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The Distributed System Network Operator (DSNO)

10/11/2014

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There would seem to be a case for defining the concept of a new entity.  The reason for the concept of a DSNO is so that a new entity would be responsible for the implementation and management of an “energy town” prototype, should such a town be selected.

The new entity would the Distribution System Network Operator (DSNO) for the town and the associated rural distribution network.  The legal structure of the new entity would need to be defined, complete with reporting and governance requirements.

The structure of the DSNO may be either as a separate unit within the utility which provides electrical services to the town, or it may be a completely new entity from within the local government structure e.g. town or shire region.

The DSNO needs to be legally structured such that it may be responsible for the financial aspects of the “energy town” prototype.  It would need to collect revenue, determine energy costs, determine in-feed rates and have the ability to take loans from financial institutions.

Operationally, the DSNO would report to the Australian Energy Market Operator (AEMO).  The DSNO is to be responsible for compliance with the Australian Energy Market Operator (AEMO) regulations, utility regulations and reporting requirements.

Individuals or companies would connect to the DSNO network for energy services.  The connection would be at a hardware level for the energy and at a software level for the control and communication.

The individuals or companies which connect for energy services would become account holders with the DSNO.  The energy services may comprise either electrical power or heat.

The connections may be either as in-feed units such as generators, or as demand units (load) or as a combination of both.

The billing and in-feed price rates for each account holder are to be determined by the DSNO, based on net energy costs.  The rates are to be capacity and time dependent in order to encourage energy efficiency.

The DSNO may at its discretion, connect its own generation and load units.

The DSNO is to be responsible for the point of common coupling (PCC) to the utility.  The DSNO is to be responsible for the billing to and from the utility for power import / export.

BESST Engineering is able to provide electrical power and control systems design, as required to implement the DSNO concept.

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    Author

    David Batterham

    David is the director of BESST as well as their lead Industrial Electrical Engineer. David is a Registered Professional Engineer (RPEQ) in the state of Queensland and has experience in all aspects of Industrial Electrical Engineering, on projects all over the world. David's commitment to excellence is unparalleled.

    Join David as he shares his thoughts, experiences and current issues relating to Electrical Engineering.

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    We look forward to sharing great ideas here!

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Batterham's Electrical Switchboard Services & Trading Pty Ltd (BESST Pty Ltd). +61 (0)7 3170 6201 Level 36, Riparian Plaza, 71 Eagle Street, Brisbane. QLD 4000 Australia
  • Home
    • About Us
    • Contact Us
    • Blog >
      • Technical Bulletin
    • Engineering Projects >
      • Diesel Power Station Extension, Gove NT
      • Condamine Power Station, QLD
      • West Kimberley Power Project
      • Millennium Arts Project, Southbank
      • Andoom Power Station, Weipa QLD
  • Engineering
    • RPEQ
    • Power Generation >
      • Air-J1939
      • Air-EMCP
      • Powertrain Generator System
      • Remote Area Power Stations
      • Power Generation Systems
      • Type B Appliance
    • Electrical Engineering >
      • Power System Studies
      • FEED Studies
      • Cable Systems
      • Underground Transmission Lines
      • Substations
      • Panel Assembly
      • EEHA
    • DETAILED DESIGN & DRAFTING >
      • LNG Plants - Electrical Design
      • Switchgear Assemblies
      • Cable Installation Systems
      • System Automation
      • Substation Switch-Rooms
      • Electrical Drafting
  • Martechnic - Fuel, Lube & Hydraulic Oil Management
    • PORTABLE TEST EQUIPMENT >
      • KITS FOR HIRE
      • TWIN CHECK
      • WIO CHECK Water in Oil
      • MT TEST KIT VERIFIER
      • COMPATIBILITY & DENSITY CHECK
      • IRON CHECK
      • SPOT CHECK
      • VISCOSITY (GO / NO GO)
      • VISCO DENS PLUS
      • VISCO CYLINDER Standard / Low Viscosity
      • JUNG CHECK - Viscosity
      • AN (Acid Number) CHECK
      • SALT CHECK
      • SAMPLING KIT
      • INSOLUBLE-CHECK
      • FLASH POINT CHECK
    • TEST KITS >
      • ALWAVIS CHECK
      • LUBE OIL CHECK 5
      • LUBE OIL CHECK 6
      • LUBE OIL CHECK OS
      • FUEL & LUBE OIL TEST CABINET
    • SAMPLING >
      • DRIP SAMPLER PRESSURE-PLUS
      • SAMPLING BOTTLES
      • MT SAMPLE RETENTION SYSTEM
      • DRIP SAMPLER
    • STATIONARY SENSORS >
      • MT MODULAR MONITORING SYSTEM
      • AHHOI + MANIFOLD
      • AHHOI IR WATER IN-LINE
      • PARTICLE SENSOR
      • VISCOSITY SENSOR
      • HUMIDITY SENSOR STANDARD
      • HUMIDITY SENSOR PLUS
      • FE SENSOR
      • DATALOGGER
    • CLEANING >
      • ULTRASONIC CLEANING TANK
      • ULTRASONIC GENERATOR
      • ULTRASONIC CLEANING LIQUID