Utilities (Technical Regulation) (Light Rail—Regulated Utility Service) Regulation 2016

This regulation, made under the Utilities (Technical Regulation) Act 2014 (UTRA), performs a single, structurally important task: it designates the supply of electricity from a light rail network as a regulated utility service (section 5). That designation triggers the full regulatory framework of the UTRA for whatever entity provides that service. Once the service is declared regulated, the provider automatically becomes a “regulated utility” under UTRA section 8 (as the note to section 5 confirms). The regulation also declares that the light rail network, and the infrastructure it consists of, is a regulated utility network for that service (section 6(1)). Section 6(2) then lists what constitutes that infrastructure: (a) a network to supply electricity to rolling stock and associated infrastructure, including rail tracks; (b) substations and facilities to supply and regulate power to the network; (c) any electrical zone related to the effect of stray current or the management of the effect of electrical current; and (d) any other thing ancillary to any other part of the infrastructure. Section 6(3) removes any doubt that rolling stock itself is not included in the definition. The regulation is extremely short - only four operative sections plus a dictionary - but its effect is to bring a transport utility’s electrical supply within the same technical regulation regime that applies to electricity distribution networks, gas pipelines, water and sewerage services. Without this designation, the UTRA would not automatically apply to a light rail network’s power supply because the parent Act defines regulated utility services by reference to regulations (UTRA s 9). The regulation therefore creates the jurisdictional hook. It was notified on 15 February 2016 and commenced on 16 February 2016 (see endnotes). It has not been amended since commencement. The practical consequence is that the ACT’s technical regulator (the Independent Competition and Regulatory Commission) can impose technical codes, safety obligations, reporting requirements and enforcement mechanisms on the light rail operator in respect of its electricity supply infrastructure. It is a classic example of a delegating instrument that sets no duties itself but activates a broader statutory scheme.

The central concept is regulated utility service. Under UTRA section 9, a service is a regulated utility service if it is declared to be one by regulation. This regulation (section 5) declares the supply of electricity from a light rail network to be such a service. That means the service is not the transport of passengers, nor the operation of trains, but the electrical supply function - a subtle but important distinction. Next is regulated utility network and infrastructure. Section 6(1) declares the light rail network (and the infrastructure it consists of) to be a regulated utility network for that service. The infrastructure is defined exhaustively in section 6(2), but note the inclusion of “any electrical zone related to the effect of stray current or the management of the effect of electrical current” (paragraph (c)). Stray current, particularly from DC traction systems, can accelerate corrosion on buried metallic structures - a recognised engineering problem. The regulation acknowledges this by bringing the management of such zones within the regulatory net. The example given in the regulation is cathodic protection, which is a technique to mitigate corrosion. The catch-all in paragraph (d) - “any other thing ancillary to any other part of the infrastructure” - gives the regulator scope to include items not expressly listed, as long as they are ancillary. Importantly, rolling stock is expressly excluded (section 6(3)), so the trains themselves are not part of the regulated utility network for the purposes of technical regulation under this instrument. The dictionary adopts definitions from the UTRA, including the definition of regulated utility service as set out in section 9 of that Act. The regulation uses the same terms as the parent Act (Note 3 of the dictionary). There is no separate definition of “light rail network” in this regulation; it is a term used in context, presumably referring to the physical network of tracks and power supply owned or operated by the light rail provider. The concept of regulated utility is not defined in this regulation but is triggered by UTRA section 8: a person who provides a regulated utility service is a regulated utility. Thus, the entity that supplies the electricity from the light rail network becomes a regulated utility, with all the duties and liabilities that status carries.

The primary entity affected is the person or organisation that provides the regulated utility service - that is, the entity that supplies electricity from the light rail network to rolling stock and associated infrastructure. In the ACT, that entity is the operator of the light rail system (originally Canberra Metro, now under a public-private partnership arrangement, but the regulation is entity-agnostic). That provider automatically becomes a regulated utility under UTRA section 8, and therefore must comply with the full suite of obligations under that Act: registration or licensing (if required), adherence to technical codes, reporting of incidents, provision of information to the regulator, and payment of fees and charges. The regulator directly affected is the Independent Competition and Regulatory Commission (ICRC), which administers the UTRA. The ICRC gains jurisdiction over the light rail’s electrical supply infrastructure - a function it did not have before this regulation was made. Customers and users of the light rail service are indirectly affected: the technical regulation is intended to ensure safety, reliability and quality of the electricity supply that powers the trains, but it does not create direct rights for passengers (such as a right to sue for delays caused by power failures). However, the regulatory framework may impose minimum performance standards that, if breached, could ultimately affect service quality. Third parties whose property or infrastructure may be affected by stray current - for example, owners of buried pipelines, telecommunications cables, or other metallic structures near the light rail corridor - are affected because the regulation brings stray current management zones within the regulatory net. Those third parties may have rights to seek compliance or to be consulted under technical codes. Contractors who design, build or maintain the electrical infrastructure (substations, cabling, rail tracks used for power return) are also affected: they must ensure their work meets technical standards that are enforceable against the regulated utility. Landowners adjacent to the network may be affected by the installation and maintenance of infrastructure such as substations or stray current monitoring equipment. The regulation does not impose direct obligations on any of these third parties, but the regulated utility’s compliance obligations can have practical spillover effects. Finally, the ACT Government as the owner of the network assets (or as the party that grants the concession) has an interest in ensuring the technical regulation framework operates effectively.

This regulation itself imposes no duties and grants no rights. Its function is declaration and definition. The duties and rights flow from the UTRA once the service is designated. The key duty of a regulated utility under the UTRA includes: (a) to hold a licence or registration if required by the technical regulator (UTRA s 15-17); (b) to comply with technical codes made under UTRA Part 4; (c) to provide information and reports as required by the regulator (UTRA Part 5); (d) to comply with any direction given by the regulator in relation to safety or reliability (UTRA s 44); and (e) to pay any regulatory fees or charges. The regulated utility also has a duty not to interfere with the network of another regulated utility without consent (UTRA s 39). On the rights side, the regulated utility has the right to be consulted before a technical code is made or amended (UTRA s 23). It may apply for an exemption from a requirement (if the UTRA provides for such). It also has a right to natural justice in enforcement proceedings: the regulator must give notice and an opportunity to be heard before issuing a compliance direction or imposing a penalty (see UTRA Part 6). The regulated utility has the right to operate its network in accordance with its licence and with technical codes - that is, the regulatory system provides a lawful basis for the supply of electricity. If the regulator acts beyond power, the utility may seek judicial review. For third parties, the regulation does not create any direct rights to complain or seek compensation, but the UTRA may allow a person affected by a contravention to bring proceedings for an injunction or to report the matter to the regulator. The duty of the regulator to enforce technical requirements indirectly benefits the public and adjacent landowners by reducing safety risks (e.g., from stray current causing corrosion to third-party infrastructure). However, there is no private right of action for breach of a statutory duty under the UTRA unless expressly provided (the regulation and the UTRA do not appear to provide one). Rights of appeal against regulatory decisions are set out in the UTRA (Part 7), allowing the regulated utility or an affected person to appeal to the ACT Civil and Administrative Tribunal.

The regulation itself creates no offences. Penalties arise from the UTRA, which this regulation activates. Under the UTRA, a contravention of a technical code can attract a penalty of up to 200 penalty units for an individual and 1,000 penalty units for a corporation (UTRA s 42; penalty unit values are set in the Legislation Act 2001 s 133: at republication date $150 for an individual, $750 for a corporation). Providing false or misleading information to the regulator is a separate offence (UTRA s 48). Failure to comply with a direction from the regulator is also an offence (UTRA s 44). The regulator may also issue infringement notices for certain non-compliance, imposing a monetary penalty without a court appearance. For more serious breaches, the regulator can seek a court order for a civil penalty, an injunction, or a remedial order (UTRA Part 6). The regulator has powers of entry, inspection and investigation (UTRA Part 5). The enforcement model is risk-based: the regulator can issue compliance directions, improvement notices, and emergency orders. Non-compliance with a direction may also be a basis for suspending or cancelling a licence (if one is held). The UTRA provides for the regulator to publish reports on compliance and enforcement. The regulation’s effect is to bring the light rail electricity supply within this enforcement jurisdiction. That means the light rail operator faces the same enforcement regime as a traditional electricity distributor. The maximum penalties are significant: for a corporation, 1,000 penalty units equals $750,000 per offence (at 2016 values). The regulator can also take enforcement action for continuing offences (additional daily penalties). The risk is that a failure to manage stray current effectively (for example) could result not only in damage to third-party infrastructure but also in regulatory penalties. The regulation does not create any defence or mitigation for the regulated utility; defences are set out in the UTRA, such as honest and reasonable mistake (UTRA s 49). The practical enforcement burden falls on the regulator to monitor compliance, which requires resources, expertise and inspection access. The ICRC’s enforcement record in other utility sectors suggests a cooperative approach before penalties are applied, but the power to penalise exists.

This regulation operates as a subordinate instrument under the Utilities (Technical Regulation) Act 2014. It must be read in conjunction with that parent Act, which sets out the overarching framework. The UTRA itself interacts with the Utilities Act 2000, which handles economic regulation (pricing, access) for utilities. The light rail service may also be subject to economic regulation under the Utilities Act 2000 if declared a “regulated utility service” for that Act, but this regulation deals only with technical regulation. The definition of “regulated utility service” in the UTRA is independent of the definition in the Utilities Act 2000. The regulation’s focus on stray current management (section 6(2)(c)) interacts with environmental protection laws: stray current can cause corrosion to underground metal structures, potentially leading to leaks from fuel pipelines or damage to telecommunications cables. The Environment Protection Act 1997 (ACT) may impose obligations on the light rail operator to prevent environmental harm. The Work Health and Safety Act 2011 (ACT) will also apply to the electrical safety of staff and contractors working on the network. The Electricity Safety Act 1971 (ACT) governs electrical installations and may overlap with the UTRA technical codes (the UTRA is meant to cover technical regulation for utility networks, while electricity safety laws cover general electrical work). The interaction may require the regulator to coordinate with the ACT’s electrical safety regulator. The regulation does not affect the operation of the Road Transport (Public Passenger Services) Act 2001 or the ACT’s light rail-specific legislation (e.g., the Light Rail (Canberra) Legislation Amendment Act 2015), except that the technical regulation of the power supply is separate from the regulation of public passenger services. Rolling stock is explicitly excluded (section 6(3)), so the safety and technical standards for the trams themselves are regulated under other laws (likely the Rail Safety National Law as applied in the ACT). The regulation also does not affect the law of nuisance or tort - a private landowner affected by stray current may still have a common law claim for damage, but the existence of a regulatory framework could influence the standard of care. The regulation is not intended to be exclusive; it operates alongside other laws. The UTRA section 7 provides that the Act is not intended to exclude or limit the operation of other laws. Therefore, the light rail operator must comply with multiple regulatory regimes simultaneously.

The regulation was made as SL2016-2, notified on the ACT legislation register on 15 February 2016. Section 1 (Name of regulation) and section 2 (Commencement) commenced on 15 February 2016. The remaining provisions (sections 3 to 6 and the dictionary) commenced on 16 February 2016. The regulation has never been amended. Section 2 was subsequently omitted by the Legislation Act 2001 section 89(4) as part of republication - a standard editorial change that removes spent commencement provisions. This is noted in the amendment history endnote. There have been no substantive amendments to sections 5 or 6. The regulation remains in its original form as of the republication date of 16 February 2016. The absence of amendment history may reflect that the light rail network has been in operation only since 2019, and the regulation has not yet needed updating. However, if the network is extended (e.g., to Woden or other suburbs), the regulation’s definition of “light rail network” may be considered broad enough to cover extensions as they are built, but there may be a need to update the list of infrastructure in section 6(2) if new types of electrical equipment are introduced. The regulation is a subordinate law that can be amended by ministerial regulation without amending the parent Act. Any future amendment would be gazetted and would appear in the amendment history of a future republication. The stability of this regulation since 2016 suggests that the drafter considered the definition broad enough to cover foreseeable changes. The stray current management zone definition (paragraph (c)) is deliberately flexible - “any electrical zone related to the effect of stray current” - which can accommodate different engineering approaches without amendment.

There is no recorded litigation involving this specific regulation. The instrument has not been challenged in the ACT courts or tribunals. The short reason is that it is a declaratory instrument that itself imposes no obligations; any legal challenge would likely be against the UTRA itself or against a regulatory decision taken under the UTRA (such as the making of a technical code, the imposition of a penalty, or a refusal of an exemption). The regulation would be a necessary element of such a challenge - a party could argue that the light rail electricity supply does not fall within the definition of “supply of electricity from a light rail network” and that therefore the regulation is ultra vires the parent Act. However, no such challenge has been reported. The ACT Civil and Administrative Tribunal may have heard disputes about technical codes or compliance directions that reference this regulation, but those decisions are not part of the public record cited in this regulation. Given the regulation’s narrow scope, the likelihood of a standalone challenge is low. The absence of litigation does not mean the regulation is uncontroversial; it may simply reflect that the regulated operator has complied, or that disputes have been resolved without a recorded decision. In other jurisdictions, similar technical regulation designations for light rail have been subject to disputes about the boundary between safety regulation and technical regulation, but there is no ACT case law on the point. Any future expansion of the light rail network, or a change in operator, could prompt a challenge if the regulator seeks to enforce technical codes that the operator considers unreasonable. For now, the litigation history is a blank slate.

Several subtle traps exist in this short regulation. First, the exclusion of rolling stock from infrastructure (section 6(3)) is a bright line: the trains themselves are not part of the regulated utility network. That means the technical regulator under the UTRA has no jurisdiction over the electrical systems on board the trams, even though they receive electricity from the network. Those on-board systems are governed by other laws (rail safety, electrical safety). But the interface - the point of connection between the network and the tram - is part of the network (since it is a network to supply electricity to rolling stock). A maintenance error at that point could fall into a regulatory gap. Second, the definition of “supply of electricity from a light rail network” in section 5 is not restricted to traction power. It could cover any electricity supplied from the network, such as power to station buildings, lighting, or signals, as long as it is from the network. This means the entire electrical distribution system forming part of the light rail project is swept into technical regulation. Third, “any electrical zone related to the effect of stray current” (section 6(2)(c)) is a geographically amorphous concept. It could encompass land beyond the rail corridor if stray current is detected there. The regulated utility may not own or control that land, yet become responsible for managing the effect there. That could impose obligations (e.g., monitoring, mitigation) on private property without a clear right of entry, unless the UTRA provides such rights. Fourth, the catch-all “any other thing ancillary to any other part of the infrastructure” in paragraph (d) gives the regulator wide discretion to deem a piece of equipment as part of the network. For example, a computer server that monitors power quality could be considered ancillary and therefore subject to technical codes. Fifth, the regulation does not define “light rail network”. The term is used but not defined in the regulation or the UTRA (the UTRA dictionary relies on the Legislation Act definitions; “light rail network” is not there). This could lead to disputes about what constitutes the network - does it include depot power supply? Does it include power supply to administrative offices? The prudent approach is to treat everything connected to the traction power system as potentially within the network. Sixth, the regulation has no transitional provisions, grandfathering, or exemptions for existing infrastructure. If the light rail operator upgrades part of the network, the new infrastructure is immediately subject to the regulation (and any applicable technical codes). Seventh, the regulation is silent on the relationship with the National Electricity Law or the National Electricity Rules. The light rail electricity supply may involve connection to the grid, which is already regulated under national energy laws. The ACT’s technical regulation of the light rail network could duplicate or conflict with network connection requirements. The regulation does not address such overlaps.

Compliance begins with the regulated utility identifying itself: any person who supplies electricity from a light rail network is a regulated utility and must notify the regulator if required (see UTRA registration obligations). The first step is to check whether the UTRA requires a licence or registration for the provision of this service. The ICRC typically prescribes these requirements. Assuming registration is needed, the operator must apply, pay any fee, and obtain a licence. Once licensed, the operator must prepare to comply with technical codes made under the UTRA. These codes are separate instruments that set out detailed standards for design, construction, operation, maintenance and safety of the network. The operator should review all current technical codes - particularly any that relate to electrical supply, railway electrical infrastructure, and stray current management. Compliance with technical codes is mandatory and enforceable. If no specific code for light rail electricity supply exists, the operator may need to propose a code to the regulator or seek an exemption. The operator should also implement a management system for stray current: monitoring, mitigation, and record-keeping. The regulation captures “any electrical zone related to the effect of stray current” - this could require the operator to model stray current flows and install monitoring equipment at likely points of interference with third-party infrastructure. The operator should establish a stray current management plan and coordinate with owners of buried metallic structures (pipelines, cables) in the corridor. The operator must also ensure that any “ancillary thing” (section 6(2)(d)) such as control systems, transformers, or switchgear meets applicable standards. Regular inspection and maintenance is essential. Reporting obligations under the UTRA must be met: incident reports, compliance reports, and information requests from the regulator. The operator should maintain a register of infrastructure assets included in the network. Given that rolling stock is excluded, the operator must ensure that the interface between network and rolling stock is clearly designated to avoid regulatory gaps. Workers and contractors must be trained in the relevant technical codes. The operator should seek legal advice on whether the connection to the grid creates dual regulation under national energy laws and whether the technical codes under the UTRA are consistent. If inconsistencies arise, the operator may need to apply for an exemption or seek a modification of codes. Finally, the operator should monitor any amendments to this regulation, because the list of infrastructure or the scope of the service could be expanded by future regulation without the operator’s consent. Compliance is not a one-off event; it is ongoing as the network ages and as technical standards evolve. The cost of compliance should be budgeted, including regulatory fees, training, monitoring equipment, and legal costs. Non-compliance carries the risk of significant penalties, so a proactive compliance program is strongly recommended.