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Energy workshop

Energy workshop. Energy vertical workshop 15 min Vertical possibilities Background information Potential in this vertical Why Westermo Applications 30 min Fluxys Grübl Automation. Introduction. The need for electricity is growing worldwide, and traditional sources are running out.

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Energy workshop

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  1. Energy workshop • Energy vertical workshop 15 min • Vertical possibilities • Background information • Potential in this vertical • Why Westermo • Applications 30 min • Fluxys • Grübl Automation

  2. Introduction The need for electricity is growing worldwide, and traditional sources are running out. We can’t waste energy, and that’s why Power & Energy applications are becoming more and more demanding. A substation is, where electricity is stepped up and down from the power plant to the end user. The Substation Automation (SA) market has a need for different type of equipment.

  3. SMART GRID • A so called Smart Grid is an intelligent electricity • network, that supports different keypoints: • Monitoring system to track all electricity flow • Buy energy at low rates when needed • Enable to sell unused energy back • Include all sources (conventional & renewable) • Usage of superconductive transmission lines • Example: • When power is least expensive a smart grid could turn on selected home appliances such as washing machines or factory processes that can run at arbitrary hours. At peak times it could turn off selected appliances to reduce demand.

  4. Vertical possibilities • In this smart grid we see a need for different types of communication equipment. • Internally e.g. in power stations or for interconnection to equipment in the grid. • Examples for needed equipment: • Routers and switches • SHDSL modems • L3 Switches • Modems and routers

  5. Market leaders • Substation automation companies • ABB • ABB is a global leader in power and automation technologies. High Voltage products in Västerås. Medium voltage products in Wasa Finland. • Siemens • Siemens offers an array of solutions from simple RTUs to comprehensive substation automation systems. • Areva • AREVA's T&D division is designs, manufactures and supplies a complete range of equipment, systems and services for all stages in the transfer of electricity.

  6. Vertical possibilities • Clean energy • The worldwide market for clean energy technology is booming. Between 2000 and 2008 clean energy markets grew: • Wind energy 24% a year • Biodiesel with 31% a year • Solar with 53% a year • With a total volume of EUR 630 billion a year in 2007 the clean energytechnology market is already larger than the pharmaceutical industry worldwide. • In 2020 clean energy is estimated to be the 3rd biggest industrial sector in the world

  7. Market survey made by WWF

  8. Vertical wind • Wind • At the end of 2009, worldwide the capacity of wind-powered generators was 159.2 gigawatts. Energy production was 340 TWh, which is about 2% of worldwide electricity usage; and is growing rapidly, having doubled in the past three years. • Several countries have achieved relatively high levels of wind power penetration of stationary electricity production such as: • 19% in Denmark, • 13% in Spain and Portugal, • 7% in Germany and in Ireland • As of May 2009, eighty countries around the world are using wind power on a commercial basis.

  9. Manufacturer overview • Top 15 wind turbine manufacturers by global market share in 2009 • Vestas (Denmark) 12,5% • GE Energy(Germany /Unites States) 12,4% • Sinovel (China) 9,2% • Enercon (Germany) 8,5% • MWGoldwing (China) 7,2% • Gamesa (Spain) 6,7% • Dongfang (China) 6,5% • Suzlon (India) 6,4% • Siemens (Denmark ) 5,9% • REpower(Germany) 3,4% • Nordex (Germany • United Power (China) • Clipper (USA) • Mitsubishi (Japan) • Mingayang (China) Two years ago there where no Chinese companies among the top 15, now 7 of the biggest players are Chinese.

  10. Vertical possibilities • USAChina • Aeronautica Windpower A Power Energy Systems ltd. • Cascade Wind Corp. Sinovel • Clipper Windpower • Boeing Korea • General Electric Daewoo Shipbuilding & Marine Engineering • Northern Power Systems Hanjin • PacWind Doosan • Southwest Windpower Hyosung • Hyundai Heavy Industries • Canada STX Corporation • Raum Energy Inc. Samsung Heavy Industries

  11. Vertical possibilities • IndiaGermany • Suzlon REpower • Nordex • Japan DeWind • Mitsubishi Heavy Industries Enercon • Siemens • Netherlands • Lagerwey Wind Denmark • Vensys • New Zealand Norwin • Windflow Vestas • NorwaySpain • Scanwind Acciona Energy • Alstom Ecotècnia • Gamesa Eólica

  12. Vertical solar • Solar power • Is the generation of electricity from sunlight. This can be direct as with photovoltaics (PV), or indirect as with concentrating solar power (CSP), where the sun's energy is focused to boil water which is then used to provide power. • Solar power has the potential to provide over 1,000 times total world energy consumption in 2008, though it provided only 0.02% of the total that year. • If it continues to double in use every two to three years, or less, it would become the dominant energy source this century.

  13. Vertical possibilities • Solar power • The world's largest concentrating solar thermal power stations • Mojave Desert USA • Indiantown, Florida USA • Las Vegas, Nevada USA • Granada Spain • Seville Spain • The world's largest photovoltaic (PV) power plants • Olmedilla Photovoltaic Park Spain • Strasskirchen Solar Park Germany • Lieberose Photovoltaic Park Germany • Puertollano Photovoltaic Park Spain • Moura Photovoltaic Power Station Portugal

  14. Why Westermo • Westermo provides a full range of data communication solutions for demanding applications. We can provide solutions for all media from copper cables to fiber. • Our knowledge goes far beyond our own product range; we have a unique competence regarding application and environmental needs. • Key benefits • The product range • Environmental specifications • Software features in WeOS • Next to be done • Define the roadmap for 61850

  15. Potential in this vertical • The potential in the Energy market is not only SA installations. Over the years we have sold and delivered communication equipment for the energy sector, some examples are: • Several big solar panel projects • Delivered infrastructure solutions to windmill parks • PSTN modems for the SA market • Supplied the grid with different communication solutions • Developed custom specific solutions for the energy sector • And there are a lot more possibilities out there, please let us know what you need.

  16. Questions?

  17. Fluxys is the independent operator of both the natural gas transmission grid and storage infrastructure in Belgium.

  18. The company also operates the Zeebrugge LNG (Liquified Natural Gaz) terminal and the Zeebrugge Hub, one of the leading international short-term gas markets in continental Europe. Throughout Belgium Fluxys employs above 1,000 people, of whom around half work at our Brussels headquarters. The other half work in regional operating sites, the LNG terminal, the storage facilities and the compressor stations.

  19. Customer Requirements MeteringDepartment – Counting end-customerconsumption Since 2002, TD-32B’s are used to reach end-customers’ counters Control Center Fluxys Sites (x200) End Customers (x400) Tbox PLC

  20. Fluxys Sites (x200)

  21. Westermo Solution Fluxys Sites (x200) • Standard Ethernet • More than 400 end-customers DDW-120 DDW-220 DDW-220 DDW-120 Ind.PC Ind.PC Ind.PC Ind.PC

  22. The Benefits • No more RS-232, standard Ethernet on all sites • Re-use of existingcables • High distances canbereached • Plug & play

  23. Result • 150 DDW-120 • 150 DDW-220 • Turnover : 220 000 euros • Take the nextStepwith Westermo!

  24. Why Westermo? 1. TrueIndustrial 2. Power supply 24 VDC 3. Din Rail 4. Trust in Westermo 5. TBU Line Protection

  25. Questions?

  26. Automation ofHeat Transfer Stationsin a biomass power station

  27. Vertical Biomass A renewable energy source, is biological material derived from living, or recently living organisms, such as wood, waste, (hydrogen) gas, and alcohol fuels. Biomass is commonly used to generate electricity or produce heat.

  28. Application The application is located in Bardejov / Slovakia. The needs have been to build a secure and redundant connection to twelve heat transfer stations in a high industrial environment. The twelve stations are located around the biomass power plant in distances between 1500 to 5000m. Only possible communication ways are standard telephone copper cables. Every station is equipped with an ethernet based PLC, that shall be monitored from the central control center and even from remote locations.

  29. Westermo solution Based on all customer needs, the Westermo Wolverine DDW-221 was pointed out as the right unit for this project. Customer needs: • Redundant ring topology • Robust industrial design • Remote configuration • Ethernet switch onboard • Communication over copper wires The Wolverine DDW-221 fullfills all the requirements for the project.

  30. Topology – Whole system • 14 Wolverine DDW-221 • 2 SCADA Terminals • 2 Router for remote entry • Several IP cameras

  31. Topology – Westermo Part Twelve Wolverine DDW-221 connected in a redundant ring topology which provides the highest reliability for communication.

  32. Impressions The photos show the Wolverine DDW-221 mounted in cabinets together with the PLC.

  33. Why Westermo? • True industrial design • Redundant Ring topology • Easy to use • Diagnostic possibilities • Excellent support

  34. Questions?

  35. Thankyouforyourattention Robust Industrial Data Communications - Made Easy!

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