c/kWh
Total capacity
452 L
452 L freezer
Energy rating
3.5
Star rating index 3.63
Annual electricity use
339 kWh
Label figure (comparative energy consumption)
Estimated running cost
$112 / year
$9.32 / month ยท $1,119 over 10 years

About the same electricity as the median of 23 comparable 350โ€“499 L upright freezer registrations (339 kWh a year). It uses less than 48% of them.

Uses 45% less than the maximum allowed for its size and type under the minimum energy performance standard (617 kWh a year MEPS level).

Cost = label kWh ร— 33c/kWh in NZD; change the price above to your tariff.

How efficient is it for its size?

kWh per year. Bar: the middle 80% of 23 comparable 350โ€“499 L upright freezer registrations. Dot: this model (below the median). Hover or tab to a mark for its value.

Cohort: every currently registered 350โ€“499 L upright freezer sold in New Zealand, counted once per registration. Star ratings already account for size through the GEMS adjusted-volume formula; this comparison is in raw kWh against models a buyer would actually consider instead.

Fhiaba RS750FZ3IA running cost

Per month
$9.32
Per year
$112
5 years
$559
10 years
$1,119

339 kWh ร— 33c/kWh. No inflation or tariff change assumed. Fridges run continuously, so the label figure is a whole-year estimate under standard test conditions.

Capacity and compartments

Total gross volume
452 L
Fresh food (fridge) volume
โ€“
Frozen storage volume
452 L
GEMS adjusted volume
807 L
freezer compartment
452 L gross

Gross volumes exclude shelving. Fresh food = fresh food, chill and cellar compartments; frozen = freezer, two-star and ice-making (zero-star) compartments. Adjusted volume weights frozen space more heavily and is what the government uses to set the star rating for the size.

Similar upright freezers that use less electricity

Same type, total capacity within 12% of 452 L, at least 3% lower annual kWh.

ModelStarsEst. cost / yrCompare
Beko BVHF404W404 L268 kWh/yr4.5$88
Gaggenau RVF467590404 L290 kWh/yr4$96

Freezers similar to the Fhiaba RS750FZ3IA

ModelCapacityStarskWh / yr
Liebherr EFNh 9771
1% larger, same door count, similar external size, similar star rating
457 L3.5330
Fisher & Paykel RS7621FRJK1
2% smaller, same door count, similar external size
442 L2427
Fisher & Paykel RS7621F series
2% smaller, same door count, similar external size
442 L2427
Samsung Electronics SDFI9400N
9% smaller, same door count, similar star rating
412 L3355
Gaggenau RVF467590
11% smaller, same door count, similar star rating
404 L4290
Beko BVHF404W
11% smaller, same door count
404 L4.5268

Same consumer type, total capacity within 12% of 452 L; ordered by closeness of capacity, then lowest annual kWh.

Other Fhiaba models of similar size

ModelStarsEst. cost / yrCompare
Fhiaba XS750FZ6A452 L339 kWh/yr3.5$112
Fhiaba XS750FZ3A452 L339 kWh/yr3.5$112

Compare RS750FZ3IA with another freezer

Fhiaba RS750FZ3IA specifications

Type
Upright freezer
Configuration
Upright
Doors
1
Defrost
Variable defrost controller
Ice maker
No
Width
749 mm
Height
2,120 mm
Depth
635 mm
Annual energy (label)
339 kWh
Star rating index
3.626
MEPS level (maximum allowed)
617 kWh
kWh per adjusted litre
0.420
Country of manufacture
Italy

Other model numbers on registration ARF3985

Registered together with the same test results, usually colour or finish variants.

New Zealand E3 registration details

Registration number
ARF3985
GEMS registration id
179949
Status
approved, available (self-reported)
Registration expires
15 June 2031
Registered for sale in
Australia, Fiji, New Zealand
Family
*S750FZ*IA
Designation
Freezer
Product class
Class 10
GEMS group
Group 7: vertical freezer, automatic defrost
Regulatory standard
Greenhouse and Energy Minimum Standards (Household Refrigerating Appliances) Determination 2019
Test standard
AS/NZS IEC 62552.3:2018
Consumer type rule
Designated a freezer, upright configuration (GEMS groups 6U or 7)

Source: E3 programme registration data (EECA, New Zealand) (trans-Tasman E3 registration data published by DCCEEW on data.gov.au, CC BY 3.0 AU). Dataset published 19 September 2026; last checked 20 September 2026. How the derived figures are calculated.