BSI PD CEN/TR 15193-2:2017
$215.11
Energy performance of buildings. Energy requirements for lighting – Explanation and justification of EN 15193-1, Module M9
| Published By | Publication Date | Number of Pages |
| BSI | 2017 | 192 |
This Technical Report will provide information to support the correct understanding, use and national implementations of EN 15193–1. It will give explanations on the procedures and background information. It will also provide justifications of the choices that have been made and give validations of the calculation procedures given in the standards. It will give detailed examples to illustrate the total workings of the standard.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 16 | 1 Scope 2 Normative references 3 Terms and definitions |
| 17 | 4 Symbols and abbreviations |
| 22 | 5 Brief description of the method(s) and routing |
| 24 | 6 Method 1 – Calculation of the energy required for lighting |
| 50 | 7 Method 2 – Quick calculation of the energy required for lighting |
| 55 | 8 Method 3 – Metered energy used for lighting |
| 58 | 9 Quality control |
| 59 | 10 Compliance Check 11 Worked out examples |
| 62 | 12 Application range |
| 63 | 13 Regulation use 14 Information on the accompanying spreadsheet 15 Results of the validation tests |
| 64 | Annex A (informative)Input and method selection data sheet – Template A.1 General A.2 System design data |
| 65 | Annex B (informative)Input and selection data sheet – Default choices B.1 General B.2 Method 1 B.3 Method 2 B.4 Method 3 |
| 66 | Annex C (informative)Simplified Method for Installed Power Estimation C.1 Installed power assessment for tertiary buildings C.1.1 General C.1.2 Estimation of the installed power for illumination |
| 67 | C.1.3 Evaluation of Pj.lx |
| 68 | C.1.4 Evaluation of FMF C.1.4.1 General C.1.4.2 Lamp Lumen (Luminous Flux) Maintenance Factor (LLMF) C.1.4.3 Lamp Survival Factor (LSF) |
| 70 | C.1.4.4 Luminaire Maintenance Factor (LMF) |
| 71 | C.1.4.5 Room Surface Maintenance Factor (RSMF) |
| 79 | C.1.5 Evaluation of FCA C.1.6 Evaluation of FL |
| 80 | C.2 Installed power assessment for domestic buildings C.2.1 General C.2.2 Estimation of the installed power for illumination |
| 81 | Annex D (informative)Assessment of the installed power for lighting systems in existing buildings |
| 82 | Annex E (informative)Occupancy estimation |
| 84 | Annex F (informative)Daylight availability F.1 General F.2 Building segmentation: Spaces benefiting from daylight |
| 89 | F.3 Daylight supply factor for vertical facades F.3.1 General |
| 94 | F.3.2 Daylight factor classification |
| 98 | F.3.3 Daylight supply factor |
| 103 | F.3.4 Example |
| 106 | F.4 Daylight supply factor for rooflights F.4.1 General F.4.2 Daylight availability factor |
| 107 | F.4.3 Daylight supply factor |
| 119 | F.4.4 Example |
| 123 | F.5 Daylight Responsive Control Systems |
| 124 | F.6 Monthly evaluation method |
| 126 | F.7 Determination of daytime and night time hours F.8 Comprehensive calculation F.9 Light pipes |
| 127 | F.10 References |
| 128 | Annex G (informative)Constant illuminance G.1 Introduction G.2 Constant illuminance factor (Fc) |
| 129 | G.3 Constant lumen output system (CLO) |
| 130 | Annex H (informative)Standby system energy requirements H.1 Emergency lighting luminaire standby charging power (Pei) H.2 Lighting controls standby power (Pci) |
| 131 | Annex I (informative)Calculation Flowchart |
| 133 | Annex J (informative)Calculation examples J.1 Method 1 J.1.1 Example 1 — New design manufacturing building J.1.1.1 Site details |
| 134 | J.1.1.2 Entrance details |
| 138 | J.1.1.3 Toilet details |
| 140 | J.1.1.4 Office details |
| 145 | J.1.1.5 Factory details |
| 149 | J.1.1.6 Manufacturing building energy requirement |
| 150 | J.1.2 Example 2 – New design residential bungalow J.1.2.1 Site details J.1.2.2 Living room |
| 151 | J.1.2.3 Dining room J.1.2.4 Kitchen J.1.2.5 Bathroom |
| 152 | J.1.2.6 Bedroom1 J.1.2.7 Bedroom2 J.1.2.8 Hall J.1.2.9 Building energy requirement |
| 153 | J.2 Method 2 J.2.1 Example 1 – New design manufacturing building J.2.1.1 Site details J.2.1.2 Entrance details |
| 155 | J.2.1.3 Toilet details |
| 156 | J.2.1.4 Office details |
| 157 | J.2.1.5 Factory details |
| 159 | J.2.1.6 Manufacturing building energy requirement J.2.2 Example 2 – New design residential bungalow J.2.2.1 Site details |
| 160 | J.2.2.2 Living room J.2.2.3 Dining room J.2.2.4 Kitchen J.2.2.5 Bathroom J.2.2.6 Bedroom1 J.2.2.7 Bedroom2 J.2.2.8 Hall J.2.2.9 Building energy requirement |
| 161 | J.3 Method 3 J.3.1 Example 1 – Existing manufacturing building J.3.1.1 Site details J.3.1.2 Annual meter readings J.3.1.3 Building LENI |
| 162 | Annex K (informative)Lighting controls K.1 Introduction K.2 Manual controls K.2.1 General K.2.2 On/Off control |
| 163 | K.2.3 On/Off Dimming control K.3 Automatic controls K.3.1 General K.3.2 Timed on/off control K.3.3 Sensor activated control K.3.4 Occupancy sensor |
| 164 | K.3.4.1 Absence detection K.3.4.2 Presence detection K.3.5 Light level sensor K.3.5.1 Daylight harvesting K.3.5.2 Constant illuminance |
| 165 | K.3.5.3 Combined sensor K.4 Lighting control systems K.4.1 General K.4.2 Standalone (self-contained) lighting control system K.4.3 Linked lighting control system K.4.4 Integrated building control system K.4.5 Algorithmic lighting |
| 166 | K.4.6 Lighting installations with Scene Setting |
| 167 | Annex L (informative)Spread sheet and flow diagram |
| 168 | Annex M (informative)Benchmark values |
| 171 | Annex N (informative)Domestic lighting guide N.1 Introduction N.2 Lighting design N.2.1 General N.2.2 Kitchen N.2.2.1 Worktop lighting |
| 172 | N.2.2.2 Strip lights under cabinets N.2.2.3 Spot lights under cabinets N.2.2.4 Extractor hood lighting N.2.2.5 General and ambient lighting N.2.2.6 Strip lights above cabinets N.2.2.7 Ceiling lights N.2.2.8 Chandeliers and pendant luminaires |
| 173 | N.2.2.9 Recessed downlights N.2.3 Dining room N.2.3.1 General N.2.3.2 Dining table lighting N.2.3.3 Pendant luminaires N.2.3.4 General and ambient lighting N.2.3.5 Recessed downlights N.2.3.6 Wall lights N.2.3.7 Cornice strip lighting |
| 174 | N.2.4 Living room N.2.4.1 General N.2.4.2 Reading lights N.2.4.3 General and ambient lighting |
| 175 | N.2.5 Bathroom and toilets N.2.5.1 General N.2.5.2 Mirror lighting N.2.5.3 General lighting N.2.5.4 Toilet lighting N.2.6 Bedroom N.2.6.1 General |
| 176 | N.2.6.2 Task lighting N.2.6.3 Bedside luminaires N.2.6.4 Desk luminaires N.2.6.5 General and ambient lighting N.2.7 Entrance hall, corridors and stairs N.2.8 Storeroom, cellar and laundry room |
| 177 | N.3 Considerations about daylight N.3.1 Key parameters N.3.2 Access to daylight N.3.3 The quantity of daylight entering the premises |
| 178 | N.3.4 Visual contact with the outdoors N.3.5 Quality of the view |
| 179 | N.3.6 Presence of a daylight management system N.3.7 Presence of a control system for the daylight management system |
| 180 | N.4 Targets N.4.1 Lighting types N.4.2 Useful areas in domestic buildings N.4.3 Values |
| 182 | Annex O (informative)Lighting outside the building O.1 General O.2 Security lighting O.3 Pathway and amenity areas lighting O.4 Architectural floodlighting O.5 Lighting of outdoor workplaces |
| 183 | Annex P (informative)Method for estimating energy for lighting hourly P.1 General P.2 Assumptions P.3 Data input P.4 Calculations P.5 Energy required |
| 184 | P.6 Worked example of hourly energy for lighting |
