stable electricity prices• Halving the number of systems• Up to three times higher capacity• Up to four times higher power generationPHOENIX CONTACT 35


Further information on the productspresented here and on the world of solutionsfrom Phoenix Contact can be found underwww.phoenixcontact.net/catalogIndustrial Connection Technology,Marking Systems and Mounting MaterialCLIPLINEConnection Technology forField Devices and Field CablingPLUSCONOr contact us directly.Device Connection Technologyand Electronic HousingsCOMBICONPHOENIX CONTACT GmbH & Co. KGD-32823 Blomberg, GermanyPhone: +49/5235/3-00Fax: +49/5235/3-1 07 99www.phoenixcontact.comComponents and SystemsAUTOMATIONSurge ProtectionTRABTECHSignal Converters, Switching Devices,Power SuppliesINTERFACEMNR 52004353/15.03.2009-01 Printed in Germany © PHOENIX CONTACT 2009

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