Telecontrol Technology 2.0 US
36Pages

TELECONTROL TECHNOLOGY Power Grid Products and Solutions

INTELLIGENT TELECONTROL System Provides Long-Term Investment Protection Transitioning to renewable energy is great for the environment; however, it presents tremendous challenges to energy suppliers, network operators and the grids themselves. It sounds so simple, yet the truth is that decentralization has required a complete 180 when it comes to electrical generation. And this has engineers rethinking: • The monitoring of supply points and substations • Regulation of voltage, frequencies, reactive power and more In fact, both a white paper from the German Energy and Water Industry...

SCALABLE CONTROLLERS for Telecontrol Technology PLC for Telecontrol Technology Item No. 1 x RS-232, 1 x D-Sub 9, socket (switchable) Interfaces LAN I/O interfaces (serial) I/O interfaces (USB) Memory Non-volatile memory (retain) Program memory Data memory Memory expansion 64 MB SD and SDHC up to 32 GB PROFIBUS DP Slave, CAN, CANopen Fieldbus (optional) Telecontrol protocols Operating temperature

SMART GRID — AN INTELLIGENT NETWORK FOR SMART SOLUTIONS CONVENTIONAL POWER SUPPLIERS CHP PLANTS eMOBILITY CONSUMERS SUBSTATIONS LOCAL NETWORK STATIONS

WIND FARMS PUMPEDSTORAGE PLANTS BIOGAS PLANTS SOLAR FARMS

SMART GRID CHALLENGE Connecting numerous interfaces Secure communication Confined spaces in existing systems Minimizing integration efforts

INTEGRATING DECENTRALIZED SUPPLIERS Easy, Efficient and Cost-Effective Control center Solar farms Biogas plants The Compact and Economical Telecontrol Solution for Plant Control and Monitoring The revised Renewable Energy Sources Act (EEG) mandates that photovoltaic (PV) plants must have a technical interface for the network operator that enables remote-controlled power reduction. In the future, all plants (PV, wind, biogas) must disclose feed-in power data to the network operator. • Remote control (direct marketing) per EEG • Output reduction usually occurs in four increments — 0 %, 30 %,...

VIRTUAL POWER PLANTS Control and Networking The system’s flexibility allows virtually all components of a power plant to be efficiently bundled with just one controller and permits remote control according to EEG Hardware benefits: • Connecting generator, consumer and storage system via one controller • Multiple interfaces — PROFIBUS, CAN, KNX, LON®, IEC 60870/61850/61400 and MODBUS • Dual LAN: Separate ETHERNET interfaces permit the creation of parallel networks • IT Security: Encryption that follows Europe’s most stringent energy and security guidelines per BDEW and BSI Software benefits:...

ENERGY GRIDS Network Analysis and Regulation Energy measurement device Network analyzer Short circuit indicator Analog/digital meter Libraries are available for the most common devices! Measurement, Regulation, Control and Telecontrol Technology All in One System The ever-increasing decentralized infeed from EEG plants to lowand medium-voltage grids has made voltage regulation particularly complicated for grid operators. Ongoing control intervention is commonplace. Regulation — traditionally performed by large-scale power plants — has now shifted to the local grid level. • Network analysis...

CURRENT AND ENERGY MEASUREMENT TECHNOLOGY Recording and Analysis 3-Phase Power Measurement Modules, 750 Series Plug-in Current Transformers, 855 Series Rogowski Coils, 855 Series Plug-In Current Transformers with picoMAX® Pluggable Connectors, 855 Series Split-Core Current Transformers, 855 Series Comprehensive Network Analysis and Energy Measurement • Identify, optimize and economize energy consumption • Energy consumption • Easy integration into existing systems • Energy characteristics according to DIN EN ISO 50001 • Current • Phase position Measured variables: • Active energy/power •...

DISTRIBUTION GRID INTELLIGENCE Automated Medium-Voltage System A secure energy supply requires an effective and fast way to respond to critical network conditions and failures. Remotely controlled medium-voltage systems allow: • Faster reaction to network problems • Support of on-site service personnel during switching operations via the control system

WAGO-I/O-SYSTEM 750 XTR Taking it to the eXTReme — The standard for 750 XTR eXTReme temperature from ‑40 °C to +70 °C eXTReme eXTReme isolation vibration up to 5 kV of impulse voltage up to 5g of acceleration DIN EN 60870-2-1 • Can be used in unshielded areas • Compact footprint • Ideal for standard telecontrol equipment • Install close to vibrating and shockgenerating system components • Lower energy and maintenance costs • Increased system uptime • Increased system uptim

POWER TO HEAT Intelligent Heat Storage Systems Fueled by Renewable Energy Your advantages: Power-to-heat conversion is a technology used for load management. This technology absorbs temporary oversupply from wind and solar power and converts it into heat. • Connecting heat generator and accumulator via one control system It is particularly well suited to applications generating high amounts of heat (e.g., district heating grids). • Multiple interfaces — PROFIBUS, CAN, KNX, LON®, IEC 60870/61850/61400 and MODBUS • OPC/XML client • Convenient measurement and monitoring of generator/...

POWER TO GAS Modern Gas Storage Systems Managed by the WAGO-I/O-SYSTEM Zone 1 Zone 21 Hazardous area Non-hazardous area Using power-to-gas technology, electricity can be converted from renewable energy to hydrogen or synthetic natural gas and stored in the natural gas grid. Requirements: • Grid-connected integration of electrolyzers for storing large amounts of electricity Your advantages: • Multiple interfaces — PROFIBUS, CAN, KNX, LON®, IEC 60870/61850/61400 and MODBUS • Standard I/O modules and intrinsically safe Ex modules in one control unit* • OPC/XML client • Programmable to IEC...