The document outlines a collaborative project between Ascent Systems Technologies and UBC-CIRS focused on an integrated thermal hydronic system. It discusses various complex systems related to building performance, including guidance, navigation, and energy distribution technologies. It emphasizes sustainable design, operational efficiency, and dynamic behavior in high-performance buildings.

1. Integrated Thermal Hydronic System
Collaborative Project with UBC-CIRS
28 January, 2014
Vancouver
Ascent Systems Technologies

2. Complex Systems
Optimal Guidance & Navigation
Air Traffic Control

3. Complex Systems
Satellite Communication
Missile Defense

4. Components of a high-performance building

5. High-Performance Home as a System

6. Subsystems of a Building

9. 9
Downstream Influences
Implementation
Evolution
Operations
Architecture
Design
Operational sequence
and dynamic behavior
Operator
(training, etc.)
Operational cost
Form
Function
Concept

10. 10
Upstream Influence on System Architecture
Regulation
Corporate,
Marketing
Strategy
Customers
Competitive
Environment
Technology
Architecture
Need Goals
Downstream
Strategies,
Competence
Form
Function
Concept

11. Solar Balance

12. Aero-Solar Predictive Algorithm (ASPA)

13. Aero-Solar Predictive Algorithm (ASPA)

15. Quasi-Optimal Energy Distribution

16. Aero-Solar System

17. Latento Thermal Storage

19. Simplified diagram of adaptive robust control

20. Schematic diagram of IHS test configuration

21. Integrated Approach to Sustainable Design and
System Evolution
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Ascent Systems Technologies