Sequence of ISO numbers for the set of standards and technical reports on Energy Performance of Buildings

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1 ISO/TC 163/WG 4: Joint Working Group (JWG) between ISO/TC 163 and ISO/TC 205: performance of buildings using holistic approach Sequence of ISO numbers for the set of standards and technical reports on of s Dick van Dijk (Co-convenor of ISO JWG) with contributions from Jaap Hogeling (Chair of CEN/TC 371 and, Leader of ISO JWG's Task Group on Strategic Matters) Annet van der Horn (Secretary of ISO JWG and of CEN/TC 371) January 11, BACKGROUND The intention is to come (eventually) to a complete and consistent set of ISO (EN ISO) standards on the of s (EPB). A systematic set of consecutive ISO numbers would significantly boost the awareness on this EPB series. During summer and autumn of 2013 the possibilities and limitations have been explored, together with the ISO Central Secretariat. 2 POSSIBILITIES AND LIMITATIONS A systematic set of consecutive ISO numbers seemed to require that a complete list of preliminary titles covering the whole EPB field had to be submitted to ISO Central Secretariat. The basis for such list is the modular structure in the draft Overarching EPB standard (currently CEN, pren 15603:2012, ISO JWG document N 175). In this way, as soon as there is a new work item, it would get the reserved new number from the list. Gradually, also existing ISO standards might receive the new number, if their scope is significantly changed (incl.: if standards are rearranged). Why ISO 52*** series? Because this series seems to be available And because E is the 5th and B is 2nd character of the alphabet

2 Limitations When an already existing ISO standard is revised without significant change of scope, it will keep its existing number. Flexibility The titles may be adjusted later, when actual work items are proposed and perhaps items are merged or rearranged Sub-numbers There will be a need for sub-numbering. This is no problem: standards can be split up into parts. Subdivision of parts is not allowed: Possible: ISO xxxx-1 and ISO/TR xxxx-2 Not possible: ISO yyyy-1-1 and ISO/TR yyyy-1-2 ISO standards & ISO Technical Reports This list covers both the standards and the corresponding technical reports. The rule is to number the Technical Report as the even part number (2, 4,..), following the odd part number (1, 3,..) of the corresponding standard: Each standard: Part 1 (or other odd number in case of multiple part standards) Each accompanying Technical Report: Part 2 (or other even number following the standard part) Example: ISO , performance of buildings Overarching EPB Assessment Procedures, General Framework ISO/TR , Technical report accompanying ISO CURRENT STATUS Early December 2013: Request to make a reservation has been sent to ISO Central Secretariat by Dick van Dijk (co-convenor of ISO JWG and project leader of EN ISO EPB standards to be developed or revised under the Vienna Agreement between ISO/TC 163 and CEN/TC 89), Jaap Hogeling (Chair of CEN/TC 371 and leader of ISO JWG's task group on strategic matters), and Annet van der Horn (Secretary of CEN/TC 371 and ISO JWG). December 2013: A number of the EPB new work item proposals initiated by CEN/TC 89 under the Vienna Agreement under ISO lead already made use of the new numbers. This is reflected in the new work item proposals. Early January 2014: The ISO Central Secretariat reconfirmed that the sequence of ISO numbers has been reserved.

3 4 THE LIST The titles are only preliminary. EPB Module ISO number M1-1, M1-3 ISO M1-2 ISO M1-2 ISO M1-4 ISO M1-5, M1-7 ISO M1-8, M1-9 ISO M1-10 ISO M1-6, M2-7 ISO M1-12 ISO M1-11 ISO Title, general Title, specific Comment performance of buildings (EPB) Including routing and modular structure and General framework applications Common EPB Terms and Definitions Common EPB Symbols, Units and Subscripts Ways to Express Overall EPB and EPB Requirements Assessment of the Overall Balance Overall Calculation Procedures Overall Measurement Procedures Space categories and Occupancy Schedules Ways to express and Categorize Indoor Environment Quality Overall Inspection Procedures Including Boundaries and Space Categorization (with ref. to ISO for list) and Aggregation to primary energy, etc. Including zoning, incl overarching building and technical building systems calculations Separate from the standard on indoor environment and comfort criteria, because the actual space categorization and actual occupants schedules in this standard are typically influenced by non-technical considerations, such as national/regional traditions of building and building use, building regulations, Both for design and assessment of energy performance of buildings. Between occupant schedules and this standard is the operation of systems (~ elements) and controls.

4 M1-13 ISO External environment conditions M1-14 ISO Economic Calculation M1-xx ISO General procedures for model validation M1-xx ISO Special Calculation Procedures M1-xx ISO Special Measurement Procedures M2-1 ISO and Elements - General Thermal and Thermohygro M2-2 ISO and Elements - Needs Dynamic calculation procedures for Thermal and Thermohygro Balance in a or M2-3 ISO and Elements - Zone Covering existing Climatic Data standards +new? Or: only reference to existing standards (ISO 15927, Parts 1-6), plus describe new part? M2-4 ISO and Elements - Ways to Express and Requirements M2-5 ISO and Elements - Thermal and Thermohygro Characteristics M2-9 ISO and Elements - Dynamic Thermal Characteristics M2-7 ISO and Elements - Infiltration and Ventilation Characteristics M2-8 ISO and Elements - Solar and Visual Characteristics M2-10 ISO and Elements - Measured M2-11 ISO and Elements - Inspection Including thermography, air tightness, M2-xx ISO and Elements - Special Calculation Procedures M2-xx ISO and Elements - Special Measurement Procedures M3-1 ISO Heating Systems - General M3-2 ISO Heating Systems - Needs M3-3 ISO Heating Systems - Maximum Load and Power Includes requirements to the systems M3-4 ISO Heating Systems - Ways to Express M3-5 ISO Heating Systems - Emission & control M3-6 ISO Heating Systems - Distribution & control M3-7 ISO Heating Systems - Storage & control M3-8 ISO Heating Systems - Generation & control M3-9 ISO Heating Systems - Load dispatching and Operating Conditions M3-10 ISO Heating Systems - Measured M3-11 ISO Heating Systems - Inspection M3-12 ISO Heating Systems - Management Systems

5 M3-13 ISO Heating Systems - Special Calculation Procedures M3-14 ISO Heating Systems - Special Measurement Procedures M4-1 ISO Cooling Systems - General M4-2 ISO Cooling Systems - Needs M4-3 ISO Cooling Systems - Maximum Load and Power Includes requirements to the systems M4-4 ISO Cooling Systems - Ways to Express M4-5 ISO Cooling Systems - Emission & control M4-6 ISO Cooling Systems - Distribution & control M4-7 ISO Cooling Systems - Storage & control M4-8 ISO Cooling Systems - Generation & control M4-9 ISO Cooling Systems - Load dispatching and Operating Conditions M4-10 ISO Cooling Systems - Measured M4-11 ISO Cooling Systems - Inspection M4-12 ISO Cooling Systems - Management Systems M4-13 ISO Cooling Systems - Special Calculation Procedures M4-14 ISO Cooling Systems - Special Measurement Procedures M5-1 ISO Ventilation and Ventilation Systems - General M5-2 ISO Ventilation Systems - Needs M5-3 ISO Ventilation Systems - Maximum Load and Power Includes requirements to the systems M5-4 ISO Ventilation Systems - Ways to Express M5-5 ISO Ventilation Systems - Emission & control M5-6 ISO Ventilation Systems - Distribution & control M5-7 ISO Ventilation Systems - Storage & control M5-8 ISO Ventilation Systems - Generation & control M5-9 ISO Ventilation Systems - Load dispatching and Operating Conditions M5-10 ISO Ventilation Systems - Measured M5-11 ISO Ventilation Systems - Inspection M5-xx ISO Ventilation Systems - Special Calculation Procedures M5-xx ISO Ventilation Systems - Special Measurement Procedures M6-1 ISO Humidification Systems - General M6-2 ISO Humidification Systems - Needs M6-3 ISO Humidification Systems - Maximum Load and Power Includes requirements to the systems M6-4 ISO Humidification Systems - Ways to Express M6-5 ISO Humidification Systems - Emission & control M6-6 ISO Humidification Systems - Distribution & control M6-7 ISO Humidification Systems - Storage & control M6-8 ISO Humidification Systems - Generation & control

6 M6-9 ISO Humidification Systems - Load dispatching and Operating Conditions M6-10 ISO Humidification Systems - Measured M6-11 ISO Humidification Systems - Inspection M6-xx ISO Humidification Systems - Special Calculation Procedures M6-xx ISO Humidification Systems - Special Measurement Procedures M7-1 ISO Dehumidification Systems - General M7-2 ISO Dehumidification Systems - Needs M7-3 ISO Dehumidification Systems - Maximum Load and Power Includes requirements to the systems M7-4 ISO Dehumidification Systems - Ways to Express M7-5 ISO Dehumidification Systems - Emission & control M7-6 ISO Dehumidification Systems - Distribution & control M7-7 ISO Dehumidification Systems - Storage & control M7-8 ISO Dehumidification Systems - Generation & control M7-9 ISO Dehumidification Systems - Load dispatching and Operating Conditions M7-10 ISO Dehumidification Systems - Measured M7-11 ISO Dehumidification Systems - Inspection M7-xx ISO Dehumidification Systems - Special Calculation Procedures M7-xx ISO Dehumidification Systems - Special Measurement Procedures M8-1 ISO Domestic Hot Water Systems - General M8-2 ISO Domestic Hot Water Systems - Needs M8-3 ISO Domestic Hot Water Systems - Maximum Load and Power Includes requirements to the systems M8-4 ISO Domestic Hot Water Systems - Ways to Express M8-5 ISO Domestic Hot Water Systems - Emission & control M8-6 ISO Domestic Hot Water Systems - Distribution & control M8-7 ISO Domestic Hot Water Systems - Storage & control M8-8 ISO Domestic Hot Water Systems - Generation & control M8-9 ISO Domestic Hot Water Systems - Load dispatching and Operating Conditions M8-10 ISO Domestic Hot Water Systems - Measured M8-11 ISO Domestic Hot Water Systems - Inspection M8-xx ISO Domestic Hot Water Systems - Special Calculation Procedures M8-xx ISO Domestic Hot Water Systems - Special Measurement Procedures M9-1 ISO Lighting and Lighting Systems - General M9-2 ISO Lighting and Lighting Systems - Needs M9-3 ISO Lighting and Lighting Systems - Maximum Load and Power Includes requirements to the systems M9-4 ISO Lighting and Lighting Systems - Ways to Express M9-5 ISO Lighting and Lighting Systems - Emission & control M9-6 ISO Lighting and Lighting Systems - Distribution & control

7 M9-8 ISO Lighting and Lighting Systems - Generation & control M9-10 ISO Lighting and Lighting Systems - Measured M9-11 ISO Lighting and Lighting Systems - Inspection M9-xx ISO Lighting and Lighting Systems - Special Calculation Procedures M9-xx ISO Lighting and Lighting Systems - Special Measurement Procedures M10-1 ISO Automation and Control - General M10-4 ISO Automation and Control - Ways to Express M10-5 ISO Automation and Control - Emission & control M10-6 ISO Automation and Control - Distribution & control M10-7 ISO Automation and Control - Storage & control M10-8 ISO Automation and Control - Generation & control M10-9 ISO Automation and Control - Load dispatching and Operating Conditions M10-10 ISO Automation and Control - Measured M10-11 ISO Automation and Control - Inspection M10-12 ISO Automation and Control - Management Systems M10-xx ISO Automation and Control - Special Calculation Procedures M10-12 ISO Automation and Control - Special Measurement Procedures M11-1 ISO PV and wind power - General M11-4 ISO PV and wind power - Ways to Express M11-8, M11-9 ISO PV and wind power - Calculated Including distribution, storage and control M11-10 ISO PV and wind power - Measured M11-11 ISO PV and wind power - Inspection M11-xx ISO PV and wind power - Special Calculation Procedures M11-xx ISO PV and wind power - Special Measurement Procedures M12-1 ISO Transport - General Inside buildings. For people, such as elevators and escalators M12-4 ISO Transport - Ways to Express M12-8, M12-9 ISO Transport - Calculated M12-10 ISO Transport - Measured M12-11 ISO Transport - Inspection M12-xx ISO Transport - Special Calculation Procedures M12-xx ISO Transport - Special Measurement Procedures M13-1 ISO Appliances and other equipment - General M13-4 ISO Appliances and other equipment - Ways to Express M13-8, M13-9 ISO Appliances and other equipment - Calculated Including distribution, storage and control M13-10 ISO Appliances and other equipment - Measured M13-11 ISO Appliances and other equipment - Inspection

8 M13-xx ISO Appliances and other equipment - Special Calculation Procedures M13-xx ISO Appliances and other equipment - Special Measurement Procedures Some explanation on the list: The modular structure (see sheet) is a matrix, covering roughly the numbers: columns: 1 -> 14 (main numbers); rows: 1 -> 15 (subnumbers) If these main and sub-numbers are combined to one number, then too many numbers would be needed, e.g.: M1-1 (-> ISO ) => M14-15 (-> ISO ) Therefore, the more practical solution was a straightforward consecutive numbering, not reflecting the modular numbers. The topics at overarching level (module M1) have been rearranged compared to the modular structure, to better reflect the latest views. The topics at the building level (module M2) have also been adapted to reflect the latest views. The topics at the technical system levels (M3 etc: the different services) may evolve in the near future (in particular: possibly merging of items across different services); therefore the items from the modular system are kept for the moment. Where questionable if an item is relevant, the item has been kept, to give the benefit of the doubt, to enable to deal with special provisions, now or in future: two items are added for each series covering a main module: special calculation and special measurement procedures

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10 Descriptions Descriptions Descriptions Heating Cooling Ventilation Humidifi cation Dehumidification Domestic Hot water Lighting automation & control PV, wind,.. ISO TC163/WG 4 (ISO/TC 163 ISO/TC 205 JWG) Annex A Modular system from draft Overarching standard Overarching (as such) Technical Systems sub1 M1 sub1 M2 sub1 M3 M4 M5 M6 M7 M8 M9 M10 M11 1 General 1 General 1 General 2 Common terms and definitions; symbols, units and subscripts 2 Needs 2 Needs 3 Applications 3 (Free) Indoor Conditions without Systems 3 Maximum Load and Power 4 Ways to Express 4 Ways to Express 4 Ways to Express 5 Functions and Boundaries 5 Heat Transfer by Transmission 5 Emission & control 6 Occupancy and Operating Conditions 6 Heat Transfer by Infiltration and Ventilation 6 Distribution & control 7 Aggregation of Services and Carriers 7 Internal Heat Gains 7 Storage & control 8 Partitioning 8 Solar Heat Gains 8 Generation & control 9 Calculated 9 Dynamics (thermal mass) 9 Load dispatching and operating conditions 10 Measured 10 Measured 10 Measured 11 Inspection 11 Inspection 11 Inspection 12 Ways to Express Indoor Comfort 12 BMS 13 External Environment Conditions 14 Economic Calculation