Getting started with IDA ICE
About this Getting started guide
IDA Indoor Climate and Energy (IDA ICE) is a dynamic multi-zone simulation application for accurate study of indoor climate of individual zones as well as the energy consumption of an entire building.
The user interface has been designed to make it easy to build and simulate typical cases, but also offers the advanced user the full flexibility of IDA. To provide both efficiency and flexibility, IDA ICE works with three user levels: Wizard, Standard and Advanced. This manual shows how to start working in the standard level.
IDA ICE is delivered in two editions: Standard and Expert. The screen shots shown are from the Expert edition of the program. Please note that unless specifically mentioned, all steps can be undertaken with the standard edition.
The introduction gives a brief overview of the user interface. It roughly explains what can be done where, but does not go into details. You should not worry about this and try to make it to the end of the introduction. The actual learning example starts in Chapter 1. From that point, take care in always trying to understand what you are doing.
Basically, the screenshots will show you how to act, while the text explains what you are doing and provides useful hints.
Caption for symbols in screenshots
Numbers with reference from screenshot to text
👉
Hints about possible actions, not belonging to the learning example. These can safely be omitted without losing the thread.
Indication of a screen segment
Single left mouse click
Single right mouse click
Double left mouse click
Drag and drop
Drag and drop with pressed Ctrl-key
Help texts
Make sure you take a look at the online help texts as well. These are easiest reached by pressing F1, when you have the dubious window active. Alternatively choose Help -> Help topic to find help texts, or use the
cursor (in the toolbar) and point at the element in question on the screen.
Contents
- Introduction
- Geometry and CAD Import
- Default Constructions
- Zone Template
- Inserting Zones
- Windows and Internal Openings
- Site Shading and Orientation
- Location and Weather
- Ventilation System
- Infiltration
- Thermal Bridges
- Ground Properties
- System Distribution Losses
- Heating Load Calculation and Results
- Cooling Load Calculation and Results
- Overheating calculation
- Energy Calculation and Results
- Simulation Summary
- Time Series Diagrams
- Systems Energy Report
- More… Reports