Mexico Net-Zero Energy Buildings Market Overview, 2031

Key Insights

• According to the research report, "Mexico Net-Zero Energy Buildings Market Outlook, 2031," published by Bonafide Research, the Mexico Net-Zero Energy Buildings Market is anticipated to grow at more than 18.83% CAGR from 2026 to 2031.
• Mexico has a substantial construction and building base that provides opportunities for net-zero energy technologies across new projects and existing properties. INEGI reported real construction production for building activity at MXN 15.07 billion in December 2025, with housing, industrial, commercial and service buildings representing important categories within national construction activity. This construction base supports demand for efficient HVAC, building envelopes, energy-management systems, renewable-energy technologies and other measures that reduce building energy consumption.
• Building energy efficiency is particularly relevant in Mexico because cooling and air-conditioning requirements can represent a significant share of building energy consumption. CONUEE notes that environmental conditioning can account for up to 50% of energy consumption in buildings depending on regional climatic conditions. This creates opportunities for efficient air-conditioning, improved envelopes, insulation, controls and energy-management technologies, particularly across hot regions where cooling loads are structurally important.
• Mexico is strengthening its energy-efficiency framework through updated equipment standards and public-sector requirements. In 2025, CONUEE supported the approval and publication of new efficiency standards covering central air conditioners, unitary air conditioners and electric motors. The NOM-011-ENER-2025 standard establishes minimum seasonal efficiency requirements for central air conditioners, while NOM-035-ENER-2025 introduces minimum efficiency requirements for larger unitary air-conditioning equipment used in commercial, service and industrial facilities.
• The market is increasingly supported by sustainable-building certification and green-finance activity. EDGE identifies Mexico as an important market for certified green residential development, while IFC's Mexico Green Buildings program promotes EDGE as a design, training and certification tool capable of supporting projects pursuing higher energy and resource performance. The availability of certification and sustainable-finance mechanisms can strengthen demand for energy-efficient building designs and integrated building-performance solutions.

Market Outlook

• The Mexico Net-Zero Energy Buildings Market is expected to develop through a combination of national efficiency standards, local building requirements, public-sector energy programs, sustainable construction practices and private-sector investment. Unlike markets with a single nationwide net-zero building code, Mexico's framework combines federal NOM standards with local construction regulations. This creates different adoption conditions by state and municipality, while climate differences between northern, central and southern regions influence the economics of cooling, insulation, ventilation, solar generation and other building-performance technologies.
• New construction provides opportunities to integrate energy efficiency into building design before equipment and envelope systems are installed. Developers can incorporate efficient air-conditioning, high-performance glazing, insulation, solar PV, efficient lighting, building automation and energy-management systems during project development. Mexico's construction industry continues to generate activity across housing, commercial buildings, industrial facilities, schools, hospitals and other structures, providing multiple application channels for technologies that improve energy performance.
• Renovation & Retrofitting is increasingly relevant because energy savings can be achieved by upgrading existing cooling systems, building envelopes, lighting and controls. Existing commercial and public buildings can benefit from energy audits, equipment replacement, insulation, glazing improvements, automated controls and improved operational management. CONUEE's building-efficiency framework specifically covers envelope performance, thermal insulation, lighting and air-conditioning technologies, providing a technical foundation for retrofit activity across different building types and climatic regions.
• Equipment demand is strongly influenced by air-conditioning efficiency because cooling is a major building-energy application in Mexico. The 2025 update of NOM-011-ENER establishes minimum seasonal efficiency requirements for central air-conditioning equipment, while NOM-035-ENER-2025 addresses larger unitary systems used in offices, hospitals, hotels, restaurants, shopping centers, educational facilities and industrial locations. These requirements increase the relevance of higher-efficiency HVAC equipment in both new procurement and replacement cycles.
• Solutions & Services should gain importance as building owners increasingly require technical assistance to identify, implement and verify energy-efficiency improvements. CONUEE's 2026 work program emphasizes energy-management systems, energy-service markets, local-government support and stronger implementation of energy-efficiency standards. This creates opportunities for energy auditors, engineering firms, building-automation integrators, commissioning specialists, consultants and digital energy-management providers that can translate efficiency requirements into measurable building-performance improvements.

Policies & Regulatory Landscape

• Mexico's building energy-efficiency framework is based on federal energy-efficiency standards combined with state and municipal construction regulations. CONUEE identifies specific NOM standards addressing non-residential building lighting, building envelopes, residential building envelopes, thermal insulation and air-conditioning equipment. The framework means that equipment suppliers and developers must consider both national technical requirements and the construction rules applicable in the jurisdiction where a building is developed.
• Building-envelope performance is an established component of Mexico's energy-efficiency framework. NOM-008-ENER addresses the envelope of non-residential buildings, while NOM-020-ENER addresses the envelope of residential buildings. NOM-018-ENER establishes requirements related to thermal insulation for buildings. These standards are particularly relevant in Mexico because envelope performance can influence cooling loads and indoor thermal conditions, creating a regulatory basis for insulation, glazing and passive-design measures.
• Mexico strengthened appliance and equipment efficiency requirements during 2025. NOM-011-ENER-2025 was published in April 2025 for central air conditioners and establishes minimum seasonal energy-efficiency levels, testing methods and labeling requirements. In August 2025, NOM-035-ENER-2025 introduced minimum efficiency requirements for large unitary air-conditioning equipment, while NOM-016-ENER-2025 established updated efficiency requirements for three-phase electric motors. These measures directly affect equipment procurement for buildings and related facilities.
• Federal public-sector buildings are subject to dedicated energy-efficiency requirements that can influence procurement and building operations. CONUEE published mandatory 2025 administrative provisions covering energy efficiency in federal public-administration buildings, fleets and industrial facilities. The framework promotes efficient technologies, energy-management systems, operating controls and monitoring. Updated 2026–2030 provisions and guidelines continue this focus, creating a recurring procurement channel for efficient equipment and energy-management solutions within federal facilities.
• Mexico's long-term policy direction also emphasizes stronger local adoption of energy-efficient building codes and standards. SENER and CONUEE developed a long-term roadmap intended to guide the adoption and advancement of building energy codes and standards at the local level. The framework links building efficiency with national energy-transition objectives and encourages stronger implementation of energy-performance requirements, providing a policy foundation for gradual expansion of high-performance building practices.

Net-Zero Energy Buildings Procurement & Industry Impact

• Procurement for high-performance buildings in Mexico generally involves developers, owners, architects, engineers, contractors, equipment suppliers, distributors and specialized energy-service providers. Public projects can be influenced by federal energy-efficiency provisions, while private projects may incorporate LEED, EDGE or internal sustainability requirements. Equipment compliance, lifecycle operating costs, technical documentation, installation capabilities and expected energy performance can therefore influence supplier selection across residential, commercial, institutional and industrial projects.
• Equipment suppliers are increasingly affected by Mexico's evolving minimum-efficiency standards, particularly in air-conditioning and motor applications. Updated NOM requirements create technical specifications that suppliers must meet before equipment can compete in regulated applications. For building projects, this can increase the importance of efficient air-conditioning, motors, lighting, insulation and controls. Manufacturers and distributors that provide compliant equipment together with technical support and installation guidance can improve their relevance in specification-driven procurement.
• Solutions & Services providers can play an important role in helping building owners identify energy-saving opportunities and implement integrated efficiency measures. Energy audits, engineering, building-energy modeling, commissioning, energy-management systems and performance monitoring can support projects where multiple technologies must operate together. CONUEE's 2026 program specifically includes development of energy-service markets and support for local governments, reinforcing the role of technical and service providers in improving building energy performance.
• Local technical capabilities are increasingly important as Mexico expands energy-efficiency activity across public and private buildings. CONUEE launched a national energy-efficiency training plan in 2026 for state and municipal governments covering public buildings and energy management. Such initiatives can improve the capacity of local authorities to identify and implement efficiency projects while creating additional opportunities for engineering firms, energy consultants, equipment suppliers and service providers supporting public-building improvements.

Industry News

• In August 2026, CONUEE continued its 2026 building-efficiency activities and promoted the World Championship for Energy Savings in coordination with SENER and the Global Alliance for Buildings and Construction. The initiative focuses on improving building energy performance and strengthens Mexico's participation in broader energy-efficiency efforts.
• In August 2026, CONUEE's regulatory documentation portal continued to publish updated energy-efficiency materials, including current NOM documentation and draft standards. The activity demonstrates continued development and maintenance of Mexico's technical framework for energy-efficient equipment and building applications.
• In April 2026, CONUEE launched its National Energy-Efficiency Training Plan for state and municipal public services and buildings. The program includes a dedicated module for energy management and efficiency in public buildings, strengthening local technical capacity to develop and implement building-efficiency projects.
• In April 2026, CONUEE presented its 2026 Annual Work Program, prioritizing stronger enforcement of energy-efficiency standards, energy-management systems, energy-service markets and support for sustainable projects by local governments. The program provides a current policy direction for building-efficiency activities in Mexico.

Segment Analysis

Net-Zero Energy Buildings By Project Type
• New construction provides opportunities to integrate energy efficiency during the initial design and specification process. Mexican developers can incorporate efficient air-conditioning, thermal insulation, high-performance glazing, solar PV, efficient lighting, building controls and energy-management systems before occupancy. Building-envelope standards and equipment-efficiency NOMs influence technical specifications, while sustainable certification systems such as LEED and EDGE can encourage higher-performance designs in residential, commercial, industrial and institutional projects.
• Existing buildings provide opportunities for energy savings through upgrades to cooling equipment, insulation, lighting, controls and building-management systems. Retrofit activity is particularly relevant in commercial and public buildings where air-conditioning represents a substantial operating load. Energy audits can identify inefficient equipment and envelope conditions, while targeted upgrades can reduce consumption without requiring complete reconstruction. Federal and local energy-efficiency initiatives can further support technical assessment and implementation of retrofit measures.
Net-Zero Energy Buildings By Building Type
• Residential buildings provide opportunities for improved envelopes, efficient cooling, thermal insulation, efficient lighting and distributed renewable-energy systems. NOM-020-ENER establishes energy-efficiency requirements for residential building envelopes, while broader efficiency standards cover appliances and equipment used in homes. In warmer regions, cooling efficiency is particularly important, whereas passive-design measures and insulation can help reduce cooling requirements. Green residential development is also supported by the growing use of EDGE certification in Mexico.
• Non-Residential buildings offer significant opportunities for integrated energy-performance solutions because offices, hospitals, hotels, shopping centers, schools, warehouses and industrial facilities can have substantial cooling and electrical loads. Mexico's efficiency standards address non-residential envelopes, lighting and air-conditioning equipment, while updated 2025 requirements apply to larger unitary cooling systems. Building automation, energy management, efficient HVAC and renewable-energy integration can therefore support both regulatory compliance and operational cost reduction.
Net-Zero Energy Buildings By Component
• Equipment demand is concentrated around technologies that reduce electricity consumption and improve the efficiency of major building loads. Efficient air-conditioning, heat pumps, motors, lighting, insulation, high-performance glazing, smart meters, controls and solar PV are relevant across Mexican applications. Updated NOM standards for central and unitary air conditioners and electric motors are increasing minimum technical requirements, while regional climate differences influence the relative importance of cooling equipment, envelope improvements and distributed renewable-energy technologies.
• Solutions & Services are increasingly important as building owners require technical expertise to design, implement and verify energy-efficiency improvements. Energy audits, engineering, building-energy modeling, commissioning, energy-management systems, monitoring, measurement and verification and certification support can help coordinate multiple efficiency measures. CONUEE's focus on energy-service markets, public-building management and local-government capacity development provides additional opportunities for specialized consultants, engineering firms, software providers and energy-service companies.


Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031



Aspects covered in this report
• Net-Zero Energy Buildings with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Project Type
• New Construction
• Renovation & Retrofitting

By Building Type
• Residential
• Non-residential



By Component
• Equipment
• Solutions & Services