Integrative Process

Support high-performance, cost-effective outcomes through early analysis of interrelationships among systems.

Supportive of strategy goals.

CGreen
CHPS II1.0 Prereq.: 1pt.; II1.1: 1pt.
GGlobes
BDCv3 PC 60 Integrative Process: 1 pt.
NDv3
BDCv4 IP Integrative process: 1pt
NDv4
Applicable
Products /
Systems
  • Concrete unit masonry
  • Permeable interlocking concrete pavements

Pre-design modeling and analysis of energy-related and water-related systems are required to inform an optimized design.

Energy-related analysis involves preliminary modeling of at least two out of seven options; one of which is to assess insulation values and other attributes of the basic envelope. The project then reports how the analyses impacted design including elimination or downsizing of building systems, such as HVAC, exterior materials and finishes.

The thermal mass and heat capacity of concrete masonry has been shown to benefit energy design, and in most cases significantly contribute to reduction in HVAC requirements. The 2013 California Energy Code (CEC) recognizes and accounts for concrete masonry as a heavy mass wall.

In most Southern California climate zones, insulation is NOT required for concrete masonry walls 8-inches and greater in width. See Optimize Energy Performance

Concrete masonry is also multi-functioning, where the structural wall also serves as a contributor to energy design and as a finish material, potentially eliminating multiple materials. See Efficiently Green: Multi-Function Products & Systems.

Water-related analysis includes strategies in the site design for rainwater quantity and quality management systems. Permeable interlocking concrete pavements (PICP) create systems that capture, control, and clean potential site runoff.

Integrative Process