Victoria Live register data

VEU: Commercial HPWH 44 [VEEC]

Every commercial heat pump water heater system on the VEU Register of Products, with the VEECs it creates under Activity 44. Switch between replacing gas, replacing electric and a new install, filter by system size, and see the refrigerant credit each model carries.

Systems are registered against a commercial peak load, so the largest numbers here simply belong to the largest systems. Use the peak load filter to compare systems of a similar size.

What does the heat pump replace?

Decommission an existing gas water heater or boiler serving a commercial building.

Brands

Postcode

Sets your zone and network region.

VEEC price ($)

EnergyAE reference price.

Storage tank

Peak load (MJ/day)

Show dollar valueInclude end-dated models

Existing system capacity (kW)

New heat pump capacity (kW)

Where the new heat pump is larger than the system it replaces, both schemes scale the certificates by existing ÷ new. Leave blank to assume matched capacity. The register does not publish each model’s rated capacity, so this applies to every row equally.

Metropolitan and regional installations claim the same number of VEECs under the current specifications.

EnergyAE reference VEEC price, reviewed 2026-07-07 (live market feed unavailable). Edit to model a different price.

Models listed

150

of 150 on this board

Brands

7 registered

Melbourne (Z4) range

21 to 2,138

Median 414 VEECs

Median value at $85/VEEC

$35k

Per installation, replace gas

How the register is spread in Melbourne (Z4)

every registered model

Scroll the table sideways to see every zone.

#
1	2,138	1,763	12,307
2	1,927	1,781	8,900
3	1,917	1,667	8,865
4	1,915	—	13,468
5	1,855	1,669	8,584
6	1,700	1,498	7,995
7	1,665	1,477	7,663
8	1,615	1,416	7,462
9	1,559	1,415	7,236
10	1,464	1,389	7,236
11	1,453	1,291	6,689
12	1,317	1,189	8,095
13	1,316	1,124	7,501
14	1,302	1,188	7,120
15	1,258	1,157	7,486
16	1,227	1,103	7,469
17	1,218	1,105	5,707
18	1,187	1,093	5,452
19	1,163	1,063	7,317
20	1,151	1,047	6,354
21	1,111	980	5,142
22	1,102	993	5,113
23	1,098	978	5,131
24	1,094	968	5,400
25	1,069	971	6,428
26	1,065	—	7,465
27	1,065	922	5,286
28	1,031	926	4,798
29	1,020	930	4,793
30	979	—	6,811
31	970	758	6,231
32	923	830	5,120
33	914	811	5,737
34	905	—	6,241
35	903	792	4,176
36	863	776	5,597
37	858	778	4,029
38	827	716	3,843
39	826	—	5,590
40	825	—	5,864
41	825	600	4,815
42	800	—	5,695
43	792	712	3,681
44	788	—	5,474
45	780	695	4,785
46	779	—	5,521
47	766	676	5,118
48	728	587	4,807
49	727	671	4,014
50	706	632	4,385
51	680	562	3,949
52	633	573	2,960
53	629	552	3,410
54	618	—	4,212
55	590	529	2,748
56	587	520	2,710
57	586	522	3,823
58	575	532	3,613
59	552	513	3,414
60	548	441	3,620
61	531	—	3,715
62	524	460	2,839
63	523	477	2,966
64	503	456	2,799
65	488	445	3,158
66	454	320	2,650
67	452	318	2,650
68	449	399	2,508
69	449	301	2,680
70	449	301	2,680
71	444	335	2,630
72	444	335	2,630
73	421	382	2,503
74	419	368	2,272
75	414	365	2,710
76	413	—	2,935
77	402	388	1,889
78	397	288	2,865
79	393	—	2,729
80	386	—	2,657
81	386	346	2,470
82	383	—	2,598
83	366	318	2,255
84	359	—	2,443
85	342	308	2,148
86	340	306	1,577
87	333	296	2,088
88	329	314	1,518
89	314	276	1,705
90	313	287	1,445
91	287	—	1,941
92	275	249	1,295
93	234	183	1,400
94	234	181	1,400
95	225	148	1,330
96	223	148	1,320
97	219	147	1,310
98	219	142	1,310
99	210	184	1,136
100	204	151	1,319

Showing 100 of 150

Every figure is computed from the VEU Register of Products, snapshot 2026-10-07, read again on each site build (2026-10-13). Certificates are created per zone against the one climate zone an installation sits in, so the zone columns are alternatives and there is no total to read across them. Sort by the zone you are installing in.

How these numbers are calculated

Equations 44.1 to 44.3 of the VEU Specifications 2018 v25.0. RefElec = 365 × 0.905 × 1.05 × CPL ÷ 1000, then the activity’s reference term less GEF × HPgas less EEFm × HPelec ÷ 3.6, all × CapacityFactor × LoadFactor × Lifetime, plus the refrigerant credit.

Constants: GEF 0.05523, EEFm 0.393, replaced-system efficiency 0.788, new-system efficiency 0.85, refrigerant factor 5 × 10⁻⁴ against a 1430 GWP baseline.

The LoadFactor is 42 × N ÷ ComPeakLoad, capped at 1, wherever average heat pump capacity (total capacity ÷ number of heat pumps) is below 10 kW, and it applies to all three activities. It is applied to every model whose register row publishes a heat pump thermal capacity and heat pump count, and skipped on any row that does not, which is disclosed against that row. Where it bites it is large: systems built from several small heat pumps on one tank can earn under a fifth of what their modelling alone suggests.

Lifetime is 15 years where a new storage tank is installed and 10 where the existing tank is reused. CapacityFactor applies to the two replacement activities only: 1 where the new heat pump is no larger than the system it replaces, otherwise existing ÷ new.

Products are listed under the brand and model number they carry on the register, which is not always the name a product is sold under. Source: VEU Register of Products.

These are estimates for comparison and business-case purposes. A lodged claim depends on the installation, its climate zone, the product’s eligibility on the day the certificates are created, and the scheme rules then in force.

Your product is not on the register yet

Getting a heat pump water heater onto these registers means AS/NZS 4234 modelling, AS/NZS 2712 certification and a scheme application. We run that process end to end for manufacturers and importers.

Request a quote

Your product is listed and the figures look wrong

A registered figure reflects the system as it was modelled and declared, including its control settings and tank configuration. If it does not match how the unit is built or sold, it needs looking at.

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