As local and global energy issues continue to intensify, a greater emphasis is being placed on energy efficiency, renewable energy, and building energy use. Although zero energy buildings (ZEBs) have not become mainstream, they continue to be seen as the pinnacle for green and energy efficient buildings. Changes in technology, regulation, and education have allowed ZEBs to penetrate different markets across various building types outside of the single-family residences and 1-story office buildings that were first able to achieve net zero energy (ZNE).
ZEBs are feasible for offices, educational facilities, laboratories, and other building types. The technology to achieve ZNE in most buildings already exists, though it continues to improve. Regulation, education, and market awareness continue to expand and will help move the ZEB market forward. Educating all parties—from the designers to contractors to occupants—on the core concepts is imperative to achieving ZNE. Drivers behind ZNE projects include regulations, operating cost reductions, energy security, and customer attraction, among others. Organizations have also noted resilience as a key driver, as weather events and natural disasters have increasingly affected businesses in recent years.
This Navigant Research report analyzes the global market for ZNE buildings in the residential and commercial sectors. The study examines the major changes in the ZNE buildings market in the last few years, as well as issues that are keeping the market from taking off or becoming more mainstream. Key technology and design trends are analyzed, with a focus on analysis tools and design methods. The report also examines the regulations and education and outreach programs related to ZNE buildings.
Key Questions Addressed:
What is a net zero energy (ZNE) building?
How do design and construction practices for ZNE buildings differ from those for traditional buildings?
What kinds of technologies are used in ZNE buildings?
How is policy driving the adoption of ZNE buildings?
What are the main barriers to the widespread adoption of ZNE buildings?
Who needs this report?
Smart building service and technology vendors
Energy efficient equipment vendors
Real estate investors and property managers
Solar hardware vendors
Government agencies and policymakers
1. Executive Summary
2. Market Update
2.1 Residential versus Commercial
2.2 Technology and Design
2.2.1 Energy Analysis Tools
2.2.2 Integrative Design Method
2.3.1 Codes and Standards
188.8.131.52 ASHRAE and IECC
184.108.40.206 Energy Performance of Buildings Directive
220.127.116.11 Individual State and City Initiatives
18.104.22.168 Japan’s Zero Energy Building Requirements
22.214.171.124 US Government
2.3.2 Incentives and Financing
126.96.36.199 Electric Program Investment Charge
188.8.131.52 Energy Trust of Oregon
184.108.40.206 Public-Private Partnerships
220.127.116.11 Vermont Incentives and Financing
2.4 Education and Outreach
18.104.22.168 Architecture 2030
22.214.171.124 International Living Future Institute
126.96.36.199 New Buildings Institute
188.8.131.52 World Green Building Council
184.108.40.206 The United Nations
3. Conclusions and Recommendations
List of Charts and Figures
Total Zero Energy Building Revenue by Product/Service, World Markets: 2016-2035
New Buildings Institute-Tracked Cumulative Zero Energy Verified Buildings, North America: 2000-2015
Site Boundary of Energy Transfer for Zero Energy Accounting
California ZNE and Ultra-Low Energy Buildings by Type
Recognized Benefits of Energy Efficiency within Organizations
Design Process for Achieving ZNE
Average Cost for End-Use Energy Savings
Annual Solar PV Installed Costs, Residential and C&I Systems, United States: 2012-2020
zEPI Scale to ZNE
Residential Building Adoption of the IECC Standard
Commercial Building Adoption of the ASHRAE Standard
List of Tables
New Buildings Institute ZNE-Verified Buildings, United States: 2000-2015