Bulletin 53T01A02-02EN

Yokogawa Renewable SolutionsWIND POWER

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YOKOGAWA WIND POWER SOLUT IONS

The Solution

Wind power is a clean, renewable and cost-effective method of generating power. As system production costs decrease and the world turns to renewable energy, larger wind power farms are being built and are starting to encounter challenges in safety and operation efficiency.

Yokogawa Wind Power Solutions can improve your plant assets by monitoring, controlling and optimizing the operation from field to community level with comprehensive communication interfaces that can be connected to third-party equipment in your plant.

Of course, as with any Yokogawa system, the highest level of reliability is attained to ensure that your plant assets operate at their maximum potential.

IIoT Solutions (IIoT: Industrial Internet of Things)

• Remote CCTV plant monitoring • Operations management• Weather data collection • Wireless sensors

(wind direction, wind speed, storm activity, etc.)• Production Dashboard System (such as KPI management)

Wind Turbine Control System (STARDOM FCN)Yokogawa’s highly-reliable hybrid PLC is used in large numbers in many countries and diverse industries. The high-speed CPU supports a wide range of interfaces such as CANopen, DNP3, Modbus, dedicated pulse module for rotation speed measurement, and SOE function, making it suitable for wind turbine control.

Battery Energy Storage SystemTo ensure a stable supply of power to the grid, a renewable energy farm may use batteries. Yokogawa’s network-based control systems play an important role in smoothing out the supply of this power to the grid. A power monitoring & control system and a battery control system are both configured in the dual-redundant controllers.

Energy Management SystemThe objective of the Renewable Energy Management System is to minimize disruption to renewable generation. To increase the inclusion of renewable energy in electrical power grids, its supply must be stabilized.

Enterprise Automation SolutionSafety and compliance are becoming increasingly important in industrial plants. In order to help improve management, Yokogawa offers an enterprise system that can integrate, monitor and control the customer’s entire plant from a single remote location with redundancy provided.

Data collection and local controlYokogawa’s edge controller “e-RT3” is made to run 24/7 and is ideal for long-term stable operation. This PLC, with built-in LINUX CPU, can collect data, monitor and control the plant, and issue alarms. Integrated data on wind power such as generated power, battery status, lightning events, weather information and substation abnormalities can be monitored and, in case of abnormality, the switchgear or circuit breaker can be quickly operated and alarms issued.

Cybersecurity- Centralized and standardized cybersecurity management - Distribution of OS security patches and anti-virus signature files

Example display of wind turbine monitoring

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YOKOGAWA WIND POWER SOLUTIONS

Wind turbine monitoring and control

Yokogawa’s network based controller “STARDOM” has a huge installed base throughout industry and across global markets. The dedicated and redundant CPU for wind turbine control complies with ANSI/ISA S71.04 corrosion resistance and thus ensures extremely reliable operation even in harsh environments.

When it functions as a main controller, STARDOM can be integrated with other systems such as pitch controllers, tower base controllers and inverter controllers thanks to its wide range of interface protocols. This flexible option allows the control system to be fully integrated and optimized.

Key Features• Extremely reliable operation• High areliability dual redundant CPU as an option• Anti-corrosion coating compliant with ANSI/ISA S71.04 G3 standard• Excellent local support throughout the world• Quick delivery

Yokogawa’s SCADA “FAST/TOOLS” based monitoring system provides consolidated data of multiple turbines as well as relevant information such as environmental conditions and grid status. The system can function as a secondary SCADA and acquire integrated data from local control systems to provide their consolidated information in the remote monitoring room.

Available data includes:• Power generation/operating status and record• Ambient temperature, wind speed, wind

direction• Nacelle condition, including rotor speed, rotor

vibration, tower vibration• Detection, alarm issuance, and recording for

lightning and fire• Natural conditions e.g. wind speed, direction,

number/time of lighting strikesSome components are designed for use in offshore wind farms and their installation is rapidly growing.

WIND TURBINE CONTROL

REMOTE MONITORING OF WIND TURBINES

Yokogawa Renewable Solutions WIND POWER 6

YOKOGAWA WIND POWER SOLUTIONS

Offshore wind turbine solutions

Battery Energy Storage System

Energy Management System

Offshore wind turbines face a higher risk of accident compared to onshore ones.Yokogawa is able to offer early-detection solutions so that countermeasure can be taken before the accident escalates to a serious level.

Wave level sensingAbnormally high ocean waves can cause significant damage to wind turbine operations. Yokogawa’s wind turbine control system comes with a fully integrated wave level sensor and ensures suitable operations to avoid serious damage to the turbines.

External monitoring by anti-corrosion CCTVWind turbines are often located near or in the sea, making it difficult for field cameras to survive in such harsh conditions. Yokogawa’s CCTV FIELDEYE II is corrosion-resistant and offers 360° viewing. External monitoring enables detection of abnormalities.

Wide-area fire detection by Distributed Temperature Sensor (DTS)

Yokogawa’s DTS, a fiber optic cable type of temperature sensor, can cover the whole area where there is a risk of fire such as Power Cable. It provides 24/7/365 monitoring along the entire length of the cable.

To ensure the stable supply of power to the grid even when there is a dip in power generation, many renewable energy farms use a battery energy storage system (BESS) as a backup power supply. Yokogawa’s network-based control system play a key role in smoothing out the supply of this power to the grid.The following key functions of BESS monitoring and control help you to achieve stable and profit-maximized operation.

Operation planning and monitoring: Using the power generation scheduling system, operators can access the weekly operation plan data they need to draw up an operation plan for the next day. At their stations, operators can view graphic displays showing the power sales target, power generation plan and battery charge-discharge plan.

Associated power monitoring: Operators can view data on total power output for the entire facility, battery charge status, and transformer operation status.

Battery monitoring: The charge-discharge rate, charge status and operation status of each battery are displayed.

The Energy Management System (EMS) provides integrated operation and revenue maximization for renewable energy generation facility operators, by providing energy balancing and scheduling between various forms of renewable energy (wind, solar), conventional generation (thermal, hydro), energy storage systems (batteries, pumped hydro, flywheels), and dispatch instructions from the market operator.

By integrating various data such as weather forecasts, power storage and electricity tariffs, the EMS provides automated predictions of power demand and calculates the optimum power generation and supply schedule, including the optimized use of battery energy storage.

While the EMS is intended to manage energy, it can also be integrated with Yokogawa’s Computerized Maintenance Management System to avoid system failure caused by malfunction or deterioration of mechanical devices.

10

5

0

-5

-10

Pitch angleBlade 1 12.86°

Blade 2 11.90°

Blade 3 11.90°

Wind farm Solar field

EnergyManagementSystem

Battery

Dual Redundant CPUAnti-corrosion coating compliant with ANSI/ISA S71.04 G3 standard

Robust Features

60 wind farms, 3.0 gigawatts applied for, andmore than 2,000 wind turbines in China

25 Wind farms, 380 megawatts, and more than 176 wind turbines in Japan

5 Yokogawa Renewable Solutions WIND POWER

From field maintenance to enterprise decision-makingYOKOGAWA Solutions for wind power

Equipment and facilities

Enterprise system

Consolidated SCADA (for wind firms and substations)

Controllers

Protocol

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Power producer and operation and maintenance contractor Compliance with

laws and regulationsInvestment decisionsStreamlinedmaintenance

Enriched operations interfaces

Hight efficientgeneration

Streamlinedoperation

Integratedmanagement

Wind turbine towers

Tower information

Analog signals

Main Control: Functions

Functions

Other Products

Products

Modbus PLC inter-communication

RS232CRS485 FTP Digital signals

Diverse sensors

Power monitors

Diverse devices

Diverse signals

Substation Grid

Operation information, blade strain, axial vibration, oil leakage, etc.

Vibration, temp., noise, leakage, faults, cameras, lightning detection, etc.

Consolidating the dynamic maintenance and repair data and maintenance work data

Beakers, disconnectors, etc.

HV power server

Energy Storage System

Data acquisition and control devices

Edge controllers which realize IoT and IoT, gateways which enable connection to various equipment and devices

Cyclic data transfer, etc. (HV)

A system which offers embodiment of the "connect and aggregate facilities" concept by realizing consolidated management of multiple facilities (controllers) and central control rooms

a network-based control system

1. Maincontrolwithvariousdata Integrated.

2.

Data acquisition:●Variousdataacquisition

interfaces

3.

Data storage:●Storageandmanagement

of acquired data●Tagging,registering,filing,

storing to databases

Functions:●Equipmentledger

management●Faultinformation

management●Plan-and-history

management●Inspectionandpatrol

support●Inventorycontrol●Statisticalanalysis

Functions:●Routine

maintenance mgt.●Monthlyinspection●Periodic

maintenance●Troubleshooting

Benefits:●Standardizedmaintenance

management methods●Streamlinedmaintenancework●Storedtroubleshootingknowledge

and skills●Assistingmaintenancestaffwith

technical guidance●Preventingpartshortages●Assistingindecisionsoninvestment

in equipment repair and renovation

Challenges:1, Legal periodic safety mgt. review ●Implementationstatusesofcorrective

measures●Recordofdatarelevanttoequipment

operation condition●Configurationofsafetymgt.

organization ●Maintenanceofsafetymgt.organization

2, Expansion of wind turbine installation ●Increaseinmaintenanceobjects●Shortageofskilledworkers

1. Data acquisition interfaces:

●Yokogawaproducts●PLCs,e.g.,MELSECand

SYSMAC●Modbus●OPC●IEC

4.

Control:●Output control

5.

Maintenance:●ParametersettingUtilities:●Simplifiedscreesdisplay

(real time display, trend monitor, etc.)

●DataexporttoCSVformatfiles, transmission, and management

2. Long-term data storage:●Historicaldata●Useractionlog●Alarms

3. Monitoring:●Real-timemonitor●Trendmonitor●Alarmmonitor●Mapview●Overview

Other tailored monitoring screens can be added

Consolidated monitoring of equipment differing in manufacturer and generation

● Turbinemonitor● Substationmonitor●Overviewmap● Trendmonitor● Alarmmonitor

●Weatherforecasts●Generationplans● Turbineoperationplans●Generationperformance●Poweroutputlimit●Dailyandmonthlyreports●KPImanagement

●Weatherforecasts (inc. wind conditions, lightning, thunders)

●Demandforecasts●Generationforecasts●Predictiveanalyses

(vibration, temp., strange noise)●Equipmenttrendanalysis

►Positive economic effect from efficiency increases

● Turbinefacilitydata● Substationfacilitydata●Generationdata●Maintenanceandrepair

Data● Statisticalanalysisdata

Use of big data

4. Interfaces for upper level:●Databaselink●Socketcommunication●FTP●OPC●Othervarious

equipment interfaces

5. Report functions:●Variousreports

6. Engineering tools:●Acquisitionsetup●Alarm(H/L)setting●Screeneditor

Consolidated monitoring Actual-versus-forecastcomparison

Prediction and predictive analyses

Maintenance and repair management Data warehouse (DWH) Maintenance

Maintenance and repair work

●Equipmentoperationdatamgt.●Alarmdatamgt.●Abnormalshutdowndecisions●Trendmonitoring●Predictivemaintenance

(vibration, temp., leakage)► Decreased equipment failure

by early detection and fault prediction

●Gridmonitoring●Gridstabilization●Outputcontrolcommands

●Output stabilization

●Charge/discharge control

Wind power plant

Power company

Battery Energy Storage

CDT

Battery

●Plant disconnection control

YOKOGAWA PRODUCT LINEUP & SUSTAI NABILITY POLICY

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Environmental Social Economic

Yokogawa will work to achieve net-zero emissions, make a transition to a circular economy, and ensure the well-being of all by 2050, thus making the world a better place for future generations.

Achievenet-zero

emissions

Make transition tocircular

economy

Ensurewell-being

Three goals

With the adoption of the Paris Agreement at the 21st Framework Convention on Climate Change (COP21) and the Sustainable Development Goals at the United Nations Sustainable Development Summit, momentum is building in the global effort to achieve a sustainable society. In light of these developments, in August 2017 Yokogawa established sustainability goals (Three goals) for achieving sustainability. These aim to make the world a better place by means such as enabling the use of low-carbon energy sources and the recycling of materials. As described below, the Company is committed to transforming itself in several key ways to better position itself to achieve these goals.

We provide our customers with a range of systems that support the safe and efficient operation of their plants. These include highly reliable production control systems for the control and monitoring of plant operations, network-based control systems and programmable logic controllers for small- and midsized plants, and safety instrumented systems that are fully integrated with plant production control systems to achieve the highest levels of safety.

Focusingonnewmarketssuchaselectricvehicles,renewableenergy, environmental measurement, next-generation communication networks, and plant maintenance that are playing instrumental roles in facilitating a low-carbon society, we provide a wide range of voltage, current, electric power, optical power, pressure, and other basic measuring instruments, as well as instruments used in the measurement of waveforms and optical communications. By developing key devices in-house, we are able to create highly competitive and valuable products with the levels of excellence for which Yokogawa is well known.

We offer a wide range of field instruments for use on production lines, including transmitters and flowmeters that measure fluid pressure, level, temperature, and flow rate. We also supply analytical instruments such as tunable diode laser spectrometers, pH analyzers, and process gas chromatographs for measuring the concentrations of gas and fluid constituents, paperless recorders that electronically store measurement information, temperature controllers, and highly reliable field wireless systems and devices.

We offer a confocal scanner unit that is capable of observing life processes on a molecular level in real time, and this is also available as part of an automated microscopy system that utilizes proprietary high-precision positioning and temperature control technologies. Yokogawa will expand its life innovation business through the offering of such devices and other solutions to the pharmaceutical and food industries and by making use of its measurement, control, and information technologies. In so doing, the company will help its customers radically improve productivity across the entire value chain, from basic research to logistics and services, and thereby enhance health and well-being.

Climate change is an urgent issue that requires a global response. We aim for net-zero emissions, which means that the greenhouse gas concentrations in the atmosphere do not rise due to the balance of emissions and the absorption of greenhouse gases, which can be accomplished through the introduction of renewable energy and efficient use of energy. We are also working to reduce the impact of natural disasters and respond to biodiversity issues.

Sustainability goals "Three goals"

Production Control and SafetyInstrumented Systems

Measuring Instruments

Field Instruments, AnalyticalInstruments, and Recorders

Life Science Devices

Yokogawa will work to achieve net-zero emissions, make a transition to a circular economy, and ensure the well-being of all by 2050, thus making the world a better place for future generations.

We will undergo the necessary transformation to achieve these goals by 1. becoming more adaptable and resilient, 2. evolving our businesses to engage in regenerative value creation, and 3. promoting co-innovation with our stakeholders.

Statement on Yokogawa's aspiration for sustainability

Long-term vision and commitment

Achieve net-zero emissions; stopping climate change

CENTUM VP Integrated production control system

ProSafe-RSSafety instrumented system

YTA510Wireless temperaturetransmitter

TDLS8000Tunable diode laserspectrometer

ROTAMASS Total InsightCoriolis mass flowmeters(ROTAMASS prime model)

SMARTDAC+GX10/GX20 / GP10/GP20

Paperless recorders

DL850EScopeCorder

CSU-W1 SoRaConfocal scanner unit

CQ1 Confocal quantitative

image cytometer

CellVoyager CV8000High-throughput cytologicaldiscovery system

AQ6370DOptical spectrum analyzer

WT5000Precision power analyzer

CA700Low pressure calibrator

AQ7280Optical time domainreflectometer (OTDR)

CA300Process calibrator

DPharp EJXDifferential pressure /

pressure transmitter

FA-M3VRange-free multi-controllere-RT3 pluseMbedded M@chine controller

STARDOM Network-based control system

GC8000Process gas

chromatograph

Yokogawa’s renewable energy projects

SolarWindHydroGeothermalBiomassWaste-to-Energy

Yokogawa offices

Russia2 x 12.5 MWHydro

Japan50 kWOcean Thermal Energy Conversion

Russia2 x 24 MWHydro

Japan380 MWWindUK

23 MWWaste-to-Energy

Spain30 MWWaste-to-Energy

South Africa100 MWSolar

India38 MWBiomass

MexicoGeothermal

Indonesia3 x 70 MWHydro

Indonesia95 MW, 55 MWGeothermal

Philippines2 x 55 MW, 20 MWGeothermal

Philippines20 MW, 12 MWGeothermal

Japan80 MWGeothermal

USA30 MWHydro

China2100 MWWind

Japan34 MWHydro

Indonesia4 x 20 MWGeothermal Brazil

2 x 60 MWBiomass

AustraliaSolar

UAE100 kWSolar

France16 MWWaste-to-Energy

Japan5 MWWaste-to-Energy

Synaptic Business Automation underlies a process of co-innovation and collaboration with customers that leverages Yokogawa’s domain knowledge and digital automation technologies to create sustainable value.

TrademarksCo-innovating tomorrow, Synaptic Business Automation are trademarks or registered trademarks of Yokogawa Electric Corporation. All brand or product names of Yokogawa Electric Corporation in this bulletin are trademarks or registered trademarks of Yokogawa Electric Corporation. All other company brand or product names in this bulletin are trademarks or registered trademarks of their respective holders.

All Rights Reserved. Copyright © 2018, Yokogawa Electric CorporationSubject to change without notice.

Represented by:

Printed in Japan, 809(KP) [Ed : 01/b]

YOKOGAWA ELECTRIC CORPORATIONWorld Headquarters9-32, Nakacho 2-chome, Musashino-shi, Tokyo 180-8750, Japanhttp://www.yokogawa.com/

YOKOGAWA CORPORATION OF AMERICA12530 West Airport Blvd, Sugar Land, Texas 77478, USAhttp://www.yokogawa.com/us/

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YOKOGAWA CHINA CO., LTD.3F TowerD Cartelo Crocodile Building,No.568 West Tianshan Road, Shanghai 200335, Chinahttp://www.yokogawa.com/cn/

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Visit our website at:

https://www.yokogawa.com/solutions/products-platforms/ control-system/safety-instrumented-systems-sis/