Commercial HVAC
Commercial + Industrial
HVAC Transformation: Dual-Fuel Solutions Elevate Building Health and Efficiency
By transforming the commercial HVAC market for good, NEEA has ushered in a new era of healthy, resilient and efficient buildings in the Northwest.
NEEA’s end-to-end approach to Market Transformation begins with testing emerging products and design approaches to verify the best outcomes for Northwest consumers, including those in the commercial sector. Once solutions are validated, NEEA equips manufacturers with the data and market support they need to bring the best-performing products to the Northwest. Then, with manufacturers on board, NEEA ensures the Northwest’s commercial building market is ready to adopt new approaches by providing technical guidance and building strong buy-in and awareness of the multifaceted value of these proven technologies and techniques.
Across fuel types and commercial sectors, NEEA’s work continues to significantly reduce energy use throughout the region, improve indoor comfort, and protect building occupants from the spread of potentially devastating viral contaminants. As demonstrated by the success of NEEA’s Advanced Performance Rooftop Units (RTUs) program, formerly Efficient RTUs, and Advanced Performance Dedicated Outside Air System (DOAS) program, formerly High-Performance HVAC, these Market Transformation outcomes provide ongoing value to owners, operators and occupants of gas and electric buildings.
Advanced Performance RTUs Program
Advanced performance RTUs that incorporate heat recovery and tighter, better insulated shells can deliver as much as 40% energy savings beyond minimum efficiency RTUs. Recognizing that widespread adoption of advanced performance RTUs could generate annual savings between 3 million and 10 million therms by 2039, NEEA’s upstream Market Transformation strategies include:
- Working directly with manufacturers to produce an increasing variety and volume of units at lower price points.
- Differentiating more-efficient units by developing a voluntary specification and qualified products list.
Ultimately, NEEA’s Advanced Performance RTUs program will provide evidence to support a federal standard by 2030 that requires at least 20% more efficient RTUs than the 2020 market average.
See additional advanced performance RTU resources at betterbricks.com.
400,000+ RTUs
in the Northwest
Used by small and medium
commercial buildings such as:
- Office building
- Schools
- Shopping centers
- Grocery stores
- Restaurants
Advanced Performance DOAS Program
NEEA’s upstream and midstream Market Transformation interventions have long paved the way for advanced performance DOAS in the Northwest market. Advanced performance DOAS represents the next step in the ongoing evolution of HVAC design. These systems use the most efficient equipment and key design principles to provide cleaner and safer indoor air and enhance indoor comfort—while reducing commercial building HVAC energy use by an average of 69% over code.
The unique design principles and technology requirements of advanced performance DOAS require the alliance to collaborate with manufacturers, distributors and designers to generate strong system awareness and buy-in. NEEA’s Market Transformation strategies leverage influential organizations like ASHRAE and trusted mechanical system experts to introduce this new approach to building professionals, help the market gain experience, and highlight the additional value to the end customer.
The Advanced Performance DOAS program also works with partner efficiency programs across the U.S. to build demand for the high efficiency equipment required in the design, and ultimately influence manufacturers
to increase availability of this equipment. Since the program’s inception, the alliance has grown the qualifying product list from one manufacturer with a handful of products to nine manufacturers and well over 100 products spanning price points and size categories.
In 12 demonstration projects in the Northwest, advanced performance DOAS upgrades delivered on average:*
69% HVAC energy reduction
48% whole-building energy reduction
*compared to existing code-minimum systems
See additional advanced performance DOAS resources at betterbricks.com.