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The green building industry is experiencing significant growth, driven by increasing awareness of climate change, stricter regulations, and consumer demand for healthier, more energy-efficient spaces. Passive House standards are gaining traction as a proven method for achieving deep energy reductions and superior indoor comfort. Innovation in materials and technologies continues, pushing the sector towards truly zero-carbon solutions. Governments and institutions are increasingly promoting sustainable practices.
Total Assets Under Management (AUM)
Green Building Market Size in United States
~Approximately 128.8 billion USD (2022)
(11.1% CAGR)
- Residential green building is growing rapidly.
- Commercial green building adoption is steady.
- Retrofits and renovations contribute significantly.
400 billion USD
Integration of sophisticated BIM software with real-time energy simulation capabilities allows for precise design, analysis, and optimization of building performance from conception to operation.
Deployment of intelligent sensors and IoT devices for dynamic control and optimization of building systems (HVAC, lighting, ventilation) based on real-time occupancy and environmental conditions, enhancing energy efficiency and occupant comfort.
Factory-controlled production of highly insulated, airtight building components and modules that are then assembled on-site, significantly reducing construction time, waste, and ensuring quality control for Passive House standards.
The IRA significantly expanded and extended tax credits for energy-efficient home improvements (25C) and new energy-efficient homes (45L), offering substantial incentives for builders and homeowners to adopt high-performance building standards.
This policy directly incentivizes the adoption of Passive House principles by making deep energy retrofits and new highly efficient construction more financially attractive for Passive House Accelerator's target audience.
Numerous states and cities (e.g., New York, Colorado, Boston, Washington D.C.) are implementing Building Performance Standards (BPS) that mandate energy and emissions reductions for existing buildings, often with escalating targets.
These standards create a strong market driver for Passive House retrofits and energy efficiency upgrades, increasing demand for the expertise and resources promoted by Passive House Accelerator.
The IECC, a model building code adopted by many US jurisdictions, continues to evolve with increasingly stringent energy efficiency requirements, pushing towards net-zero ready construction.
Stricter IECC codes align with Passive House goals, requiring building professionals to seek advanced training and solutions like those offered by Passive House Accelerator to meet compliance.
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