Haier - Energy Saving

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Test Report

Report No...........................:

AHES230800110871

Issued date...............:

2023-08-24

Split Type Room Air Conditioner

AS35XCAHRA / 1U35S2SM1FA-2

Product Description. ........:

Model No. .................:

Date of Sample Received .:

2023-07-24

No. of samples...: 4

Date of Test .......................:

2023-07-25 to 2023-07-28

Qingdao Haier Air Conditioner General Corp., Ltd. No.1 Haier Road Hi-Tech Zone, Qingdao City, P.R. China. Qingdao Haier (JiaoZhou) Air Conditioner Co., Ltd. Haier Industry Park, Haier Road, Jiaozhou City, Qingdao, P.R. China. SGS-CSTC standards Technical Services Co., Ltd. Anhui Branch 1/F&2/F, West Building C12, Gongtou Liheng Industrial Square, Fanhua Road, Economic & Technological Development Area, Hefei, 230601 Anhui, China

Applicant............................ :

Factory ...............................:

Laboratory that preparing the Report ………………… .:

Testing address ………… ...: Qingdao Haier Air Conditioner General Corp., Ltd.

No.1 Haier Road Hi-Tech Zone, Qingdao City, P.R. China.

Test protocol for Energy saving effect of Easy-to-Clean product platform

Test Procedure .................. :

Test result..........................: Refer to page 6 and 7

The product meets the Enterprise Standard: Haier Q/HKT J09230-2021 Code for evaluation of easy disassembly and cleaning performance of room air conditioner

Remark /Note ....................:

Photos of submitted sample:

Indoor unit

Outdoor unit

Tested By:

Approved by:

Jarvan Deng

Hunter Lin

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Report No.: AHES230800110871

Technical data:

Trademark .................................................................... : Haier

Type of appliance......................................................... : Split Type Room Air Conditioner

Type / model................................................................. : AS35XCAHRA / 1U35S2SM1FA-2

Method of supply cord attachment .............................. : Type Y

Rated Voltage(V).......................................................... : 220 V – 240 V

Rated Frequency (Hz) ................................................. : 50 Hz

Rated Cooling input ..................................................... : 1600 W; 7.2 A

Rated heating input ..................................................... : 1600 W; 7.2 A

Refrigerant Charge ...................................................... : R32/0.78 kg

IP number ..................................................................... : IPX4 (outdoor unit)

Degree of protection .................................................: Class I

TABLE: Critical components information Object

Manufacturer / Trademark

Type / Model

Compressor

Shanghai Highly Electrical Appliances Co., Ltd. GSD098RKTF6JV6B

Indoor unit fan motor Outdoor unit fan motor

Nidec Shibaura (Zhejiang) Corporation. Nidec Shibaura (Zhejiang) Corporation. Qingdao H&T Intelligent Control Technology Co., Ltd. Chearihi (Anhui) Technology Co., Ltd.

SIC-36CS-F130-6 SIC-54FM-F125-1

Indoor unit PCB

0011801123D

Outdoor unit PCB

0011801048C

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Report No.: AHES230800110871

Copy of Marking Plate

The label below may be only a draft.

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Report No.: AHES230800110871

Testing plan

1. Test sample: Single split type room air conditioner; three interchangeable special air volume indoor unit fan (85% ±3%, 80% ±3%, 65% ±3%). Special air volume fan: Add obstructions onto the fan to simulate the impact of dust accumulation on the air volume, the air volume is measured through the enthalpy different laboratory.

2. Special air volume indoor unit fan treatment: Add obstructions on the middle of fan to achieve the purpose of affecting the air volume. The associated test design, covering area (Permissible Error ±0.2%), and treated fan air volume (Permissible Error ±30) are shown in the table below:

Air volume (m 3 /h)

Test setting (Indoor unit)

Fan number

Covering area

Ratio

4# (100% air volume) 1# (85% air volume) 2# (80% air volume) 3# (65% air volume)

1.Mode: Air supply mode 2.Fan speed: High 3.Guide plate: Maximum position of air outlet

670

100%

4.90%

562

83.88%

5.71%

540

80.6%

8.16%

422

62.99%

3. Test conditions: Mode

Indoor

Outdoor

Dry bulb temperature

Wet bulb temperature

Dry bulb temperature

Wet bulb temperature

Cooling mode Heating mode

30°C 10°C

/ /

35°C

24°C

2°C

1°C

4. Test environment: Environmental laboratory, with an area of 16.8m 2 , and a height of 3.15m, the installation height of the indoor unit is 2.3m.

5. Test Method:

1) Air conditioner: Test number Fan number

Air conditioner

Test requirements

Test setting

Target average room temperature

4# (100% air volume) 1.Mode: Cooling mode 2.Fan speed: High 3.Guide plate: Maximum position of air outlet 1# (85% air volume) 2# (80% air volume) 4# (100% air volume) 1.Mode: Heating mode 2.Fan speed: High 3.Guide plate: Maximum position of air outlet 1# (85% air volume) 2# (80% air volume) 3# (65% air volume)

22°C

Record the energy consumption when the target average room temperature is first reached, compare the energy wasting based on the

19°C

4# fan (100% air volume) and the

3# (65% air volume)

energy saving based on the 3# fan (65% air volume).

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Report No.: AHES230800110871

2) Disassembly and assembly the interchangeable fan: According to user manufacturer ’ s instruction.

6. Test parameters: 220V, 50Hz

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Report No.: AHES230800110871

Air volume test

Test result:

Test setting (Indoor unit)

Air volume (m 3 /h)

Measured air volume (m 3 /h) 1

Fan number

4# (100% air volume) 1# (85% air volume) 2# (80% air volume) 3# (65% air volume)

1.220V, 50Hz 2.Mode: air supply mode 3.Fan speed: High 4.Guide plate: maximum position of air outlet

670

676,3

562

568,6

540

556,1

422

428,6

Remark : 1. Permissible Error ±30

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Report No.: AHES230800110871

Energy consumption test

Test result: Test No.

Air conditioner

Test environment

Test result

Energy-saving effect

Fan number

Air volume (m 3 /h)

Test setting

Target average room temperature

Test condition

Area (m 2 )

Installation height of the indoor unit (m)

Energy consumption (kWh)

Energy wasting (kWh)

Energy wasting ratio (%) 1

Energy saving ratio (%) 2

4# (100% air volume)

670

1.220V, 50Hz 2.Mode: Cooling 3.Fan speed: High 4.Guide plate: Maximum position of air outlet 1.220V, 50Hz 2.Mode: Heating 3.Fan speed: High 4.Guide plate: Maximum position of air outlet

22°C

Indoor: 30°C/- Outdoor: 35°C/24°C

0.860

30.4

1# (85% air volume) 2# (80% air volume) 3# (65% air volume)

562

0.968

0.108

12.6

21.7

540

1.106

0.246

28.6

10.5

422

1.236

0.376

43.7

16.8

2.3

4# (100% air volume)

670

19°C

Indoor: 10°C/-

0.897

54.1

Outdoor: 2°C/1°C

1# (85% air volume) 2# (80% air volume) 3# (65% air volume)

562

0.928

0.031

3.5

52.6

540

1.582

0.685

76.4

19.1

422

1.956

1.059

118.1

Remark: 1. Energy wasting ratio (%) = (energy consumption (*#) - energy consumption (4#)) / energy consumption (4#) (*=1, 2 or 3) 2. Energy saving ratio (%) = (energy consumption (3#) - energy consumption (*#)) / energy consumption (3#) (*=1, 2 or 4)

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Report No.: AHES230800110871

Environmental laboratory and temperature sensor

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Photo Documents

Front view of outdoor unit

Front view of indoor unit

3# fan motor

4# fan motor

Remote controller

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Photo Documents

2# fan motor

1# fan motor

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List of equipment used

Equipments name Environmental Laboratory

Model/Type

Serial No.

Calibration

Calibration certificate No. G1912261483 001

Resolution Calibration due date

TQ-022A-076

CVC Testing Technology Co., Measuring Center Third Measuring & Testing Center Station Under Machinery Industry (Guangzhou)

2024/04/21

Enthalpy Different Laboratory

5HP

TQ-022A-087 National Institute of Metrology

CLzx2023-00107

2024/05/15

*** End of Test Report ***

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