Powercor

VIC — Western Victoria and outer western Melbourne. 10 clause-level requirements, each mapped to a primary source.

At a glance

Network
Powercor
State
VIC
Connection portal
CitiPower/Powercor eConnect
Pre-approval
Required before install
Typical timeframe
5–15 business days
Static export limit
single-phase 5 kW; three-phase 5 kW per phase
Flexible exports
Up to 10 kW (scope not published: the source states neither a per-phase nor a whole-of-site figure) — CitiPower/Powercor flexible exports — Offered after a pre-approval returns a 0 kW export limit — CitiPower/Powercor: "Eligible customers will be offered a flexible exports connection after lodging a pre-approval and receiving a 0kW export limit." The alternative is a 0 kW static limit. No rollout schedule is published.
Zero export possible
Yes

Standard 5 kW/phase static. Rural western feeders can return lower or zero export. No per-phase inverter allowance is recorded: an earlier version of this note carried one with no Powercor source, and the live Powercor solar page states no per-phase or unit figure at all (2026-09-07).

Clause-level requirements

PC-PROC-01

Obtain Powercor pre-approval, then sign and upload the connection agreement in eConnect before installation.

Applies to: Powercor rooftop solar connection application and offer

Source: Powercor — Solar installers — accessed 2026-09-10

PC-PROC-02

Install an approved inverter and required export meter or communications gateway to the manufacturer's instructions, update to the latest firmware, connect it to reliable internet and configure Australia A under AS/NZS 4777.2:2020.

Applies to: Powercor rooftop solar inverter energy system installation

Source: Powercor — Solar installers — accessed 2026-09-10

PC-PROC-03

Register the inverter energy system in the manufacturer's app, then register or verify the installation against the pre-approved alteration in eConnect.

Applies to: Powercor rooftop solar inverter energy system registration

Source: Powercor — Installation and commissioning troubleshooting guide, July 2026 — accessed 2026-09-10

PC-PROC-04

Before the capability test, verify the export meter and current transformer, firmware, communications hardware, internet and utility server connection, and provide at least 500 W of generation; complete the connectivity, default export, control and final configuration tests.

Applies to: Powercor rooftop solar inverter energy system capability testing

Source: Powercor — Installation and commissioning troubleshooting guide, July 2026 — accessed 2026-09-10

PC-PROC-05

After successful capability testing, arrange the Licensed Electrical Inspector and submit the Certificate of Electrical Safety and required commissioning documents through eConnect; the approved export limit is activated only after Powercor validates the alteration paperwork.

Applies to: Powercor rooftop solar inverter energy system close-out

Source: Powercor — Installation and commissioning troubleshooting guide, July 2026 — accessed 2026-09-10

PC-STD-01

Use the applicable connection pathway and obtain Powercor approval for a micro embedded generation connection before connecting it to the low-voltage network.

Applies to: Powercor low-voltage micro embedded generation and rooftop solar connections

Source: Powercor — LV EG Network Access Standard CPPAL-ST-2008.1 — accessed 2026-09-10

PC-STD-02

Configure the approved export limit in the inverter energy system and verify it during commissioning; apply the limit at the point of supply across all phases.

Applies to: Powercor low-voltage inverter energy system export control

Source: Powercor — LV EG Network Access Standard CPPAL-ST-2008.1 — accessed 2026-09-10

PC-STD-03

Use an approved inverter that complies with the applicable Australian Standards, CEC listing and CSIP-AUS requirements for the connection pathway.

Applies to: Powercor low-voltage micro embedded generation inverter selection

Source: Powercor — LV EG Network Access Standard CPPAL-ST-2008.1 — accessed 2026-09-10

PC-STD-04

Configure Australia A protection settings and the Australia A default Volt-Watt, Volt-VAr and energy-storage charging response modes.

Applies to: Powercor low-voltage inverter energy system settings

Source: Powercor — LV EG Network Access Standard CPPAL-ST-2008.1 — accessed 2026-09-10

PC-STD-05

Connect the inverter energy system to the internet and Powercor utility server using CSIP-AUS, complete the required capability test and commissioning verification, then provide the Certificate of Electrical Safety to Powercor after completion.

Applies to: Powercor low-voltage inverter energy system communications and commissioning

Source: Powercor — LV EG Network Access Standard CPPAL-ST-2008.1 — accessed 2026-09-11

Where the sources disagree

Emergency backstop threshold unit — 200 kW or 200 kVA

Two Victorian government sources state the SAME threshold in DIFFERENT units, and the difference decides which backstop stage a large system falls in. DEECA's page — the regulator's own, and the source the clauses in this file carry — gives ≤200 kW, which is the figure this profile states and renders. Solar Victoria's installer training page, the one an installer is actually sent to, reads verbatim: "Rooftop solar installers will need to install new, upgrading or replacement solar systems (less than or equal to 200kVA) to comply with Victoria's emergency backstop requirements." That is the only occurrence of the figure on that page and it is kVA. kVA is apparent power and kW is real power: at 0.8 power factor 200 kVA is 160 kW, so a system between 160 and 200 kW is inside the mechanism under one reading and outside it under the other. FirstPass does NOT choose between them and has not changed the figure — the clause-sourced 200 kW stands, because a clause carries a source and the training page's sentence is prose. Found 2026-09-02 by reading the page the weekly source check flagged as changed, rather than accepting a new hash. Question to put to DEECA and to Solar Victoria: for the emergency backstop mechanism, is the ≤200 threshold measured in kW or in kVA, and which figure governs a system rated between 160 and 200 kW?

Generating capability test and LEI inspection sequence

Powercor's July 2026 guide places the Licensed Electrical Inspector after successful capability testing and requires at least 500 W of generation for that test. Victorian industry guidance says the inspection must be approved before the system generates and the inspector turns the system on. FirstPass cannot safely choose a sequence from those instructions. Do not perform a generating test until the responsible authority confirms the sequence in writing.

Sources

Generated from data/networks/powercor.json. Every requirement above links to the primary source it was read from, with the date it was read. Network requirements change — check the linked source before relying on any line of this page. This page is decision support for a licensed installer, not advice, and it is not published or endorsed by Powercor.

FirstPass — plan a job against current network guidance