---
title: "Table C1 Maximum Demand Calculator: Single and Multiple Domestic Installations to AS/NZS 3000:2018"
url: "https://scaleset.com.au/calculator/c1"
description: "Free AS/NZS 3000 Table C1 maximum demand calculator for houses and blocks of units: load groups (a) to (m), automatic column selection and EV charging."
updated: "2026-10-13"
standards:
  - "AS/NZS 3000:2018 (Wiring Rules: Clause 2.2.2 determination of maximum demand by calculation, assessment, measurement or limitation)"
  - "AS/NZS 3000:2018 Appendix C Table C1 (Maximum demand: single and multiple domestic electrical installations, load groups (a) to (m), Columns 2 to 5)"
  - "AS/NZS 3000:2018 Appendix C Paragraph C2.4.1 and Table C2 (assessment of lift motors referenced from Table C1 load group (k))"
  - "National Construction Code (NCC) electric vehicle charging load allowances, offered as an alternative EV assessment method"
author: "Wisam Tozah (B.Eng (Electrical), MIEAust, CPEng, NER, NSW DBP, NSW PRE, APEC, IntPE(Aus))"
site: "ScaleSet"
license: "https://scaleset.com.au/terms"
usage: "Cite and link. Do not reproduce or train on this content."
---

# Table C1 Maximum Demand Calculator: Single and Multiple Domestic Installations to AS/NZS 3000:2018

Source: https://scaleset.com.au/calculator/c1

Free, browser-based maximum demand calculator implementing AS/NZS 3000:2018 Appendix C Table C1: the deemed-to-comply method for single domestic electrical installations and blocks of living units. It works through all thirteen AS/NZS 3000 Table C1 load groups: (a) lighting including outdoor lighting over 1000 W, (b) socket-outlets not exceeding 10 A with the additional allowances for 15 A and 20 A outlets, (c) ranges, cooking appliances and laundry equipment, (d) fixed space heating, air conditioning and saunas, (e) instantaneous water heaters, (f) storage water heaters, (g) spa and swimming pool heaters, and for blocks of units the communal groups (h) lighting, (i) socket-outlets, (j) appliances over 10 A including electric vehicle charging, (k) lifts, (l) motors and (m) other appliances such as kilns and welders, assessed where over 5 A in a dwelling or 10 A on the communal side. The AS/NZS 3000 Table C1 assessment column is selected automatically from the living units on the heaviest phase (Column 2 for a single domestic installation or one unit per phase, Column 3 for 2 to 5, Column 4 for 6 to 20 and Column 5 for 21 or more), because the table is read per phase, not per development. EV charging can be assessed under AS/NZS 3000 Table C1 group (j)(iv) (full connected load for a single dwelling, then 100%, 90% or 75% by column) or under the NCC load-allowance method by building class. Mixed-use developments can add a non-domestic portion by floor area in VA/m². The result is a demand in amperes per phase with a line-by-line breakdown showing every load group, its input, the expression applied and its contribution, exportable as a PDF report for the design submission (downloading it needs a free account; your own logo and accent colour on it are Pro).

The ScaleSet AS/NZS 3000 Table C1 Calculator computes the maximum demand of a single domestic electrical installation or a block of living units under AS/NZS 3000:2018 Appendix C Table C1, in amperes per phase, for sizing consumer mains and submains. It applies the AS/NZS 3000 Table C1 load groups (a) to (m) and selects the assessment column (2, 3, 4 or 5) from the number of living units per phase. It is a free browser-based engineering tool; it does not impose a minimum consumer mains current, which is set by the local electricity distributor's service and installation rules rather than by AS/NZS 3000.

## Key facts

- AS/NZS 3000 Table C1 has four demand columns, chosen by the number of living units ON THE HEAVIEST PHASE: Column 2 (a single domestic installation, or one living unit per phase), Column 3 (2 to 5 units per phase), Column 4 (6 to 20 units per phase) and Column 5 (21 or more units per phase).
- Living units per phase = total units ÷ number of phases, rounded up. Twenty units across three phases is 7 units per phase, so Column 4 applies: not Column 5.
- Every load group (a) to (m) carries its own diversity expression. There is no single blanket diversity factor in AS/NZS 3000 Table C1.
- Column 2 assesses lighting at 3 A for the first 1 to 20 points plus 2 A per additional 20 points, socket-outlets at 10 A for the first 1 to 20 points plus 5 A per additional 20 points, cooking and laundry at 50% of connected load, fixed heating or air conditioning at 75%, instantaneous water heaters at 33.3% and storage water heaters at full load current.
- EV charging sits in load group (j)(iv): full connected load for a single domestic installation, then 100% (Column 3), 90% (Column 4) and 75% (Column 5) of connected load.
- On a three-phase supply the calculator takes loads entered in watts as balanced over the three phases. A single-phase load draws its full 230 V current on one phase, so a dwelling whose large loads are single-phase is assessed one phase at a time, as AS/NZS 3000 Appendix C does, and the heaviest phase governs.

## Who this page is for

Electrical engineers, designers, estimators and licensed electricians sizing consumer mains and submains for houses, duplexes, townhouses, apartment blocks and mixed-use residential developments in Australia and New Zealand, and apprentices learning the AS/NZS 3000 Appendix C maximum demand method.

## Relevant standards

- AS/NZS 3000:2018 (Wiring Rules: Clause 2.2.2 determination of maximum demand by calculation, assessment, measurement or limitation)
- AS/NZS 3000:2018 Appendix C Table C1 (Maximum demand: single and multiple domestic electrical installations, load groups (a) to (m), Columns 2 to 5)
- AS/NZS 3000:2018 Appendix C Paragraph C2.4.1 and Table C2 (assessment of lift motors referenced from Table C1 load group (k))
- National Construction Code (NCC) electric vehicle charging load allowances, offered as an alternative EV assessment method

## What this tool does

- Implements all thirteen AS/NZS 3000:2018 Table C1 load groups: (a) lighting, (b) socket-outlets, (c) ranges, cooking and laundry, (d) fixed heating, air conditioning and saunas, (e) instantaneous water heaters, (f) storage water heaters, (g) spa and pool heaters, (h) to (j) communal lighting, socket-outlets and appliances, (k) lifts, (l) motors and (m) other appliances by assessment (over 5 A in a dwelling, over 10 A communal).
- Selects the AS/NZS 3000 Table C1 assessment column from the living units on the heaviest phase, not the total unit count (a 20-unit block on three phases is 7 units per phase, so Column 4 applies), and shows the column it used alongside the result.
- Applies the Column 2 point-based assessments exactly as published: lighting at 3 A for the first 1 to 20 points plus 2 A per additional 20, socket-outlets at 10 A for the first 1 to 20 points plus 5 A per additional 20, with 10 A added for 15 A outlets or 15 A for 20 A outlets.
- Applies the Column 3, 4 and 5 per-unit expressions for blocks of living units: lighting at 6 A, 5 A + 0.25 A per unit or 0.5 A per unit; socket-outlets at 10 A + 5 A, 15 A + 3.75 A or 50 A + 1.9 A per unit; cooking at a fixed 15 A or 2.8 A per unit.
- Assesses electric vehicle charging under AS/NZS 3000 Table C1 group (j)(iv) (full connected load for a single domestic installation, then 100%, 90% or 75% of connected load by column), or under the NCC load-allowance method by building class (Class 2, Classes 5 and 6, Class 3, and Classes 7b, 8 and 9).
- Handles all-electric and gas hot water dwellings, takes a cooktop as cooking equipment in group (c), and accepts per-unit or whole-of-site entry for heating and air conditioning and for spa and pool loads.
- Adds a non-domestic portion by floor area in VA/m² so a mixed-use consumer mains can be assessed in one calculation, with communal loads listed separately from the dwellings demand.
- Shows a line-by-line breakdown giving each load group, its input value, the expression applied and its contribution in amperes, plus optional overall diversity and spare capacity as their own lines so the raw AS/NZS 3000 Appendix C figure stays visible.
- Exports a PDF maximum demand report with full project metadata, ready for the design submission and compliance record (downloading it needs a free account; your own logo and accent colour on it are Pro).
- Built and reviewed by a Chartered Professional Engineer (CPEng, NER, NSW DBP, NSW PRE, APEC, IntPE Aus): see the Verification page for the testing and review process.

## How to calculate maximum demand using AS/NZS 3000 Table C1

1. **Enter the number of living units and the phase configuration** — Enter 1 for a single dwelling, or the actual unit count for a block. Set single-phase or three-phase. The calculator divides the units across the phases and rounds up to get the living units per phase, which is what selects the AS/NZS 3000 Table C1 column (Column 2, 3, 4 or 5).
2. **Turn on the load groups that apply** — Enable the AS/NZS 3000 Table C1 load groups present in the installation: (a) lighting, (b) socket-outlets, (c) ranges, cooking appliances and laundry equipment (an induction cooktop included), (d) fixed heating and air conditioning, (e) instantaneous water heaters, (f) storage water heaters and (g) spa and pool heaters.
3. **Enter the connected load for each group** — Lighting and socket-outlets are entered as point counts; cooking, heating, air conditioning and water heating are entered in watts. Enter the connected load, not an already-diversified figure: the table applies the diversity.
4. **Add communal and non-domestic loads for a block of units** — For blocks of living units add the communal groups: (h) communal lighting, (i) communal socket-outlets, (j) communal appliances including EV charging, (k) lifts, (l) motors and (m) other appliances over 10 A. Any non-domestic portion can be entered as a floor area with a VA/m² density.
5. **Choose the EV charging assessment method** — Select the AS/NZS 3000 Table C1 (j)(iv) assessment (full connected load for a single dwelling, then 100%, 90% or 75% by column), or the NCC method, which assesses charging spaces by building class.
6. **Review the breakdown and check against the distributor rules** — The result shows the total demand in amperes per phase, the AS/NZS 3000 Table C1 column applied and each load group's contribution with the expression used. Compare the figure against your DNSP's minimum consumer mains requirements before sizing the cable.
7. **Export the PDF report** — Fill in the project metadata and export the report (a free account to download). It lists every load group applied, its AS/NZS 3000 Table C1 reference and the calculation expression, ready for the design submission package.

## AS/NZS 3000:2018 Table C1: maximum demand for single and multiple domestic installations

### What AS/NZS 3000 Table C1 covers

AS/NZS 3000:2018 Appendix C Table C1 ("Maximum demand: single and multiple domestic electrical installations") is the deemed-to-comply calculation method for consumer mains and submains serving a single dwelling (a house or an individual unit) and for blocks of living units: apartments, townhouses and unit developments.

The table is laid out as load groups (a) to (m) down the side and four demand columns across the top. Column 1 names the load group. Column 2 gives the assessment for a single domestic electrical installation or an individual living unit per phase. Columns 3, 4 and 5 give the assessment for blocks of 2 to 5, 6 to 20, and 21 or more living units per phase respectively. Every expression resolves to a current in amperes per phase, and the column total is the maximum demand.

The load groups split into loads associated with individual units ((a) lighting, (b) socket-outlets not exceeding 10 A, (c) ranges, cooking appliances and laundry equipment, (d) fixed space heating, air conditioning and saunas, (e) instantaneous water heaters, (f) storage water heaters, (g) spa and swimming pool heaters), and loading not associated with individual units: (h) communal lighting, (i) communal socket-outlets, (j) communal appliances rated over 10 A including (j)(iv) electric vehicle charging equipment, (k) lifts, (l) motors and (m) other appliances such as pottery kilns, welding machines and X-ray equipment, by assessment where the connected load is over 5 A in a dwelling or over 10 A on the communal side.

### The column is chosen per phase, not per building

The single most common AS/NZS 3000 Table C1 error is reading the column off the total number of dwellings. The column headings are explicit: they are living units PER PHASE. A twenty-unit block on a three-phase supply has ceil(20 ÷ 3) = 7 living units on the heaviest phase, so Column 4 (6 to 20 units per phase) applies: not Column 5.

The ScaleSet Table C1 calculator derives the units-per-phase figure from the unit count and the phase configuration you enter, then shows which column it selected (for example "Col 4 (6-20 units)") alongside the result, so the column choice is auditable rather than assumed.

### How the diversity actually works, group by group

Diversity in AS/NZS 3000 Table C1 is built into each row rather than applied as one factor at the end. For a single domestic installation (Column 2), lighting is assessed at 3 A for the first 1 to 20 points plus 2 A for each additional 20 points or part thereof; socket-outlets not exceeding 10 A at 10 A for the first 1 to 20 points plus 5 A for each additional 20 points; ranges, cooking appliances and laundry equipment at 50% of connected load; fixed space heating, air conditioning and saunas at 75% of connected load; instantaneous water heaters at 33.3% of connected load; and storage water heaters at full-load current. An installation that includes one or more 15 A socket-outlets adds 10 A; one that includes 20 A socket-outlets adds 15 A.

The block-of-units columns replace the points-based rows with per-unit currents. Lighting becomes a fixed 6 A (Column 3), 5 A + 0.25 A per living unit (Column 4) or 0.5 A per living unit (Column 5). Socket-outlets become 10 A + 5 A per unit, 15 A + 3.75 A per unit, or 50 A + 1.9 A per unit. Ranges and cooking become a fixed 15 A (Column 3) or 2.8 A per living unit (Columns 4 and 5). Spa and swimming pool heaters are assessed the same way in every column: 75% of the largest spa, plus 75% of the largest swimming pool, plus 25% of the remainder.

Outdoor lighting exceeding a total of 1000 W is a separate row, (a)(ii), assessed at 75% of connected load for a single domestic installation. For blocks of living units AS/NZS 3000 Table C1 records no assessment for that row, and the ScaleSet calculator applies it only where a single unit sits on the phase.

### EV charging, communal loads and the mixed-use case

Electric vehicle charging equipment is load group (j)(iv). For a single domestic electrical installation it is the full connected load; for blocks of living units it is 100% of connected load in Column 3, 90% in Column 4 and 75% in Column 5. The ScaleSet calculator offers this AS/NZS 3000 assessment and, as an alternative, the NCC load-allowance method, which assesses charging spaces by building class (Class 2 at 100% × 1.5 kW, Classes 5 and 6 at 10% × 1.5 kW, Class 3 at 20% × 6.0 kW, and Classes 7b, 8 and 9 at 20% × 1.5 kW).

Communal loads on a block of units (communal lighting at full connected load, communal socket-outlets at 2 A per point up to 15 A, communal clothes dryers and water heaters at 50%, communal fixed heating and air conditioning at 75%, lifts under AS/NZS 3000 Paragraph C2.4.1 and Table C2, and motors) are assessed against the phase rather than per unit, and the calculator lists them separately in the breakdown so the dwellings demand and the common-services demand stay distinguishable.

Where a development mixes domestic and non-domestic occupancy, the non-domestic portion is assessed under AS/NZS 3000 Table C2 or the Table C3 energy demand method and added at the main switchboard. The ScaleSet Table C1 calculator includes a non-domestic area input (VA/m² by area) so a mixed-use consumer mains can be assessed in one place.

### What the calculator does and does not do

The calculator returns the AS/NZS 3000 Appendix C assessed demand in amperes per phase, with a line-by-line breakdown showing the load group, the input value, the expression applied and the resulting current: the same content that goes into the exported PDF report. An optional overall diversity factor and a spare-capacity percentage can be applied on top of the AS/NZS 3000 Table C1 result where the design brief calls for them.

It does not impose a minimum consumer mains current. AS/NZS 3000:2018 Clause 2.2.2 sets out the four permitted ways to determine maximum demand (calculation, assessment, measurement and limitation), and does not specify a numeric floor. Minimum consumer mains sizes are set by the local distributor's service and installation rules, so check the calculated result against your DNSP's requirements before selecting the cable.

## Key terms

- **Maximum demand** — The greatest current a circuit or installation is expected to carry under normal operating conditions. It sets the size of the consumer mains, submains and their protective devices, and is not the sum of the connected load.
- **AS/NZS 3000 Table C1** — The AS/NZS 3000:2018 Appendix C table giving the deemed-to-comply maximum demand method for single domestic installations and blocks of living units, assessed by load group.
- **Living unit** — A self-contained dwelling within an installation. The count of living units on the most heavily loaded phase selects the AS/NZS 3000 Table C1 assessment column, so the table is read per phase rather than per development.
- **Load group** — One of the thirteen categories AS/NZS 3000 Table C1 divides a domestic installation into (lighting, socket-outlets, ranges, space heating, water heating and so on). Each has its own allowance expression, and the demand is the sum of the groups.
- **Diversity** — The allowance made for the fact that not every load runs at full rating simultaneously. In AS/NZS 3000 Appendix C it is built into the table expressions themselves rather than applied as a separate factor.
- **Consumer mains** — The conductors between the point of supply and the main switchboard. Their size follows directly from the maximum demand, which is why the demand calculation comes first on most jobs.

## Frequently asked questions

### What is AS/NZS 3000 Table C1 used for?

Table C1 of AS/NZS 3000:2018 Appendix C is the tabulated method for calculating the maximum demand of single and multiple domestic electrical installations (a house, an individual unit, or a block of living units), so consumer mains and submains can be sized. It covers lighting, socket-outlets, cooking and laundry, fixed heating and air conditioning, instantaneous and storage water heating, spa and pool heating, and the communal lighting, appliances, EV charging, lifts and motors that serve a block.

### How do I calculate maximum demand for a house with AS/NZS 3000 Table C1?

Use Column 2 of AS/NZS 3000 Table C1: assess each load group, add the results, and the total in amps on the heaviest phase is the maximum demand the consumer mains are sized for. Lighting (a)(i) is 3 A for 1 to 20 points plus 2 A for each further 20 or part of 20, and outdoor lighting over 1000 W in total (a)(ii) is 75% of connected load. Socket-outlets up to 10 A (b)(i) are 10 A for 1 to 20 points plus 5 A for each further 20; one or more 15 A outlets add 10 A, one or more 20 A outlets add 15 A, and where both are installed Note 10 sets the increase at 15 A. Ranges, cooking and laundry equipment (c) count at 50% of connected load, fixed heating and air conditioning (d) at 75% (Note 11 counts only the larger of the heating and the cooling system), instantaneous water heaters (e) at 33.3%, storage water heaters (f) at full-load current, and spa and pool heaters (g) at 75% of the largest spa plus 75% of the largest pool plus 25% of the rest. An EV charger (j)(iv) is its full connected load. The calculator applies every row and shows each line.

### How do I add an EV charger to a AS/NZS 3000 Table C1 maximum demand calculation?

Add it under load group (j)(iv). A single house counts the charger at its full connected load, so a 7 kW single-phase charger adds about 30 A (7000 W ÷ 230 V); AS/NZS 3000 Appendix P Paragraph P2 says the same, taking each connecting point at its full rated current and all of them at once. In a block of units the connected charging load is taken at 100% for 2 to 5 living units per phase, 90% for 6 to 20 and 75% for 21 or more. The calculator also offers the NCC 2022 method, which builds the allowance from car parking spaces by building class: Class 2 at 100% of spaces × 1.5 kW, Class 5 and 6 at 10% × 1.5 kW, Class 3 at 20% × 6 kW, and Class 7b, 8 and 9 at 20% × 1.5 kW.

### Does AS/NZS 3000 Table C1 Column 2 apply to a single house?

Yes. Column 2 of AS/NZS 3000 Table C1 is headed "Single domestic electrical installation or individual living unit per phase", so it is the correct assessment for a single house as well as for an individual unit. AS/NZS 3000 itself does not set a minimum consumer mains current; minimum sizes come from the local distributor's service and installation rules.

### How are single-phase loads treated on a three-phase supply?

AS/NZS 3000 Table C1 is read per phase, and AS/NZS 3000 Appendix C works a three-phase dwelling by allocating each load to a phase, assessing each phase on its own and taking the heaviest. A 3600 W water heater on one phase draws 15.7 A on that phase, not a third of it. In three-phase mode this calculator takes loads entered in watts as balanced over the three phases, which is right for three-phase equipment. Where a dwelling's large loads are single-phase, run it on single-phase once for each phase's loads and take the heaviest phase as the maximum demand. In a block of units each unit's loads are already counted on its own phase at 230 V; whole-site and communal loads entered in watts are taken as balanced.

### Which AS/NZS 3000 Table C1 column applies to a block of units?

The column is selected by the number of living units on the heaviest phase, not the total number of units: Note 2 to AS/NZS 3000 Table C1 divides the units by the supply phases. Column 3 covers 2 to 5 living units per phase, Column 4 covers 6 to 20, and Column 5 covers 21 or more. A 20-unit block on a three-phase supply has 7 units on the heaviest phase, so Column 4 applies. Where only some units have an electric range, the ranges are divided over the phases the same way (Note 3), and the calculator takes that number separately.

### How are communal loads assessed in a block of units under AS/NZS 3000 Table C1?

Communal loads have their own AS/NZS 3000 Table C1 groups, assessed on the heaviest phase and added to the units' total. Communal lighting (h) is full connected load. Communal socket-outlets and permanently connected equipment up to 10 A (i) are 2 A per point, up to a maximum of 15 A. Communal appliances over 10 A (j) are 50% of connected load for clothes dryers, water heaters and washing machines, 75% for heating, air conditioning and saunas, 75% of the largest spa plus 75% of the largest pool plus 25% of the rest for spa and pool heaters, and 100%, 90% or 75% for EV charging by column. Lifts (k) follow AS/NZS 3000 Paragraph C2.4.1 and Table C2: 125% of the largest lift motor, 75% of the next and 50% of the rest. Motors (l) follow AS/NZS 3000 Table C2 Column 2: the largest at full load plus 50% of the rest. Any other communal load over 10 A (m) is by assessment, and 10 A or less needs none. Socket-outlets in communal areas but wired from a unit stay in that unit's group (b) (Note 14).

### AS/NZS 3000 Table C1 or Table C2: which applies to a mixed-use building?

Both, each to its own part. AS/NZS 3000 Table C1 covers the dwellings and the communal loads that serve them; the shops, offices or other non-domestic tenancies go under AS/NZS 3000 Table C2, or the Table C3 energy demand method while the fit-out is unknown, and the results are added at the main switchboard. The two tables pick their columns differently: AS/NZS 3000 Table C1 by the number of living units per phase, Table C2 by occupancy. For a block of units the ScaleSet C1 calculator also accepts a non-domestic area in VA/m², so a mixed-use consumer mains can be assessed in one calculation.

### Does a double power point count as one or two points in AS/NZS 3000 Table C1?

Two. Note 8 to AS/NZS 3000 Table C1 treats a multiple combination socket-outlet as the same number of points as it has integral socket-outlets, so a double is two points in group (b)(i). Each permanently connected item not exceeding 10 A (a rangehood, a garage door motor) counts as one more point under Note 9, and one rated at 150 W or less (an exhaust fan) may be counted as a lighting point instead under Note 5. A 15 A or 20 A socket-outlet adds a flat 10 A or 15 A to the group (b) base loading under Note 10, and 15 A where both are installed.

### What is the typical maximum demand for a house in Australia?

It depends on what is electric, and a worked AS/NZS 3000 Table C1 Column 2 example shows the scale. An all-electric house with 30 lighting points, 34 socket-outlet points, a 9.6 kW cooktop and oven, a 5.3 kW reverse-cycle air conditioner and a 3.6 kW storage water heater comes to 73.8 A single-phase: lighting 5 A, socket-outlets 15 A, cooking 20.9 A at 50%, air conditioning 17.3 A at 75% and the water heater 15.7 A at full load. With gas cooking and gas hot water the same house is 37.3 A. A 7 kW EV charger adds 30.4 A at full connected load, taking the all-electric house to 104.2 A. The calculator shows every row so the figure can be defended.

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Methods built and reviewed by Wisam Tozah (CPEng, NER, MIEAust), Sydney, Australia. How the methods are tested and reviewed: https://scaleset.com.au/verification. ScaleSet is a design aid: your inputs and results are not reviewed or certified, and responsibility for the design stays with the engineer who issues it. Profile: https://scaleset.com.au/creator.

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