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Net-Zero Energy Buildings Market

Net-Zero Energy Buildings Market Share, Size, Trends, Industry Analysis Report By Type (Residential, Commercial); By Equipment (HVAC Systems, Lighting, Walls and Roofs, Others); By Region ; Segment Forecast, 2021 - 2030

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  • Status : Published
  • Published on: November 2022
  • Report ID: KDMI-7102
  • Available Format: PDF/Excel/DOC

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The global net-zero energy buildings market is expected to witness growth at a compounded annual growth rate (CAGR) of 18.7% during the forecast period of 2021-2030.

Net-zero energy buildings, also known as zero energy buildings, are becoming more and more popular as a means of tackling climate change in a variety of sectors and areas. In order to consume no further energy than is produced on-site utilizing renewable resources over the course of a year, these buildings use energy-efficient technologies and renewable energy systems, effectively eliminating their own energy footprint. A net-zero energy buildings produces its own electricity from renewable sources like geothermal, solar, or wind rather of utilizing the grid's fossil fuel-based energy.

Growth Drivers

The focus and emphasis placed on energy-efficient construction by governments augurs well for market expansion in the ensuing years. Many nations are implementing regulatory measures to limit the amount of energy or other resources that buildings use. Governments have come to the realization that regional and local initiatives and policies must share the energy future while addressing global problems like climate change. The most efficient and quick way to cut carbon emissions and promote sustainable development is to build energy-efficient structures. Governments' increased attention to energy-efficient construction is due to all of the positive effects it has on society, the economy, and the environment.

When it comes to energy access and pricing, efficient building design and construction can significantly benefit low-income urban residents' access to fundamental amenities like clean water, education, and healthcare. Buildings that use less energy can significantly reduce their need for electricity, as well as any associated carbon emissions or other air pollutants. The advantage is quite important for developing and emerging nations. Despite these advantages, there are several obstacles to creating energy-efficient buildings, including minimal investments and a gap in efficiency. These problems are motivating legislative changes that are anticipated to raise the involvement of various stakeholders and guarantee consistent advancements in building energy efficiency.

Due to strict government requirements and the necessity to cut running expenses, public institutions and colleges are implementing net-zero energy buildings. To enhance their market share in the North American net-zero energy building sectors, many major firms have implemented expansion and cooperation tactics. Net-zero energy buildings are being used in commercial buildings including factories, offices, and institutions to cut down on emissions and energy use. During the forecast period, the residential sector is anticipated to develop at the greatest CAGR.

However, the adoption of these buildings has hitherto been constrained by low customer awareness. However, the creation of net-zero energy buildings has greatly accelerated thanks to considerable government programs and significant expenditures is expected to restrain the growth of the global brain monitoring market to a certain extent during the forecast period.

Net-Zero Energy Buildings Market Segmentation:

By Equipment

  • Lighting 
  • Walls & Roofs
  • HVAC Systems
  • Others

By Service

  • Software
  • Consulting & Designing 

By Building Type

  • Commercial
  • Residential

By Region

• North America

• Europe

• Asia Pacific

• Latin America

• Middle East and Africa


The net-zero energy buildings market has been divided into sections for lights, walls and roofs, HVAC systems, and other equipment based on equipment. The lighting apparatus consists of lighting that uses the least amount of energy possible while still operating at a high level of effectiveness and longevity. Paneling and roofing materials, technologies, and solutions make up the walls and roofing equipment needed to erect net-zero energy buildings.

The service section has been bifurcated into software services and consulting & designing services. Architects, engineers, designers, and consultants all use software. Due to the significance of these services in the early stages of a ZNE project, the consulting and designing services segment had the largest share in 2021. The segment is anticipated to increase steadily throughout the anticipated time period as a result of growing interest in and demand for ZNE constructions from the global commercial and residential sectors. The necessity for designers and architects to practice and produce more sustainable structural designs utilizing various tools & software is expected to drive the software segment's continuous growth over the upcoming years.

The net-zero energy buildings market has been divided into commercial and residential segments based on type. Due to higher demand and adoption than the residential sector, the commercial segment had the largest market share in 2021. Over the anticipated time, the commercial segment is predicted to expand steadily. The first targets are commercial building complexes like universities, corporations, government buildings, and sizable manufacturing and production facilities. However, over the anticipated timeframe, the residential sector is expected to have the highest growth rate.

Regional Outlook

The net-zero energy buildings market has been divided into North America, Europe, Asia Pacific, South America, and Middle East & Africa based on geographic regions. In 2016, the North American area held the greatest market share. The U.S. and Canada are the most notable technology adopters, which has contributed to the high rate of market growth in this area.

The U.S. energy department's and local organizations’ efforts to work toward achieving the sustainability of existing and new buildings, together with factors like the strict restrictions established by the U.S. government, are the main reasons driving the market growth. Additionally, California has the most net-zero buildings, which has helped them capture a sizable portion of the market.

Due to the active participation and significant efforts made by the countries in this region to achieve global sustainability, the European region is predicted to experience the highest growth rate over the forecast period. Growing public concern over creating a clean, green environment and reducing carbon emissions is anticipated to have a significant role in the regional market's expansion over the coming years.

Given the region's increasing urbanization, the Asia Pacific is anticipated to create large revenue and follow the European region's lead. Additionally, it is projected that growing infrastructure spending and local knowledge of the advantages of green construction will fuel the expansion of the NET-ZERO ENERGY BUILDINGSs market as a whole. Net-zero energy structures offer potential in both developed and developing nations, including China, South Korea, Singapore, Taiwan, India, Australia, and Japan. Therefore, regional manufacturers, builders, and service providers are highly focused on capturing prospects in the region, which observes a strong demand from the population, in cooperation with the regional governments and organizations.

Key Companies In Net-Zero Energy Buildings Market:

Altura Associates, Inc.

Daikin Industries Ltd.

General Electric

Integrated Environmental Solutions (IES) Limited

Johnson Controls International plc

Kingspan Group plc

NetZero Buildings

Rockwool Group

Sage Electrochromics, Inc.

Schneider Electric

Siemens AG

Solatube International Inc.

SunPower Corporation

Xtratherm Limited


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