4.2.1 Background
The electronic format of the COMNET standard reports will be XML. XML is a broadly used mechanism for describing, storing, and exchanging data. The primary function of XML is to effectively organize data and allow for it to be distributed in a platform independent format. Designating XML as the electronic format for COMNET is not intended to create more work for the user. Rather, XML supplies consistency as well as flexibility to the reporting process. XML facilitates straightforward data transfer from users to rating authorities.
The flow of information from the user (e.g. energy analyst) to the rating authority is summarized in Figure 4.2.1-1. First, the user inputs the necessary building data into the interface and runs the simulation engine as usual. When the user makes a successful simulation, the COMNET software will generate an XML file and produce the standard reports. This XML file will contain all of the data relevant to a building project for the purposes of rating and tax evaluation. Finally, the XML file can be sent to a rating authority and uploaded into their database for use in certification, labeling or determining tax deductions.
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Book Navigation
- Commercial Buildings Energy Modeling Guidelines & Procedures (MGP)
- Acknowledgments
- 1 Overview
- 2 General Modeling Procedures
- 3 Software Requirements
- 4 Content and Format of Standard Reports
- 5 Energy Costs and Currency Specification
- 6 Building Decriptors Reference
- 6.1 Overview
- 6.2 Project Data
- 6.3 Thermal Blocks
- 6.4 Space Uses
- 6.5 Building Envelope Data
- 6.6 HVAC Zone Level Systems
- 6.7 HVAC Secondary Systems
- 6.8 HVAC Primary Systems
- 6.9 Miscellaneous Energy Uses
- 6.10 On-Site Power Generation
- 6.11 Common Data Structures
- 6.11.1 Schedule
- 6.11.2 Holidays
- 6.11.3 Surface Geometry
- 6.11.4 Opening Geometry
- 6.11.5 Opening Shade
- 6.11.6 Construction Assembly
- 6.11.7 Fenestration Construction
- 6.11.8 Material
- 6.11.9 Slab Construction
- 6.11.10 Exterior Surface Properties
- 6.11.11 Building Shade
- 6.11.12 Utility Rate
- 6.11.13 Occupant Heat Rate
- 6.11.14 Furniture and Contents
- 6.11.15 Reference Position in a Space
- 6.11.16 Two Dimensional Curve
- 6.11.17 Three Dimensional Curve
- 6.11.18 Temperature Reset Schedule
- 6.11.19 Photovoltaic (PV) Panel
- 6.11.20 Contact
- 7 Advanced Modeling Tips
- 7.1 Challenging Building Types
- 7.2 Design Features
- 7.2.1 Automatically Controlled Window Shades
- 7.2.2 Active Chilled Beams
- 7.2.3 Dedicated Outside Air Systems (DOAS)
- 7.2.4 Displacement ventilation
- 7.2.5 Gas Engine Driven Heat Pumps
- 7.2.6 Ground Source Heat Pumps
- 7.2.7 Ice Storage Air Conditioners
- 7.2.8 Radiant Heating and/or Cooling
- 7.2.9 Switchable glazing
- 7.2.10 UFAD
- 7.2.11 Variable Refrigerant Flow
- Download Appendices

