Moldova, Republic of

Training, Education, and Certification

According to the Energy Effiiciency Law 142/2010, EEA is the body responsible for training energy auditors, energy managers (under the EE law provisions), designers, buildings administrators, building evaluators, HVAC systems inspectors (under the EPB law).
This includes training, providing technical assistance with the involvement of national experts, employing tools to foster the adoption of relevant decisions and their enforcement:
• training on the Energy Management System - EN ISO 50001;
• training on steam system optimisation in industry;

Pakistan

Minimum Energy Performance Standard (MEPS) For Window Type & Split Air Conditioners With Cooling Capacity under: 14000 W (12000 – 48000 BTU/hr)

This regulation gives the minimum values of energy efficiency and rating criteria for Single Phase, 220/240V split and window type Air Conditioners with a cooling capacity under 14000 Watt, has been developed for voluntary compliance. This document lays down Minimum Energy Performance Standards (MEPS) to be followed/ met by the local manufacturers and importers of air conditioners to get their product qualified through testing as ?Energy Efficient Product.
Window type
• CC 3517-4499 EER 2.90;
Split type
• CC ≤ 4500 EER 3.20;

Viet Nam

TCVN 7830: 2015, Energy efficiency of non-ducted air conditioners

This standard applies to air conditioners without air ducts using compressor-type motors n and condenser cooled non-empty , a cluster or two clusters, with or without inverters (hereafter referred to as equipment) having an rated cooling capacity of up to 12 000 W (41 000 BTU / h).
This standard also applies to air conditioners with air ducts of a nominal refrigeration capacity of less than 8 000 W and is designed to work at small external static pressures n 25 Pa.

Viet Nam

TCVN 7830: 2012 , Energy efficiency ratio of air conditioners

This standard applies to air conditioners using compressed-air motor type compressors and air-cooled condensers (hereinafter referred to as equipment) with a total refrigerating capacity of up to 14 000 W ( 48,000 Btu / h).
window
• EER: 2.30, CSPF: 2.60
split
• CC • 4500 ≤ CC

Viet Nam

TCVN 7830: 2017, Energy efficiency ratio of air conditioners

This standard applies to air conditioners using compressed-air motor type compressors and air-cooled condensers (hereinafter referred to as equipment) with a total refrigerating capacity of up to 14 000 W ( 48,000 Btu / h).
window
• EER: 2.30
split
• CC • 4500 ≤ CC

Chinese Taipei

Energy efficiency requirement for box type air conditioners

This standard defines minimum energy efficiency ratio of air-cooled box type air conditioners with power capacity more than 3 kW, and water-cooled box type air conditioners.
air cooled, CC> 3 kW
• old CNS2725: EER (kcal/h-W)2.44,EER(BTU/h-W)9.68
• new CNS 3615 and CNS 14464: EER (W/W)2.84
water cooled
• old CNS 2725: EER (kcal/h-W)3.17, EER(BTU/h-W)12.58
• new CNS 3615 and CNS 14464, EER (W/W)3.69

Chinese Taipei

Energy efficiency requirement for window type air conditioners

This standard defines minimum energy efficiency ratio of window type air conditioners with power capacity less than 3 kW.
Unitary (old CNS 3615)
• CC • 2000 - 3550 Kcal/h EER (kcal/h-W) 2.38 EER(BTU/h-W) 9.44
• > 3550 Kcal/h EER (kcal/h-W) 2.24 EER(BTU/h-W) 8.89
Unitary (new CNS3615 and CNS14464)
• CC • 2.3 - 4.1 Kw EER (W/W) 2.77
• > 4.1 kW EER (W/W) 2.6
Split (old CNS 3615)
• Normal, • virable speed, • all, ≥ 3550 Kcal/h EER (kcal/h-W) 2.35 EER(BTU/h-W) 9.32
Split (new CNS3615 and CNS14464)
• normal,

Chinese Taipei

Energy efficiency requirement for chillers

This standard defines EER and COP of air cooled and water cooled chillers.
water cooled,volume compressor
• CC 2003,EER)3.50 COP4.07
2005,EER 3.83 COP4.45
• 150 ≤ CC ≤ 500
2003,EER 3.60 COP 4.19
2005,EER 4.21 COP 4.90
• CC > 500
2003,EER (kcal/h-W)4.00 COP 4.65
2005,EER (kcal/h-W)4.73 COP 5.50
water cooled,centrifugal compressor
• CC 2003,EER (kcal/h-W)4.30 COP 5.00
2005,EER (kcal/h-W)4.3 COP 5.00
• 150 ≤ CC 2003,EER (kcal/h-W)4.77 COP 5.55
2005,EER (kcal/h-W)4.77 COP 5.55
• CC ≥ 300

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