Powerlink Queensland

Virginia, Australia

Powerlink Queensland

Virginia, Australia
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News Article | February 27, 2017
Site: www.prweb.com

Survalent, a leading provider of advanced distribution management systems (ADMS), today announced the addition of three executives, Serge Savchenko as chief revenue officer, Ian MacCuaig as vice president of customer success, and Marianne Kupina as vice president of marketing. “As we scale the company on the strength of ADMS adoption worldwide, we focused on assembling the best industry talent to spearhead our efforts,” commented Steve Mueller, president and chief executive officer at Survalent. “Serge, Ian and Marianne bring an incredible level of experience and expertise that will help drive the next phase of growth at Survalent. You can expect to see significant advancements in our business development, strategic partnering, customer on-boarding and market visibility.” Serge Savchenko As chief revenue officer, Serge Savchenko will lead a cross-functional team to drive the company’s top line growth initiatives globally, streamline the go-to-market strategy and secure key partnerships. Mr. Savchenko has more than 30 years of know-how in attaining appreciable revenue growth for technology companies. He was most recently vice president of worldwide sales for OpenText’s Portfolio Business Unit, where he built and managed a highly efficient and productive sales organization for the company’s enterprise software solutions. During his tenure, he drove top-line revenue growth while maintaining profitability, secured exceptional operational performance, and maintained industry-leading customer satisfaction levels. Prior to joining OpenText in 2007, Mr. Savchenko held progressive sales leadership positions at a number of high-tech firms, which included Dell, Wyse Technology and Datamirror. He holds a BS in computer science from York University. Ian MacCuaig Ian MacCuaig leads the newly formed customer success team with a primary focus on ensuring that every Survalent customer is generating value from the company’s software solutions and services. A 30-year industry veteran, Mr. MacCuaig has held leadership roles in customer services, project management and project delivery at numerous high profile firms including GE Digital Energy, SNC-Lavalin, and CAE Electronics. He has a successful track record in managing large, complex projects and has worked with some of the world’s largest electric utilities including Hydro-Quebec, ENERGEX, Powerlink Queensland, AVANGRID, National Grid, Pacific Gas and Electric, and Taiwan Power. He graduated from Concordia University with an honours bachelor of computer science and is a certified Project Management Professional (PMP) and a Certified Information System Security Professional (CISSP). Marianne Kupina As vice president of marketing, Marianne Kupina will be responsible for the global strategy and execution of all aspects of the marketing function. In this role, she will focus on growing the Survalent brand and developing programs to engage the company’s existing customer base and boost customer acquisition. Ms. Kupina joins Survalent with over 25 years of progressive B2B technology marketing experience. Previously, she was the head of marketing at Esri Canada where she developed and executed go-to-market strategies and multi-channel programs that helped drive sales growth. Prior to Esri Canada, Ms. Kupina held senior marketing roles at Constellation Energy, Syndesis and Algorithmics. She holds an honours bachelor of business administration degree with a major in marketing from Wilfrid Laurier University. About Survalent Survalent is the most trusted provider of advanced distribution management systems (ADMS) for electric, transit, gas and water/wastewater utilities across the globe. Over 500 utilities in 30 countries rely on the SurvalentONE platform to effectively operate, monitor, analyze, restore, and optimize operations. By supporting critical utility operations with a fully integrated solution, our customers have significantly improved operational efficiencies, customer satisfaction and network reliability. Our unwavering commitment to excellence and to our customers has been the key to our success for over 50 years. To learn more, visit us at survalent.com. Follow us on Twitter and LinkedIn.


Petter M.,SEQ Catchments | Mooney S.,SEQ Catchments | Maynard S.M.,SEQ Catchments | Maynard S.M.,Australian National University | And 3 more authors.
Ecology and Society | Year: 2013

The project developed and trialed a method of mapping ecosystem functions in South East Queensland using biophysical data layers in preference to land use surrogates. Biophysical data and surrogates were identified for 19 ecosystem functions and maps were produced for each. Data layers for each ecosystem function were standardized for mapping purposes using existing expert advice or data quantiling. Two versions of the total ecosystem function overlap maps were also produced, showing areas of high ecosystem function that have the potential to contribute to high ecosystem service provision. This method was successfully used to replace land use surrogates in most cases, and produced maps that planners and decision makers considered credible. The mapping exercise allowed an ecosystem services framework (the SEQ Ecosystem Services Framework) to be embedded in a statutory planning document, used in a State of the Region Report and to influence planning decisions at a local government level. © 2013 by the author(s).


Lopez-Roldan J.,Powerlink Queensland | Birtwhistle D.,Consultant Engineer | Blundell M.,Powerlink Queensland | Tang T.,Queensland University of Technology
IEEE Transactions on Power Delivery | Year: 2012

Modern circuit breakers (CBS) may be susceptible to catastrophic failure possibly because they are designed to be more highly stressed than earlier CB designs with multiple interrupters per pole. Improved performance is obtained with dielectrically well-designed interrupters by taking advantage of advanced controlled switching to achieve a reignition-free window during opening to minimize the risk of nozzle puncture. On occasion, CB owners may wish to check whether equipment is performing satisfactorily and whether controllers are producing reliable and repeatable stress control. The monitoring of voltage waveforms during switching using established methods will provide information about the magnitude and frequency of small reignitions and restrikes. However, waveform measurements at a moderately high signal frequency require plant outages to connect specialized equipment. A nonintrusive measurement technique has been developed to measure the high- and low-frequency voltage waveforms occurring during reactor switching operations without the need for an outage. Results of tests performed in the laboratory and in a 275-kV substation demonstrating the capability of this new method to detect reignitions are presented. © 2012 IEEE.


Chong W.L.,Monash University | Haque A.,Monash University | Gamage R.P.,Monash University | Shahinuzzaman A.,Powerlink Queensland
Arabian Journal of Geosciences | Year: 2013

Rock mass is a highly complex entity where the strength and deformation behaviour can be significantly affected by its secondary structures such as joints, fissures and bedding planes. Whilst many research works have been conducted to study the behaviour of a specific rock mass, a thorough understanding of its strength and deformation behaviour incorporating different joint sets has not been established. In this study, a comprehensive numerical modelling using a three-dimensional distinct element code, 3DEC, was undertaken to study the strength and deformation behaviour of a mudstone, locally found in Melbourne, in unconfined and confined states. The initial unconfined model established for intact mudstone was calibrated against the well-established laboratory-based empirical strength relationships and subsequently compared with some strength test data available for field samples. The intact unconfined model was then extended to study the strength behaviour in the confined state. The results obtained from this confined intact model were compared with existing strength criteria and were found in good agreement. The confined model was extended further to investigate the effects of joint sets and dip angles on the rock mass strength and deformation behaviour by incorporating two different joint configurations (one-joint and two-joint) with varying dip angles (0°-90°). This study found that the rock mass strength in a confined state varied significantly between the two joint configurations. © 2011 Saudi Society for Geosciences.


Ingram D.M.E.,Queensland University of Technology | Schaub P.,Powerlink Queensland | Campbell D.A.,Queensland University of Technology
IEEE Transactions on Instrumentation and Measurement | Year: 2012

Transmission smart grids will use a digital platform for the automation of high-voltage substations. The IEC 61850 series of standards, released in parts over the last ten years, provide a specification for substation communication networks and systems. These standards, along with IEEE Std 1588-2008 Precision Time Protocol version 2 (PTPv2) for precision timing, are recommended by both the IEC Smart Grid Strategy Group and the National Institute of Standards and Technology Framework and Roadmap for Smart Grid Interoperability Standards for substation automation. IEC 61850, PTPv2, and Ethernet are three complementary protocol families that together define the future of sampled-value (SV) digital process connections for smart substation automation. A time synchronization system is required for an SV process bus; however, the details are not defined in IEC 61850-9-2. PTPv2 provides the greatest accuracy of network-based time transfer systems, with timing errors of less than 100 ns achievable. The suitability of PTPv2 to synchronize sampling in a digital process bus is evaluated, with preliminary results indicating that steady-state performance of low-cost clocks is an acceptable \pm300 ns but that corrections issued by grandmaster clocks can introduce significant transients. Extremely stable grandmaster oscillators are required to ensure that any corrections are sufficiently small that time synchronizing performance is not degraded. © 2012 IEEE.


Ingram D.M.E.,Queensland University of Technology | Steinhauser F.,OMICRON Electronics GmbH | Marinescu C.,OMICRON Electronics GmbH | Taylor R.R.,Queensland University of Technology | And 2 more authors.
IEEE Transactions on Smart Grid | Year: 2012

This letter presents a technique to assess the overall network performance of sampled value process buses based on IEC 61850-9-2 using measurements from a single location in the network. The method is based upon the use of Ethernet cards with externally synchronized time stamping, and characteristics of the process bus protocol. The application and utility of the method is demonstrated by measuring latency introduced by Ethernet switches. Network latency can be measured from a single set of captures, rather than comparing source and destination captures. Absolute latency measures will greatly assist the design testing, commissioning and maintenance of these critical data networks. © 2010-2012 IEEE.


Lopez-Roldan J.,Powerlink Queensland | Tang T.,Queensland University of Technology
IEEE Electrical Insulation Magazine | Year: 2012

Experience has shown that HV equipment in a switchyard, particularly oil-filled instrument transformers, can fail explosively following dielectric breakdown. Failure of HV equipment can cause injuries to personnel in the vicinity due to fire and explosion, and therefore utilities implement various risk mitigation procedures. © 2012 IEEE.


Dahal S.,Powerlink Queensland | Nadarajah M.,Queensland University of Technology
Asia-Pacific Power and Energy Engineering Conference, APPEEC | Year: 2015

In Australia, grid integration of renewable energy (RE) resources has been very popular due to public awareness of climate change and favorable government policies. The initial mandatory renewable energy target (MRET) has been successful and there has been a revised target (RET) set for next decade. On the other hand, there are some regulatory and technical issues posing hindrances to the development of renewable resources. This paper discusses the opportunities and problems associated with renewable energy integration into Australia's National Electricity Market NEM. Issues such as the regulatory frameworks, access standards as per National Electricity Rules (NER), connection process, and transmission pricing frameworks are discussed. © 2015 IEEE.


Ingram D.M.E.,Queensland University of Technology | Schaub P.,Powerlink Queensland | Campbell D.A.,Queensland University of Technology
IECON Proceedings (Industrial Electronics Conference) | Year: 2011

Ethernet is a key component of the standards used for digital process buses in transmission substations, namely IEC 61850 and IEEE Std 1588-2008 (PTPv2). These standards use multicast Ethernet frames that can be processed by more than one device. This presents some significant engineering challenges when implementing a sampled value process bus due to the large amount of network traffic. A system of network traffic segregation using a combination of Virtual LAN (VLAN) and multicast address filtering using managed Ethernet switches is presented. This includes VLAN prioritisation of traffic classes such as the IEC 61850 protocols GOOSE, MMS and sampled values (SV), and other protocols like PTPv2. Multicast address filtering is used to limit SV/GOOSE traffic to defined subsets of subscribers. A method to map substation plant reference designations to multicast address ranges is proposed that enables engineers to determine the type of traffic and location of the source by inspecting the destination address. This method and the proposed filtering strategy simplifies future changes to the prioritisation of network traffic, and is applicable to both process bus and station bus applications. © 2011 IEEE.


Modi N.,University of Queensland | Saha T.K.,University of Queensland | Anderson T.,Powerlink Queensland
Applied Energy | Year: 2013

The Australian energy market operator is expecting a significant increase in wind power generation to meet the Australian renewable energy target of generating 20% of renewable energy by 2020. Along with other states, Queensland is expecting a large penetration of wind power, particularly in its northern region. In the presence of such large scale wind generation, it is important to examine its effect on stability of the Queensland network. In this paper, small-signal stability of the Queensland network has been investigated considering future wind power penetration. The wind farm is simulated by an aggregated doubly fed induction generation model. The work mainly focuses on inter-area modes. Wind power is accommodated by considering load growth and generator displacement individually for getting a useful insight into its impact on damping performance of the grid. For completeness of the study, generators equipped with stabilizers have also been displaced. The influence of wind power on system damping performance is studied and presented through eigenvalue analysis. It has been found that during the peak load condition, the inter-area Central Queensland - North Queensland (CQ-NQ) mode is largely influenced when system load is scaled up to accommodate wind power. It has also been observed that displacement of synchronous generator with stabilizers from CQ region does not have much influence on CQ-NQ inter-area modes while keeping Callide-C unit in service. © 2013 Elsevier Ltd.

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