COMMISSION DECISION (EU) 2016/1756
of 28 September 2016
determining the European Union position with regard to a decision of the management entities under the Agreement between the Government of the United States of America and the European Union on the coordination of energy-efficiency labelling programmes for office equipment, on the revision of specifications for displays included in Annex C to the Agreement
(Text with EEA relevance)
Sole Article
ANNEX I
DRAFT DECISION
of …
the Management entities under the Agreement between the Government of the United States of America and the European Union on the coordination of energy-efficiency labelling programmes for office equipment on the revision of specifications for displays included in Annex C of the Agreement
ANNEX II
ANNEX C
PART II TO THE AGREEMENT
I. DISPLAY SPECIFICATIONS (Version 7.0)
1.
Definitions
2.
Scope
2.1. Included products
2.2. Excluded products
3.
Qualification criteria
3.1. Significant digits and rounding
3.2. General requirements for Monitors and Signage Displays
3.3. Energy requirements for computer monitors
Equation 1
Total Energy Consumption Calculation
Area (in2) |
ETEC Max (kWh) Where: AViewable screen area in in2rScreen resolution in megapixelsThe result shall be rounded to the nearest tenth of a kWh for reporting |
A < 130 |
(6,13 × r) + (0,06 × A) + 9 |
130 ≤ A < 150 |
(6,13 × r) + (0,69 × A) – 72,38 |
150 ≤ A < 180 |
(6,13 × r) + (0,21 × A) – 0,50 |
180 ≤ A < 200 |
(6,13 × r) + (0,05 × A) + 28 |
200 ≤ A < 230 |
(6,13 × r) + (0,03 × A) + 31,33 |
230 ≤ A < 280 |
(6,13 × r) + (0,2 × A) – 7 |
280 ≤ A < 300 |
(6,13 × r) + 49 |
300 ≤ A < 500 |
(6,13 × r) + (0,2 × A) – 11 |
A ≥ 500 |
(6,13 × r) + 89 |
Equation 2
Total Energy Consumption Requirement for Monitors
Colour Gamut Criteria |
EEP (kWh) Where: ETEC_MAX is the Maximum TEC requirement in kWh, and r is screen resolution in megapixels |
Colour Gamut support is 32,9 % of CIE LUV or greater. |
[Bild bitte in Originalquelle ansehen] |
Colour Gamut support is 38,4 % of CIE LUV or greater. |
0,65 × (ETEC_MAX – 6,13 × r) |
Equation 3
Calculation of On Mode Reduction with ABC Enabled by Default
Equation 4
Monitor ABC Energy Allowance (E
ABC
) for Monitors
Table 3
Full Network Connectivity Energy Allowance (E
N
) for Monitors
Type |
Allowance (kWh) |
Occupancy Sensor EOS |
1,7 |
Equation 5
Energy Allowance for Touch Technology (E
T
) for Monitors
3.4. On Mode requirements for Signage Displays
Equation 6
Calculation of Maximum On Mode Power (PON_MAX) in Watts for Signage Displays
Equation 7
On Mode Power Requirement for Signage Displays
Equation 8
Calculation of On Mode Power Allowance for Signage Displays with ABC Enabled by Default
3.5. Sleep Mode requirements for Signage Displays
Equation 9
Sleep Mode Power Requirement for Signage Displays
Table 5
Maximum Sleep Mode Power Requirement (P
SLEEP_MAX
) for Signage Displays
Table 6
Full Network Connectivity Allowance for Signage Displays
Type |
Screen Size (in) |
Allowance (watts) |
Occupancy Sensor POS |
All |
0,3 |
Touch Functionality PT (applicable only to Signage Displays where screen size is greater than 30 inches) |
≤ 30 |
0,0 |
> 30 |
1,5 |
3.6. Off Mode requirements for all displays
Table 8
Maximum Off Mode Power Requirement (P
OFF_MAX
)
3.7. Luminance reporting requirements
4.
Test requirements
4.1. Test methods
Product Type |
Test Method |
All Product Types and Screen Sizes |
Energy Star Test Method for Determining Display Energy |
Enhanced Performance Displays |
International Committee for Display Metrology (ICDM) Information Display Measurements Standard — Version 1.03 |
Displays Claiming Full Network Connectivity |
CEA-2037-A, Determination of Television Set Power Consumption |
4.2. Number of units required for testing
5.
User interface
6.
Effective date
7.
Considerations for future revisions
FINAL TEST METHOD FOR DISPLAYS
Rev. Sep-2015
1.
Overview
2.
Applicability
3.
Definitions
4.
Test set-up
Market |
Voltage |
Voltage Tolerance |
Maximum Total Harmonic Distortion |
Frequency |
Frequency Tolerance |
North America, Taiwan |
115 V AC |
+/– 1,0 % |
5,0 % |
60 Hz |
+/– 1,0 % |
Europe, Australia, New Zealand |
230 V AC |
+/– 1,0 % |
5,0 % |
50 Hz |
+/– 1,0 % |
Japan |
100 V AC |
+/– 1,0 % |
5,0 % |
50 Hz or 60 Hz |
+/– 1,0 % |