Distribution businesses annually attest to the Minister for Energy and Resources. The attestation should include specific reference to, but not limited to: Capacity and capability to connect main streets and key community assets in areas at high risk of prolonged power outages to temporary generation within 12 hours of an event. Information on location of temporary generation sites, network connection points and key access routes should be included in Regional Emergency Management Planning Committees and Municipal Emergency Management Planning Committees.

Distribution businesses annually attest to the Minister for Energy and Resources. The attestation should include specific reference to, but not limited to: Review of emergency management practices including but not limited to review of risks and risk controls and testing of revised controls following all major events and exercises.

The Victorian Government to work with the Commonwealth Government and telecommunications carriers to ensure that there are appropriate arrangements, via existing services or alternatives, for communities to stay connected for 72 hours without network power supply.

Distribution businesses annually attest to the Minister for Energy and Resources. The attestation should include specific reference to, but not limited to: Capability and capacity to achieve effective management of events and timely restoration of customers.

The Victorian Government advocates for stronger telecommunications service reliability outcomes from the Australian Government, and associated telecommunications reviews.

Distribution businesses annually attest to the Minister for Energy and Resources. The attestation should include specific reference to, but not limited to: Processes to report timely and accurate information about status to restore services and confirm ‘safe’ infrastructure to emergency services and communities.

The Victorian Government and energy sector work with The Energy Charter #BetterTogether Life Support Customer Initiative to support and implement in Victoria a national approach to achieve better outcomes for life support customers that meets strong standards of consumer protection.

Distribution businesses annually attest to the Minister for Energy and Resources. The attestation should include specific reference to, but not limited to: Adoption and operation of State Emergency Management Priorities including ‘make safe’.

DEECA in conjunction with Emergency Management Victoria design and run a networkwide, multi-sector emergency exercise to test implementation of lessons learnt following the 13 February event and identify and remove barriers to effective coordination and response by September 2025

The Committee recommends that the Australian Government propose that the Infrastructure and Transport Senior Officials’ Committee, in consultation with Austroads and other relevant stakeholders, progress the development of national road infrastructure resilience guidelines to inform asset management and project investment.

Regular annual testing at 100% on a load bank needs to be scheduled into a maintenance schedule.

If the existing generator is capable of providing the current essential power requirements then the generator needs a major inspection and overhaul all items that may need to be replaced due to age and condition. This includes checking compression, oil pressure, coolant pumping and all other critical components and may actually require providing a temporary generator while the Hospital generator receives a major inspection and possible re build. A ball park figure to do this would be $50,000.00 plus cranage and transport to Detroit workshop probably another $10,000.00 then a temporary generator would need to be hired and installed which could run into $10’s of thousands of dollars depending on how long the engine was out of service. For the money that would be spent checking and rebuilding the existing engine it would be recommended to replace the generator with a new generator.

Due to the age of the generator, reliability and reparability risk due to age and the apparent under capacity of the generator it is recommend to replace the generator with a new generator and associated control system designed for the current load requirements and allowance for some future expansion.

A monthly testing regime needs to be developed that will allow the generator to be tested at full essential load capacity and to ensure that 4 hour monthly testing can be done every month.

Monthly test results need to be accurately recorded.

Carry out a detailed audit of the current Hospital essential loads to determine the current load requirements of the Hospital.

From the above assessment determine the existing generator load requirements and provide a new generator to meet those loads.

Accurate records need to be provided as to what is done for each service.

Prepare and carry out a testing regime and testing strategy and ensure testing of the generator is done every month for 4 hours over that month and under full Hospital load with test result recorded every 15 minutes.

Remove any loads that do not need to be on essential power.

Replacement of all original pipes and hoses not yet done.

Carry out regular load bank testing on the generator with a load bank large enough to fully load the generator to 110% which will clean out the engine and also identify whether the generator is capable of providing full load for a sustained length of time.

Conduct an assessment of the current essential loads and determine if there are loads that should not be on essential power.

Monthly and annual maintenance servicing needs to be scheduled for the generator to DPTI or CHSA schedule requirements.

Renegotiate the maintenance contract at the end of the current contract and have DPTI through AGFMA take on the maintenance contract.

Install UPS on traffic lights on main Central Business District (CBD) and arterial roads to allow an effective movement of traffic during a loss of power.

That the Attorney General’s Department consult with local government regarding potential for them to provide logistical support associated with backup power supply to SA Government Radio Network towers in the event of an emergency.

Review control system for the main generator normal/essential changeover system and ensure that it has effective backup/manual or redundant operations, and suitable testing facilities. The Essential board that supplies the main generator power to Blocks A, B, C (except theatres), D, E (except certain critical engineering plant) (MD-1-4P-10E), is a potential single point of failure of a significant portion of the emergency power system and as part of the Master Plan update should be considered as a priority.

Review all generator locations for arrangements for temporary generator installation, including design of modifications as required for electrical connections and spatial requirements at installation locations, to be documented in an emergency procedure.

Provide walls around critical electrical infrastructure within the main plant area to provide security and protection from catastrophic water system failures.

Improvements to installation to be implemented as follows: - Lighting within the generator enclosure and immediately adjacent to be emergency battery-backed type. - Improvements to the spatial layout within the main generator enclosure should be investigated, including allowance for the control panel door to open 180o (only 90o currently); moving the fuel pumps to a more accessible location, and ensuring clear access to the day tank for manual filling if required. - Improvements to communications facilities between critical areas, including fixed phone line connections between the main control room, main generator control panel in the P (energy) Building, and the generator enclosure, and allowing link to offsite specialist advice. - Where generator maintenance requires operations outdoors (not applicable to main generator, but applicable to others), a shelter over the relevant area should be provided to allow safe work during wet or hot weather. - Written emergency procedures to be prepared covering credible failure scenarios with step by step checklists and recommended actions.

Review generator installations details as noted in report and implement physical improvements where possible.

Add to generator test procedure a checklist at the end of testing which includes checking that all systems are back to normal positions and includes a requirement to leave the day tank full where there is a bulk tank/day tank arrangement.

As part of the electrical master plan update recommended above, a complete and consistent set of single line diagrams describing the electrical distribution network be prepared. Relevant diagrams to be laminated and displayed in the main substations. Labelling to all main electrical equipment be reviewed and updated in accordance with the final documents. 

A detailed review of the fuel control and BMS systems (for all generators) be carried out and actions taken to: 1) Ensure that the fuel alarm system is operational and properly calibrated, and ensure that the alarms are connected to the BMS. 2) Ensure that the BMS transmits these alarms effectively to the maintenance staff. 3) If this review demonstrates risk of fuel control systems not adequately reporting alarms, consider an independent day tank level switch to be installed in each generator fuel tank, directly connected to the BMS. 4) Consider the feasibility of adding a “fuel system not in auto” or “fuel system fault/fail safe watchdog” or “pre-alarm identifying that the generator is about to shut down without intervention” feature to current systems – subject to details of each individual generator system.

Generator dual redundant starter systems should be considered.

The electrical master plan for the site should be updated to include planning for the scheduled replacement or refurbishment of those parts of the infrastructure that have not been renewed in the last 10 years. This planning to consider other upgrades or plans for the FMC overall.

Telecommunications and Power Infrastructure
Noting the high reliance within the community on power and telecommunications
infrastructure, there would be benefit for Governments at both State and Federal level to
work with power providers and telecommunications companies to better define disaster
response and recovery responsibilities, and to identify options for increasing redundancies in
networks in order to improve surety of service

Planning for Access to Potentially Isolated Communities
The challenges faced by Dungog Council in resolving the Torryburn access issue resulted in
extended delays that impacted adversely on the Torryburn community. The issue arose
because the community is accessed by a single access route. The challenges faced by Dungog
Council could well be experienced again in future events for similar communities with single
means of access. Emergency access options for such communities, including alternate routes
or transport means to be utilised in an emergency, should be considered in local emergency
plans. In addition, the criteria, likely requirement for, and means of re-supply during the
recovery phase should be clarified.