APPENDICES

From Display Documentation in English

Revision as of 14:54, 11 July 2013 by Laura Guerin (Talk | contribs)
Jump to: navigation, search

Contents

The Classification Scheme

The Danish classification, used since 1996, is the base of the Display® classification schemes. So far the Danish scheme, taking into account a building typology, is the only classification all over Europe.
By increasing the number of registered buildings in the different types and considering the recommendations of the CEN (Normalization European Comity), an iterative approach allowed to adjust the classification schemes after the first 6 test months.
Furthermore, the classification scheme will take into account the information provided by the Concerted Action, a working group composed of representatives from nearly all EU member states. The objective of the CA working group is the harmonisation of the implementation of the Energy Performance of Buildings Directive.
Currently, 11 types of buildings can be classified. The classification scheme could change in the future.

Classification scheme for the primary energy ratio

kWh/(m².yr) 1/ Day nursery / Kindergarten 2/ General school 3/ Professional school 4/ Administration 5/ Swimming pool 6/ Sports facilities 7/ Depot 8/ Meeting places
A X ≤ 75 X ≤ 75 X ≤ 75 X ≤ 75 X ≤ 500 X ≤ 75 X ≤ 75 X ≤ 75
B 75 < X ≤ 145 75 < X ≤ 140 75 < X ≤ 145 75 < X ≤ 140 500 < X ≤ 2000 75 < X ≤ 150 75 < X ≤ 160 75 < X ≤ 160
C 145 < X ≤ 215 140 < X ≤ 205 145 < X ≤ 215 140 < X ≤ 205 2000 < X ≤ 3500 150 < X ≤ 225 160 < X ≤ 245 160 < X ≤ 245
D 215 < X ≤ 285 205 < X ≤ 270 215 < X ≤ 285 205 < X ≤ 270 3500 < X ≤ 5000 225 < X ≤ 300 245 < x ≤ 330 245 < x ≤ 330
E 285 < X ≤ 355 270 < X ≤ 335 285 < X ≤ 355 270 < X ≤ 335 5000 < X ≤ 6500 300 < X ≤ 375 330 < x ≤ 415 330 < x ≤ 415
F 355 < X ≤ 425 335 < X ≤ 400 355 < X ≤ 425 335 < X ≤ 400 6500 < X ≤ 8000 375 < X ≤ 420 415 < x ≤ 500 415 < x ≤ 500
G X > 425 X > 400 X > 425 X > 400 X > 8000 X > 450 X > 500 X > 500


kWh/(m².yr) 9/ Health centre 10/ Rescue centre 11/ Multi residential 12/ Individual house 13/ Commercial 14/ Restaurant 15/ Industrial 16/ Hospital
A X ≤ 150 X ≤ 100 X ≤ 50 X ≤ 75 X ≤ 75 X ≤ 125 X ≤ 50 X ≤ 175
B 150 < X ≤ 225 100 < X ≤ 200 50 < X ≤ 100 75 < X ≤ 140 75 < X ≤ 145 125 < X ≤ 245 50 < X ≤ 100 175 < X ≤ 300
C 150 < X ≤ 225 100 < X ≤ 200 50 < X ≤ 215 140 < X ≤ 205 2000 < X ≤ 3500 150 < X ≤ 225 160 < X ≤ 245 160 < X ≤ 245
D 215 < X ≤ 285 205 < X ≤ 270 215 < X ≤ 285 205 < X ≤ 270 3500 < X ≤ 5000 225 < X ≤ 300 245 < x ≤ 330 245 < x ≤ 330
E 285 < X ≤ 355 270 < X ≤ 335 285 < X ≤ 355 270 < X ≤ 335 5000 < X ≤ 6500 300 < X ≤ 375 330 < x ≤ 415 330 < x ≤ 415
F 355 < X ≤ 425 335 < X ≤ 400 355 < X ≤ 425 335 < X ≤ 400 6500 < X ≤ 8000 375 < X ≤ 420 415 < x ≤ 500 415 < x ≤ 500
G X > 425 X > 400 X > 425 X > 400 X > 8000 X > 450 X > 500 X > 500

Image:Classification_for_the_primary_energy_ratio.jpg

Classification scheme for the CO2 ratio

Image:Classification_for_the_CO2_ratio.jpg

Classification for the water ratio

Image:Water en.jpg‎

Conversion Factors and their Sources

General conversion factors

Image:Wood.jpg

Conversion factors for final energy use

Image:Natgaz.jpg

Conversion factors for generation of electricity (average national electricity production)

Image:Table7 conversion factors Energy CO2.jpg

Conversion factors for generation of electricity (specified energy sources)

Conversion factors for generation of electricity
Image:Enrsources.jpg

Energy mix by country
Image:Table_8__Energy_Mix_2005_en_actu.jpg

Conversion factors for district heat (used by default)

Image:Primaryener.jpg

Personal tools