Municipal Council of Sydney
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MEU History Pre Pages
132 UNITED: A HISTORY OF THE MUNICIPAL EMPLOYEES UNION IN NSW 15 The Electricity Industry rom its earliest years the Union became involved in the electricity industry, enrolling F members employed in various classifications in the Electricity Department of the City Council, including workers at Pyrmont Power Station, but not embracing those employed as tradesmen.1 Issues over pay and conditions, seniority, and redundancies occurred regularly, particularly with fluctuations in the need for power supply. One early issue in 1915 was that time clocks were not opened until the precise time of ceasing work, which meant that employees could not have a bath before then, resulting in delays in leaving the premises and consequently missed transport connections. This was rectified by management agreeing to open time clocks five minutes before ceasing time.2 By 1924, the City Council had gradually extended its electricity supply area, retailing its power in thirty-four Sydney suburbs, and supplying electricity in bulk to another seven suburbs. However, to achieve this, the City Council had to purchase electricity from the Railway Commissioners. To meet increasing demands, the City Council then constructed the largest electricity generating power station in the Southern Hemisphere, seven miles (eleven kms.) from central Sydney, on the northern shore of Botany Bay. It was called Bunnerong (Aboriginal for Sleeping Lizard), the name of the area on which it was constructed. It was stated in 1928 that “it would stand as a monumental work of members of the Union, who were mainly employed on its construction, there being on site about one thousand employees”.3 Bunnerong Power Station Source: S. -
Project Energyconnect Review of Economic Assessment
Project EnergyConnect Review of economic assessment 31 March 2021 Project EnergyConnect Review of economic assessment Copyright and Disclaimer Copyright in this material is owned by or licensed to ElectraNet. Permission to publish, modify, commercialise, or alter this material must be sought directly from ElectraNet. Reasonable endeavours have been used to ensure that the information contained in this report is accurate at the time of writing. However, ElectraNet gives no warranty and accepts no liability for any loss or damage incurred in reliance on this information. Revision Record Date Version Description Author Checked By Approved By 31 Mar 2021 1.0 For submission to the Brad Harrison Simon Appleby Rainer Korte AER and publication Hugo Klingenberg Page 1 of 12 Project EnergyConnect Review of economic assessment Project EnergyConnect material change in circumstances assessment Executive Summary On 14 September 2020, ElectraNet submitted an updated economic cost benefit analysis for Project EnergyConnect (PEC) to the AER for approval. The AER confirmed on 28 September 2020 that: “…the AER considers that the updated cost benefit analysis provides a not unreasonable basis for ElectraNet’s opinion that PEC remains the preferred option. We expect both ElectraNet and TransGrid to submit full and complete contingent project applications for PEC as soon as possible.” On 29 September 2020, the ElectraNet Board approved submission of a contingent project application (CPA) based on the AER’s confirmation and the CPA was submitted to the AER on 30 September 2020. This note reviews several subsequently announced policies and other changes in the National Electricity Market (NEM) and considers the impact that these could have on the benefits of PEC. -
THE MAKING of the NEWCASTLE INDUSTRIAL HUB 1915 to 1950
THE MAKING OF THE NEWCASTLE INDUSTRIAL HUB 1915 to 1950 Robert Martin Kear M.Bus. (University of Southern Queensland) A thesis submitted in fulfilment of the requirements for the degree of a Master of Philosophy in History January 2018 This research was supported by an Australian Government Research Training Program (RTP) Scholarship STATEMENT OF ORIGINALITY I hereby certify that the work embodied in the thesis is my own work, conducted under normal supervision. The thesis contains no material which has been accepted, or is being examined, for the award of any other degree or diploma in any other university or other tertiary institution and, to the best of my knowledge and belief, contains no material previously published or written by another person, except where due reference has been made in the text. I give consent to the final version of my thesis being made available worldwide when deposited in the University’s Digital Repository, subject to the provisions of the Copyright Act 1968 and any approved embargo. Robert Kear ii ABSTRACT Aim of this Thesis The aim of this thesis is to chart the formation of the Newcastle Industrial Hub and to identify the men who controlled it, in its journey from Australian regional obscurity before 1915, to be the core of Australian steel manufacturing and technological development by 1950. This will be achieved through an examination of the progressive and consistent application of strategic direction and the adoption of manufacturing technologies that progressively lowered the manufacturing cost of steel. This thesis will also argue that, coupled with tariff and purchasing preferences assistance, received from all levels of government, the provision of integrated logistic support services from Newcastle’s public utilities and education services underpinned its successful commercial development. -
Distribution Loss Factor Calculation Methodology Paper 2021-22
Distribution Loss Factor Calculation Methodology Paper March 2021 Distribution Loss Factor Calculation Methodology Paper March 2021 CONTENTS 1 INTRODUCTION .......................................................................................................................... 1 1.1 Requirements of the National Electricity Rules .................................................................. 1 1.2 Ausgrid’s general approach in deriving non-site specific DLFs ......................................... 2 1.3 Energy entering the distribution network ............................................................................ 4 1.4 Energy exiting the distribution network .............................................................................. 4 1.5 Proposed approach to loss estimation for financial year 2021-22 ..................................... 4 2 BREAKDOWN OF TECHNICAL LOSSES ................................................................................. 5 2.1 Calculation of site specific loss factors............................................................................... 5 2.2 Calculation of loss load factors .......................................................................................... 5 2.3 Sub-transmission network series losses ............................................................................ 5 2.4 Sub-transmission network shunt losses ............................................................................. 5 2.5 High voltage network series losses ................................................................................... -
Bays West Draft Place Strategy
Draft Bays West Place Strategy NSW Department of Planning, Industry and Environment March 2021 Welcome to Country The stretch of Country now known as Bays West Welcome to Country provided by Shannon Foster, has been known for millennia as Gari Gurad/ D'harawal Sydney Traditional Owner and Knowledge Nura (Saltwater Country) and Nattai Gurad/ Keeper. Artwork titled 'Guriwal Dreaming' by Shannon Nura (Freshwater Country). This Country is Foster. celebrated for vast expanses of garaban (rock Within the Bays West Place Strategy, you will and sandstone) which in some places provides encounter stories of the Bays West location gibbaragunya (stone/cave shelters), and in other specifically. These are a small selection of the places creates yiningmah (steep cliffs) where D'harawal stories of this place. They are shared by a ceremony can be performed privately without contributor to this document, D'harawal Knowledge uninitiated onlookers. Keeper Shannon Foster, whose Ancestors kept these knowledges alive, and whose Elders and Knowledge For thousands of generations, local Aboriginal Keepers still celebrate, live by and share them today. people have lived an abundant and sustainable lifestyle within a complex kinship system of The cultural Intellectual Property (IP) of all Aboriginal numerous families and clans on this Country peoples, including the cultural IP of these stories, including the D’harawal, Dharug, Eora, Gai- remains with the people they belong to and can never maragal, Gundangara and Guringai peoples, be vested or assigned. In this case the stories belong among others. We pay our respects to their to the D'harawal people of the Sydney region who Ancestors and Elders past, present and know themselves as Iyora here, and these stories emerging and acknowledge that through may not be duplicated or used without the express honouring Country, we also honour their timeless permission of Sydney D'harawal Elders or Knowledge connections to Country. -
Network Vision 2056 Is Prepared and in All Cases, Anyone Proposing to Rely on Or Use Made Available Solely for Information Purposes
Disclaimer and copyright The Network Vision 2056 is prepared and In all cases, anyone proposing to rely on or use made available solely for information purposes. the information in this document should: Nothing in this document can be or should be taken as a recommendation in respect of any 1. Independently verify and check the currency, possible investment. accuracy, completeness, reliability and suitability of that information The information in this document reflects the forecasts, proposals and opinions adopted by 2. Independently verify and check the currency, TransGrid as at 30 June 2016 other than where accuracy, completeness, reliability and suitability otherwise specifically stated. Those forecasts, of reports relied on by TransGrid in preparing this proposals and opinions may change at any document time without warning. Anyone considering this 3. Obtain independent and specific advice from document at any date should independently seek appropriate experts or other sources the latest forecasts, proposals and opinions. Accordingly, TransGrid makes no representations This document includes information obtained or warranty as to the currency, accuracy, from the Australian Energy Market Operator reliability, completeness or suitability for particular (AEMO) and other sources. That information purposes of the information in this document. has been adopted in good faith without further enquiry or verification. Persons reading or utilising this Network Vision 2056 acknowledge and accept that TransGrid This document does not purport to contain all and/or its employees, agents and consultants of the information that AEMO, a prospective shall have no liability (including liability to any investor, Registered Participant or potential person by reason of negligence or negligent participant in the National Electricity Market misstatement) for any statements, opinions, (NEM), or any other person or Interested Parties information or matter (expressed or implied) may require for making decisions. -
Appendix D: Principal Power Stations in Australia
D Appendix D––Principal power stations in Australia 1.1 See table on next page 142 BETWEEN A ROCK AND A HARD PLACE Principal Power Stations in Australia State Name Operator Plant Type Primary Fuel Year of Capacity Commissioning (MW) NSW Eraring Eraring Energy Steam Black coal 1982-84 2,640.0 NSW Bayswater Macquarie Generation Steam Black coal 1982-84 2,640.0 NSW Liddell Macquarie Generation Gas turbines Oil products 1988 50.0 Macquarie Generation Steam Black coal 1971-73 2,000.0 NSW Vales Point B Delta Electricity Steam Black coal 1978 1,320.0 NSW Mt Piper Delta Electricity Steam Black coal 1992-93 1,320.0 NSW Wallerawang C Delta Electricity Steam Black coal 1976-80 1,000.0 NSW Munmorah Delta Electricity Steam Black coal 1969 600.0 NSW Shoalhaven Eraring Energy Pump storage Water 1977 240.0 NSW Smithfield Sithe Energies Combined cycle Natural gas 1997 160.0 NSW Redbank National Power Steam Black coal 2001 150.0 NSW Blowering Snowy Hydro Hydro Water 1969 80.0 APPENDIX D––PRINCIPAL POWER STATIONS IN AUSTRALIA 143 NSW Hume NSW Eraring Energy Hydro Water 1957 29.0 NSW Tumut 1 Snowy Hydro Hydro Water 1973 1,500.0 NSW Murray 1 Snowy Hydro Hydro Water 1967 950.0 NSW Murray 2 Snowy Hydro Hydro Water 1969 550.0 NSW Tumut 2 Snowy Hydro Hydro Water 1959 329.6 NSW Tumut 3 Snowy Hydro Hydro Water 1962 286.4 NSW Guthega Snowy Hydro Hydro Water 1955 60.0 VIC Loy Yang A Loy Yang Power Steam Brown coal 1984-87 2,120.0 VIC Hazelwood Hazelwood Power Steam Brown coal 1964-71 1,600.0 Partnership VIC Yallourn W TRU Energy Steam Brown coal 1973-75 1,480.0 1981-82 -
NZMT-Energy-Report May 2021.Pdf
Acknowledgements We would like to thank Monica Richter (World Wide Fund for Nature and the Science Based Targets Initiative), Anna Freeman (Clean Energy Council), and Ben Skinner and Rhys Thomas (Australian Energy Council) for kindly reviewing this report. We value the input from these reviewers but note the report’s findings and analysis are those of ClimateWorks Australia. We also thank the organisations listed for reviewing and providing feedback on information about their climate commitments and actions. This report is part of a series focusing on sectors within the Australian economy. Net Zero Momentum Tracker – an initiative of ClimateWorks Australia with the Monash Sustainable Development Institute – demonstrates progress towards net zero emissions in Australia. It brings together and evaluates climate action commitments made by Australian businesses, governments and other organisations across major sectors. Sector reports from the project to date include: property, banking, superannuation, local government, retail, transport, resources and energy. The companies assessed by the Net Zero Momentum Tracker represent 61 per cent of market capitalisation in the ASX200, and are accountable for 61 per cent of national emissions. Achieving net zero emissions prior to 2050 will be a key element of Australia’s obligations under the Paris Agreement on climate (UNFCCC 2015). The goal of the agreement is to limit global temperature rise to well below 2 degrees Celsius above pre-industrial levels and to strive for 1.5 degrees. 2 Overall, energy sector commitments are insufficient for Australia to achieve a Paris-aligned SUMMARY transition to net zero. Australia’s energy sector This report finds none of the companies assessed are fully aligned with the Paris climate goals, and must accelerate its pace of most fall well short of these. -
Colongra Power Station
COLONGRA POWER STATION CENTRAL COAST I NEW SOUTH WALES “ SUCCESSFUL COMPLETION OF COLONGRA POWER STATION IS A TESTAMENT TO THE STRONG WORKING RELATIONSHIP BETWEEN DELTA ELECTRICITY AND OUR MAJOR SUPPLIERS ALSTOM AND JEMENA” FROM THE MINISTER It is with great pride that Colongra Power Station Most importantly, this 667MW peaking plant secures the future is declared open today. energy needs of NSW. On very hot days, or very cold days, our homes, offi ces, schools and hospitals will have suffi cient Colongra Power Station is part of the NSW power to operate without disruption. Government’s plan to secure our long term energy future and is the largest gas generation plant This is a major piece of essential state infrastructure that in NSW. has been delivered on-time and on-budget thanks to a lot of hard work. It forms part of the Government’s strategy to move away from emissions intensive technologies to more sustainable fuel sources. Congratulations to all the workers involved in this project, and In fact, Colongra Power Station will produce 40% less emissions to the community that has supported the development of this than an equivalent coal fi red plant. important piece of infrastructure. Hundreds of people worked on the Colongra project including The Honourable John Robertson MLC many local businesses and the NSW Government is proud to Minister for Energy support jobs across NSW with projects like this one. FROM THE CHAIRMAN With the opening of Colongra Power Station today, Colongra Power Station has been constructed using the most “ WITH THE OPENING OF Delta Electricity becomes the largest electricity innovative gas electricity generation methods and equipment. -
Drawings and Wangi Power Station
WHAT IF? WHAT NEXT? SPECULATIONS ON HISTORY’S FUTURES SESSION 2A ROUTES TO THE PAST Critical, Cultural or Commercial: Intersections Between Architectural History and Heritage TO CITE THIS PAPER | Michael Chapman and Leonie Matthews. “The Archive of Power: Drawings and Wangi Power Station.” In Proceedings of the Society of Architectural Historians Australia and New Zealand: 37, What If? What Next? Speculations on History’s Futures, edited by Kate Hislop and Hannah Lewi, 227-235. Perth: SAHANZ, 2021. Accepted for publication December 11, 2020. PROCEEDINGS OF THE SOCIETY OF ARCHITECTURAL HISTORIANS AUSTRALIA AND NEW ZEALAND (SAHANZ) VOLUME 37 Convened by The University of Western Australia School of Design, Perth, 18-25 November, 2020 Edited by Kate Hislop and Hannah Lewi Published in Perth, Western Australia, by SAHANZ, 2021 ISBN: 978-0-646-83725-3 Copyright of this volume belongs to SAHANZ; authors retain the copyright of the content of their individual papers. All efforts have been undertaken to ensure the authors have secured appropriate permissions to reproduce the images illustrating individual contributions. Interested parties may contact the editors. THE ARCHIVE OF POWER: DRAWINGS AND WANGI POWER STATION Michael Chapman | University of Newcastle Leonie Matthews | University of Notre Dame The power station at Wangi Wangi, located on the edge of Lake Macquarie in New South Wales, is one of the largest and most ambitious pieces of architectural infrastructure in Australia’s post-war history and marks a key shift in approaches to both power production and industrialisation. Built across a decade of construction at the culmination of the Second World War, the power station was the result of a drawn archive of over 8000 architectural drawings, which meticulously document every element and fragment of the building: its siting, its detailing, the machinery and its eventual operation and connection with the state’s electrical grid. -
Submission by Sydney Engineering Heritage Committee, Engineers Australia to Inquiry Into the Policy Framework and Incentives Fo
Submission by Sydney Engineering Heritage Committee, Engineers Australia to Inquiry into the Policy Framework and Incentives for the Conservation of Australia's Historic Built Heritage Places Terms of Reference 1. the main pressures on the conservation of historic heritage places 2. the economic, social and environmental benefits and costs of the conservation of historic heritage places in Australia 3. the current relative roles and contributions to the conservation of historic heritage places of the Commonwealth and the state and territory governments, heritage owners (private, corporate and government), community groups and any other relevant stakeholders 4. the positive and/or negative impacts of regulatory, taxation and institutional arrangements on the conservation of historic heritage places, and other impediments and incentives that affect outcomes 5. emerging technological, economic, demographic, environmental and social trends that offer potential new approaches to the conservation of historic heritage places, and 6. possible policy and programme approaches for managing the conservation of Australia's historic heritage places and competing objectives and interests. Contents Cover Sheet Sumission (pages 1 to 4) Attachment A: Engineering Heritage Committee, Sydney, Progress Report 1 Oct 04 to 30 Apr 2005 (pages 4 to 8) Attachment B: The Professional Structural Engineer Servicing the Heritage Industry (pages 9 & 11) Attachment C: Publicising Heritage (page 12) Attachment D: State kills debate on critical projects – extract from Sydney Morning Herald 28.5.05 (pages 12 & 13) PDF attachment: Brochure for 2nd International & 13th National Engineering Heritage Conference: Sustaining Heritage (4 pages) Relevant Points Engineering and industrial heritage are significant areas of heritage that are often overlooked and unappreciated. -
Background Frequently Asked Questions
Background A strategy to systematically prioritise, assess and respond to notifications under Section 60 of the Contaminated Land Management Act 1997 (CLM Act) has been developed by the EPA. This strategy acknowledges the EPA’s obligations to make information available to the public under Government Information (Public Access) Act 2009 . When a site is notified to the EPA, it may be accompanied by detailed site reports where the owner has been proactive in addressing the contamination and its source. However, often there is minimal information on the nature or extent of the contamination. After receiving a report, the first step is to confirm that the report does not relate to a pollution incident. The Protection of the Environment Operations Act 1997 (POEO Act) deals with pollution incidents, waste stockpiling or dumping. The EPA also has an incident management process to manage significant incidents (https://www.epa.nsw.gov.au/reporting-and-incidents/incident- management). In many cases, the information indicates the contamination is securely immobilised within the site, such as under a building or carpark, and is not currently causing any significant risks for the community or environment. Such sites may still need to be cleaned up, but this can be done in conjunction with any subsequent building or redevelopment of the land. These sites do not require intervention under the CLM Act, and are dealt with through the planning and development consent process. In these cases, the EPA informs the local council or other planning authority, so that the information can be recorded and considered at the appropriate time (https://www.epa.nsw.gov.au/your-environment/contaminated-land/managing-contaminated-land/role-of-planning- authorities).