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<projects>
  <type>
    <title>
      Wind Studies
    </title>
    
    <project>
      <name>
        Wild Rose Wind Farm  System Impact Studies
      </name>
      <year>2007</year>
      <description>
        Electranix was selected by the AESO to perform loadflow and transient stability system impact studies for this wind farm (PSS/E).
      </description>
      <customer>
        Alberta Wind Developer, and the AESO
      </customer>
      <image></image>
    </project>

    <project>
      <name>
        Determining Voltage Controller Settings for Taber Wind Farm
      </name>
      <year>2007</year>
      <description>
        Transient stability studies were performed to determine optimum voltage controller gains for the Taber wind farm.  The studies were performed for the manufacturer.
      </description>
      <customer>
        Enercon GmbH, Germany
      </customer>
      <image></image>
    </project>

    <project>
      <name>
        SEI Wind Projects
      </name>
      <year>2005-Ongoing</year>
      <description>
        Electranix has performed interconnection requests and exploratory studies for numerous wind projects.(PSS/E)
      </description>
      <customer>
        Sequoia Energy, Manitoba, Canada
      </customer>
      <image></image>
    </project>

    <project>
      <name>
        Foresight Energy Wind Projects
      </name>
      <year>2005-2006</year>
      <description>
        Electranix has performed interconnection requests for numerous wind projects.(PSLF)
      </description>
      <customer>
        Foresight Energy, California
      </customer>
      <image></image>
    </project>

    <project>
      <name>
        Isle of Lewis
      </name>
      <year>2007-2008</year>
      <description>
        Full converter and DFIG wind turbine generator models for Isle of Lewis wind farm project
      </description>
      <customer>
        Andersen PES forScottish and Southern Energy PLC, Scotland
      </customer>
      <image></image>
    </project>

    <project>
      <name>
        PSCAD Model of ENERCON Wind Turbine/generator
      </name>
      <year>2006</year>
      <description>
        Develop a detailed electromagnetic transient model of the ENERCON wind turbine/generators
      </description>
      <customer>
        ENERCON GmbH, Germany
      </customer>
      <image></image>
    </project>

    <project>
      <name>
        Pawnee/Brush Wind
      </name>
      <year>2004</year>
      <description>
        Full system impact studies (loadflow, transient stability and short circuit studies)
      </description>
      <customer>
        Xcel Energy, Colorado
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      PSCAD Model of Vestas Wind Turbines
      </name>
      <year>2004</year>
      <description>
        Develop a detailed electromagnetic transient model of the Vestas V80/V90 doubly fed wind turbine/generators
      </description>
      <customer>
        Vestas/Denmark
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      TI-06-0828 Wind Project
      </name>
      <year>2007</year>
      <description>
        System impact study and Facilities Studies (PSLF)
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      TI-04-1214 Wind Project
      </name>
      <year>2004</year>
      <description>
        System impact study and Facilities Study (PSLF)
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      TI-04-0301 Wind Project
      </name>
      <year>2008</year>
      <description>
        System impact study (PSLF)
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      TI-04-0222 Wind Project
      </name>
      <year>2007</year>
      <description>
        System impact study (PSLF)
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Colorado Green
      </name>
      <year>2007</year>
      <description>
        Participated in System Impact Studies for 162 MW wind farm - the PSCAD program was used to look at interactions with a nearby HVDC link.
      </description>
      <customer>

      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Isle of Lewis
      </name>
      <year>2002</year>
      <description>
        Advisory role in modeling proposed wind farm and transmission.
      </description>
      <customer>
        Teshmont Consultants, SSE Scotland
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Horns Rev 160 MW wind farm
      </name>
      <year>2001</year>
      <description>
        Protection and insulation coordination study of ac cables from Horns Rev off-shore wind farm to on shore substation
      </description>
      <customer>
        ELTRA, Denmark
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Study of integration of Laeso Syd 160 MW Wind farm into Eltra Network
      </name>
      <year>2002</year>
      <description>
        Model development of Eltra Power power system and simulation study (with the Manitoba HVDC Research Centre)
      </description>
      <customer>
        ELTRA, Denmark
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Holberg Wind Farms
      </name>
      <year>2005</year>
      <description>
        System Impact Studies
      </description>
      <customer>
        BCTC
      </customer>
      <image></image>
    </project>

  </type>
  
  <type>
      <title>Static Var Compensation</title>
      <about>
        Electranix has performed SVC and STATCOM studies, written specifications, assisted with bid evaluation, modeling, commissioning services etc.  We have worked with most major manufacturers of power electronic equipment (for SVC and/or HVDC projects) in a detailed capacity.
      </about>
      <project>
        <name>
        Camp Williams SVC
        </name>
        <year>2007</year>
        <description>
          Functional Summary, tendering and bid evaluation
        </description>
        <customer>
          Pacificorp, Utah
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        St. George SVC
        </name>
        <year>2007</year>
        <description>
          Development of a PSCAD model for SSR studies at Three Peaks series capacitor?
        </description>
        <customer>
          Pacificorp, Utah
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Clapham SVS
        </name>
        <year>
          2003-2007
        </year>
        <description>
          Studies and specification for Clapham Static Var System.  With Winfield Enterprise, assisted in managing the construction of the SVS
        </description>
        <customer>
          Tri-State Generation and Transmission Association, Inc.
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Rector SVC
        </name>
        <year> 2007</year>
        <description>
          Development of PSCAD SVC Model
        </description>
        <customer>
          Mitsubishi, MEPPI
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Bloodvein STATCOM
        </name>
        <year>2005 </year>
        <description>
          Assisted in developing a simulation model and verified its operation
        </description>
        <customer>
          Mitsubishi, MEPPI
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Other SVC Projects:
        </name>
        <year>Ongoing</year>
        <description>
          Lamar SVC Requirements, Kuala Lumpur North SVC, STATCOM Studies for the Dokie Wind Farm, BCTC STATCOM review
        </description>
        <customer>
        </customer>
        <image></image>
      </project>
    </type>

  <type>
    <title>Powerflow and Transient Stability Simulation (non-wind)</title>
    <about>
      Electranix has experts in the PSS/E and PSLF loadflow program – we have performed studies for utilities, end-clients, system operators (ISO’s) and is familiar with all loadflow requirements and standards.  The studies include N-1 contingency analysis, equipment rating, upgrade and mitigation solutions, rating of reactive compensation, fault analysis etc.  We also have the capability to translate PSS/E models into PSCAD for a more accurate time domain simulation including non-linearities, unbalance effects, harmonics etc.
    </about>

    <project>
      <name>
      Stability Analysis
      </name>
      <year>2007 </year>
      <description>
        Evaluating transfer capabilities and steady state stability levels for weak radial AC system.
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Tri-State Wind Farm Feasibility Study
      </name>
      <year>2007 </year>
      <description>
        Large scale feasibility study for Tri-State interconnection request TI-06-0828 evaluating many levels of Wind Generation and different mitigation alternatives
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      North East New Mexico Stability and Over Voltage Study
      </name>
      <year>2006-2007</year>
      <description>
        A study of steady state, transient and dynamic stability limits of the NE New Mexico transmission system and corresponding overvoltages
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Eastern Interconnect segmentation study
      </name>
      <year>2006 </year>
      <description>
        Participated in an EPRI study to evaluate the benefits in segmenting the Eastern Interconnect with B2B DC or VSC links
      </description>
      <customer>
        EPRI
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Gladstone-Walsenburg 230 kV Study
      </name>
      <year>2007 </year>
      <description>
        Protection Setting Study (TS study for OOS relay protection against cascading failure).
      </description>
      <customer>
        Tri-State Generation and Transmission
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Rosyth Sub Upgrade
      </name>
      <year>2008 </year>
      <description>
        Interconnection Proposal including Powerflow analysis
      </description>
      <customer>
        AESO
      </customer>
      <image></image>
    </project>



    <project>
      <name>
      Exploratory Interconnection Analysis
      </name>
      <year>Ongoing </year>
      <description>
        Electranix assists Enmax Power Corporation in evaluating transmission alternatives for generation expansions
      </description>
      <customer>
        ENMAX, Alberta, Canada
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Exploratory Powerflow Analysis	
      </name>
      <year>2007 </year>
      <description>
        Electranix assisted NREL with preliminary evaluation of two potential solar generation sites
      </description>
      <customer>
        NREL
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      HR Milner 2 Expansion System Impact Study				
      </name>
      <year>2008 </year>
      <description>
        System Impact Study including Powerflow, Short Circuit, and Transient Stability
      </description>
      <customer>
        AESO
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Other Projects:
      </name>
      <year>Ongoing</year>
      <description>
        see also numerous other wind interconnection studies which require loadflow studies using PSS/E and PSLF.
      </description>
      <customer>

      </customer>
      <image></image>
    </project>

  </type>


  <type>
    <title>Series and Shunt Reactors</title>
    <about>Electranix has assisted utilities by performing studies to determine shunt reactors sizes, neutral reactors (to minimize secondary arc for SPAR) and to investigate resonance conditions from application of shunt reactors</about>
    
    <project>
      <name>
      Eastern Plains 500 kV Transmission			
      </name>
      <year>2007 </year>
      <description>
        Studies and specification of 500 kV line reactors and series capacitors.
      </description>
      <customer>
        Xcel Energy, Colorado
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Jutland 400 kV XLPE Cable
      </name>
      <year>2007 </year>
      <description>
        Jutland 400 kV XLPE cable project.   Assist in the simulation of a 106 kM underground three phase cable and its shunt compensation
      </description>
      <customer>
        Energinet, Denmark
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Comanche-Daniels Park 345 kV Line Upgrade		
      </name>
      <year>2006 </year>
      <description>
        Recommendation for line shunt reactors for 345 kV line upgrade from Comanche-Daniels Park.  Open line resonance conditions were studied due to zero sequence coupling from parallel circuits.	
      </description>
      <customer>
        Xcel Energy, Colorado
      </customer>
      <image></image>
    </project>
  </type>

  <type>
    <title>Series and Shunt Capacitors</title>
    <about>Electranix has performed numerous shunt capacitor TOV studies, as well as series capacitor studies.  These studies include the design and rating of series and shunt capacitors, impact on loadflow and transient stability studies, surge arresters, harmonic analysis, TOVs, TRVs, SSR and torsional interactions etc.  Some example projects are</about>

    <project>
      <name>
      Pinto 345 kV Series Capacitor
      </name>
      <year>Ongoing </year>
      <description>
        Pacificorp upgrade of a 345 kV line with series capacitors ? specification, TOV studies, SSR/torsional interaction studies
      </description>
      <customer>
        Pacificorp, Utah
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Eastern Plains 500 kV Transmission
      </name>
      <year>Ongoing </year>
      <description>
        Studies and specification of 500 kV line reactors and series capacitors.
      </description>
      <customer>
        Tri-State, Colorado
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Three Peaks 345 kV Series Capacitor
      </name>
      <year>2006 </year>
      <description>
        Pacificorp upgrade of a 345 kV line with series capacitors - specification, TOV studies, SSR/torsional interaction studies
      </description>
      <customer>
        Pacificorp, Utah
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      OPA
      </name>
      <year>2007 </year>
      <description>
        Studies and review of series capacitor applications near thermal/nuclear generator stations.
      </description>
      <customer>
        Ontario Hydro Power Authority, Ontario, Canada
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Waitaki-Islington Series Compensation Investigations
      </name>
      <year>2006-2007 </year>
      <description>
        Review of series compensation study and investigation of potential SSR issues.
      </description>
      <customer>
        Transpower New Zealand
      </customer>
      <image></image>
    </project>   

    <project>
      <name>
      Series compensated 330 kV tie-lines between NSW and Queensland
      </name>
      <year>2006</year>
      <description>
        Undertake a comprehensive SSR study for series compensation of a twin circuit 330 kV tie line.
      </description>
      <customer>
        Transgrid, Australia
      </customer>
      <image></image>
    </project>
    
  </type>

  <type>
    <title>Standards Development</title>
    <about>Electranix has contributed toward the following working groups</about>

    <project>
      <name>
      Wind Interconnection Requirements
      </name>
      <year>2007</year>
      <description>
        Contribution toward modeling requirements of wind interconnection standards
      </description>
      <customer>
        BC Hydro/BCTC, British Columbia, Canada
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      EPRI Reference Book on Transmission Controllers
      </name>
      <year>2007</year>
      <description>
        Power Electronics-Based Transmission Controllers Reference Book
      </description>
      <customer>
        EPRI, California
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      IEEE HVDC/FACTS
      </name>
      <year>2005</year>
      <description>
        Dennis Woodford was chairman of this working group on HVDC/FACTS
      </description>
      <customer>
        IEEE
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Cigre SC14
      </name>
      <year>1990-2007</year>
      <description>
        Contribution to HVDC/FACTS and Wind Farms
      </description>
      <customer>
        CIGRE
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      IEC Study Committee 22F
      </name>
      <year>1989 </year>
      <description>
        Dennis Woodford was chairman of this study committee on HVDC/FACTS
      </description>
      <customer>
        IEC
      </customer>
      <image></image>
    </project>

  </type>

    <type>
      <title>Major Equipment Specification Development</title>
    <about>Electranix has assisted manufacturers in the development of specifications for the following projects</about>
    
    <project>
      <name>
      Lamar HVDC
      </name>
      <year>2001-2008</year>
      <description>
        Complete range of services for this project: studies, specification, tender evaluation, witnessing tests, commissioning
      </description>
      <customer>
        Xcel Energy, Colorado
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Clapham SVC
      </name>
      <year>2003-2008</year>
      <description>
        Complete range of services for this project: studies, specification, tender evaluation, witnessing tests, commissioning
      </description>
      <customer>
        Tri-State, Colorado
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Blackwater HVDC
      </name>
      <year>2006</year>
      <description>
        Together with Winfield Enterprise, and High Energy Inc, evaluate upgrades required for the Blackwater HVDC link. Participating in the preparation of technical specification for replacement of controls and review of bids.
      </description>
      <customer>
        High Energy Inc. for Public Service of New Mexico
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Eddy County HVDC Link		
      </name>
      <year>2006 </year>
      <description>
        Participated in the review of the 200 MW dc link, report on its present condition, specification for controls and cooling upgrade.
      </description>
      <customer>
        High Energy Inc, Colorado for Xcel Energy
      </customer>
      <image></image>
    </project>    
    
  </type>

    <type>
      <title>DC Transmission</title>
    <about>Electranix has extensive experience in HVDC projects at all stages of the projects (studies, specifications, commissioning etc.)</about>

    <project>
      <name>
      Lamar HVDC
      </name>
      <year>2001-2008</year>
      <description>
        Undertook studies for Xcel Energy to ensure new dc link operates satisfactorily in the WECC power system. Drafted the Technical Specification. Project Consultant to Xcel Energy, commissioning, SSR study.
      </description>
      <customer>
        Xcel Energy, Colorado
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      South Island HVDC Link Upgrade		
      </name>
      <year>2007</year>
      <description>
        South Island Grid Upgrade Project, HVDC tap-off option, Feasibility and Issues Assessment
      </description>
      <customer>
        Transpower, New Zealand
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      PSCAD Model of Variable Frequency Transformer
      </name>
      <year>2006</year>
      <description>
        Developed a PSCAD model of the GE variable frequency transformer
      </description>
      <customer>
        GE, USA
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Upgrade of the Blackwater HVDC Back-to-back HVDC link
      </name>
      <year>2006 </year>
      <description>
        Together with Winfield Enterprise, and High Energy Inc, evaluate upgrades required for the Blackwater HVDC link. Participating in the preparation of technical specification for replacement of controls and review of bids.	
      </description>
      <customer>
        High Energy Inc. for Public Service of New Mexico
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Caprivi Project (HVDC Interconnection between Namibia and Zambia)		
      </name>
      <year>2005-2006</year>
      <description>
        Undertook the modeling and study of alternative HVDC transmission lines for the proposed interconnection
      </description>
      <customer>
        Nampower, Namibia
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Basslink Project	
      </name>
      <year>2003-2006</year>
      <description>
        Preparation of PSCAD model of the Basslink Project and ac system, undertaking of studies and participated in its commissioning
      </description>
      <customer>
        Hydro Tasmania
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Upgrade of the Stegall HVDC back-to-Back dc link		
      </name>
      <year>2004 </year>
      <description>
        Together with Winfield Enterprise, evaluate upgrades required for the Stegall HVDC link
      </description>
      <customer>
        Tri-State Generation and Transmission Association, Inc.
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Malaysia - Sumatra HVDC Link
      </name>
      <year>2004</year>
      <description>
        Developed the PSCAD models for the proposed dc link and undertook studies for feasibility assessment
      </description>
      <customer>
        TNB, Malaysia, PTI, USA
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Malaysia-Thailand HVDC Interconnection		
      </name>
      <year>2002</year>
      <description>
        Developed a detailed simulation model of the Malaysia-Thailand HVDC Interconnection and transferred the technology to the client
      </description>
      <customer>
        TNB Research, Malaysia
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Cheju Island HVDC link and nearby STATCOM
      </name>
      <year>2001</year>
      <description>
        Development of simulation model of the dc transmission system and STATCOM
      </description>
      <customer>
        KEPRI, South Korea
      </customer>
      <image></image>
    </project>
    
  </type>

    <type>
      <title>Subsynchronous Resonance (SSR), Transient Over Voltage (TOV), Breaker Transient Recovery Voltages (TRV), and Technical Specifications.</title>
    <about>Electranix are experts at SSR, TOV, TRV and insulation coordination studies - Our staff were the key developers of the PSCAD/EMTDC program and teach expert-level courses around the world</about>

    <project>
      <name>
      Pinto 345 kV Series Capacitor
      </name>
      <year>Ongoing</year>
      <description>
        Pacificorp upgrade of a 345 kV line with series capacitors - specification, TOV studies, SSR/torsional interaction studies
      </description>
      <customer>
        Pacificorp, Utah
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Bakun HVDC		
      </name>
      <year>2007</year>
      <description>
        Longest HVDC cable project in the world, 500 kV, 2000 MW - we performed extensive TOV and SSR studies for input into the functional specification for this project (PSCAD).
      </description>
      <customer>
        TNB/Sime-Darby, Malaysia
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Taber Wind Project
      </name>
      <year>2006</year>
      <description>
        TOV, TRV and power quality studies for a wind farm
      </description>
      <customer>
        ENMAX, Alberta, Canada
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Malaysia-Indonesia HVDC Interconnection
      </name>
      <year>2006</year>
      <description>
        Feasibility studies for an undersea HVDC cable - TOV and SSR studies (PSCAD).
      </description>
      <customer>
        TNB Malaysia, PLN Indonesia, PTI USA
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Three Peaks 345 kV Series Capacitor
      </name>
      <year>2006</year>
      <description>
        Pacificorp upgrade of a 345 kV line with series capacitors - specification, TOV studies, SSR/torsional interaction studies
      </description>
      <customer>
        Pacificorp, Utah
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Jimah Power Generation Project		
      </name>
      <year>2005</year>
      <description>
        Interconnection study for 1400 MW thermal generating station, transient overvoltages, transient recovery voltages, and switching transients
      </description>
      <customer>
        TNB, Malaysia
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Tanjung Bin 2100 MW thermal generation interconnection study
      </name>
      <year>2003-2005</year>
      <description>
        Interconnection study for 1400 MW thermal generating station, transient overvoltages, transient recovery voltages, and switching transients
      </description>
      <customer>
        TNB, Malaysia
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Other Projects
      </name>
      <year>Ongoing</year>
      <description>
        see also SSR studies for previous series capacitor projects and TOV studies for wind farms
      </description>
      <customer>

      </customer>
      <image></image>
    </project>
    
  </type>

    <type>
      <title>Lightning Studies</title>
    <about>Electranix has performed numerous lightning studies to test overhead line shielding and to examine lightning impulses coming into stations via PSCAD/EMTDC simulations (two of our staff were the key developers of the PSCAD/EMTDC program).   Some example lightning analysis projects are</about>
    
    <project>
      <name>
      Taber Wind Farm
      </name>
      <year>2007</year>
      <description>
        Lightning performance studies for the 230 kV Substation
      </description>
      <customer>
        ENMAX, Alberta, Canada
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Big White Ski Resort
      </name>
      <year>2007</year>
      <description>
        Lightning impulse testing and recommendation for 161 kV overhead line earth wire shielding
      </description>
      <customer>
        Fortis, British Columbia, Canada
      </customer>
      <image></image>
    </project>

    <project>
      <name>
      Kettle Valley
      </name>
      <year>2006</year>
      <description>
        Lightning impulse testing and recommendation for 161 kV overhead line earth wire shielding	
      </description>
      <customer>
        Fortis, British Columbia, Canada
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      TNB Line/Cable termination
      </name>
      <year>2005</year>
      <description>
        Lightning impulse testing for hybrid line/cable terminations
      </description>
      <customer>
        TNB, Malaysia
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
      Other Projects
      </name>
      <year>Ongoing</year>
      <description>
        Jimah IPP Lightning Studies, Lengeng 275 kV Station, Courses on the use of PSCAD for Lightning studies
      </description>
      <customer>

      </customer>
      <image></image>
    </project>

  </type>


    <type>
      <title>Teaching</title>
    <about>Electranix has taught many courses about HVDC power systems and PSCAD/EMTDC</about>
    
    <project>
      <name>
      TNB Malaysia PSCAD Course
      </name>
      <year>2007</year>
      <description>
        Intermediate level course on use of PSCAD/EMTDC
      </description>
      <customer>
        TNB, Malaysia
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
        Seminar - Power Electronic Models for FACTS Controllers
      </name>
      <year>2001</year>
      <description>
        Dennis Woodford has taught a seminar on Power Electronic Models for FACTS Controllers
      </description>
      <customer>
        IPST
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
        HVDC Modelling, Control and Interactions with the AC System
      </name>
      <year>2001</year>
      <description>
        Dennis Woodford has taught a course on HVDC Modelling, Control and Interactions with the AC System
      </description>
      <customer>
        Korean Electric Power Research Institute
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
       The Economics of HVDC Transmission
      </name>
      <year>2005</year>
      <description>
        Electranix has taught a seminar on The Economics of HVDC Transmission
      </description>
      <customer>
        Korean Electrotechnology Research Institute
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
        PSCAD/EMTDC Training Course - An Introduction to PSCAD/EMTDC
      </name>
      <year>2003-Present</year>
      <description>
        Electranix has taught introductory training courses on PSCAD/EMTDC
      </description>
      <customer>
        Hydro Tasmania, TNB Malaysia, PEA Thailand, Keri, Alberta System Operator, ESCOM
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
        PSCAD/EMTDC Training Course - Advanced Training
      </name>
      <year>2003-Present</year>
      <description>
        Electranix has taught advanced training courses on PSCAD/EMTDC
      </description>
      <customer>
        Enercon, Eskom      
      </customer>
      <image></image>
    </project>
    
    
    <project>
      <name>
        PSCAD/EMTDC Training Course - Advanced Simulation Topics 
      </name>
      <year>2003-Present</year>
      <description>
        Electranix has taught training courses on advanced simulation in PSCAD/EMTDC
      </description>
      <customer>
        ABB        
      </customer>
      <image></image>
    </project>
    
    <project>
      <name>
        PSCAD/EMTDC Training Course - Building Custom Model 
      </name>
      <year>2007</year>
      <description>
        Electranix has taught a course on building custom models in PSCAD
      </description>
      <customer>
        Vestas
      </customer>
      <image></image>
    </project>
    
  </type>

    <type>
      <title>Other Studies</title>
      <about></about>

      <project>
        <name>
        BC Transmission Grid Reinforcement
        </name>
        <year>2007</year>
        <description>
          Feasibility of Using HVDC Technology for reinforcing the interior to lower mainland transmission grid in British Columbia
        </description>
        <customer>
          Teshmont Consultants, Manitoba, Canada
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Multi-Terminal HVDC Transmission Study
        </name>
        <year>2007</year>
        <description>
          Advise on the use of an HVDC feeder from a wind farm in northern Norway to southern Norway
        </description>
        <customer>
          STATTNET  Norway, DC Interconnect, Inc., British Columbia, Canada
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        HVDC Transmission Feeder for a Wind Farm
        </name>
        <year>2008</year>
        <description>
          Feasibility study comparing AC and DC transmission options for a large wind farm.
        </description>
        <customer>
          Burns and McDonnell
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Life extension guidelines of existing HVDC systems
        </name>
        <year>2007</year>
        <description>
          Life extension guidelines of existing HVDC systems
        </description>
        <customer>
          High Energy Inc. for EPRI
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Emerging grid reliability improvement technology report, segmenting and competing technologies
        </name>
        <year>2007</year>
        <description>
          Emerging grid reliability improvement technology report, segmenting and competing technologies
        </description>
        <customer>
          DC Interconnect Inc., for EPRI
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        HVDC Transmission Book
        </name>
        <year>2007</year>
        <description>
          Two chapters of a handbook on HVDC transmission. Chapter 2, Technical Comparisons AC/DC, Chapter 5, Modeling of Networks
        </description>
        <customer>
          ESKOM, South Africa
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        HVDC transmission book
        </name>
        <year>2007</year>
        <description>
          Chapter 17 of new edition of a reference book on HVDC transmission
        </description>
        <customer>
          EPRI, California
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        HVDC Transmission Book
        </name>
        <year>2007</year>
        <description>
          Chapter 17 of new edition of a reference book on HVDC transmission
        </description>
        <customer>
          EPRI, California
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Bi-Directional Valves
        </name>
        <year>2006</year>
        <description>
          Evaluate the benefits of bi-directional HVDC valves for multi-terminal dc, tripole dc, and for use with dc cables with solid insulation
        </description>
        <customer>
          EPRI, California
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Transmission and Energy Storage for Renewable Energy development in California
        </name>
        <year>2003-2005</year>
        <description>
          Determined transmission options for servicing proposed renewable energy projects, and associated energy storage projects
        </description>
        <customer>
          California Energy Commission and San Francisco Public Utilities
        </customer>
        <image></image>
      </project>

      <project>
        <name>
        Regenesys energy storage regenerative fuel cell
        </name>
        <year>2001</year>
        <description>
          Development of a model of the regenerative fuel cell for system studies
        </description>
        <customer>
          ELTRA, Demark
        </customer>
        <image></image>
      </project>

    </type>
</projects>
