Indoor Surface Heating & Cooling Solutions Market Latest Analysis, Demand Trends, Growth Forecast 

Indoor Surface Heating & Cooling Solutions Market Summary Highlights

The Indoor Surface Heating & Cooling Solutions Market is undergoing structural transformation as energy-efficient building systems move from premium installations toward mainstream residential, commercial, and institutional infrastructure. Hydronic radiant flooring, thermally activated building systems (TABS), ceiling-based radiant cooling panels, and integrated low-temperature HVAC networks are increasingly replacing conventional forced-air systems in urban construction and retrofit projects. Regulatory pressure on operational carbon emissions, combined with electrification strategies in buildings, is accelerating the deployment of indoor surface-based thermal management technologies across Europe, North America, East Asia, and parts of the Middle East.

In 2026, demand momentum is being shaped by net-zero construction mandates, district heating modernization, rising adoption of heat pumps, and the expansion of smart commercial buildings. However, growth remains uneven across regions due to elevated installation costs, skilled labor shortages, and slower retrofit cycles in price-sensitive markets. Commercial and institutional infrastructure continues to dominate deployment volumes because large-area heating and cooling efficiency gains are more measurable in airports, healthcare facilities, office complexes, data centers, and educational campuses.

Recent infrastructure developments are directly strengthening demand conditions. In February 2025, Germany expanded funding under its Federal Funding for Efficient Buildings program with multi-billion-euro allocations supporting low-temperature heating systems and heat pump integration in public buildings. This substantially increased procurement activity for hydronic floor systems and radiant cooling panels in municipal projects. In October 2024, China announced additional ultra-low-energy building pilots across major urban provinces, targeting over 140 million square meters of green building floor space upgrades, supporting advanced surface-based thermal systems in mixed-use developments. Meanwhile, in April 2026, the United States General Services Administration accelerated decarbonization retrofits across federal facilities with large-scale electrified HVAC modernization programs, increasing demand for radiant cooling ceilings and embedded slab systems in government buildings.

Statistical Snapshot of the Indoor Surface Heating & Cooling Solutions Market

• Global installation value for Indoor Surface Heating & Cooling Solutions Market is estimated to surpass USD 9.8 billion in 2026, with commercial infrastructure accounting for nearly 46% of total demand.
• Hydronic radiant floor heating systems represent approximately 52% of total installed system volume due to compatibility with heat pumps and district heating networks.
• Europe contributes nearly 38% of global Indoor Surface Heating & Cooling Solutions Market revenue in 2026, supported by aggressive building decarbonization regulations.
• Radiant cooling systems in commercial offices are projected to expand at over 9.4% annual growth through the late 2020s as energy-efficient cooling gains importance in warm urban climates.
• More than 31% of newly certified green commercial buildings in advanced economies are integrating some form of embedded thermal surface technology in 2026.
• Heat pump-linked indoor surface systems reduce operational energy consumption by 18–32% compared with conventional forced-air HVAC configurations in large commercial structures.
• In Asia-Pacific, institutional construction projects using thermally activated concrete slab systems increased by nearly 24% between 2024 and 2026.
• Retrofit projects account for almost 41% of total Indoor Surface Heating & Cooling Solutions Market demand in Europe due to aging building stock modernization.
• Ceiling radiant cooling panel deployment in data centers and technology campuses rose by approximately 17% in 2025 amid stricter indoor thermal management targets.
• Smart zoning and sensor-controlled thermal surface installations are expected to exceed 45 million connected endpoints globally by 2026.
• Residential radiant floor heating installations in Nordic countries now exceed 63% penetration in newly constructed detached housing units.
• High initial installation expenditure remains a limiting factor, with advanced radiant cooling systems costing 20–45% more upfront than conventional HVAC layouts in large retrofits.

Indoor Surface Heating & Cooling Solutions Market Trends Linked to Building Electrification and Low-Carbon Infrastructure

The Indoor Surface Heating & Cooling Solutions Market is increasingly influenced by the convergence of electrification policies and building decarbonization targets. Governments are placing operational energy efficiency at the center of climate regulations, shifting focus away from conventional combustion-based heating systems toward low-temperature thermal distribution networks.

Indoor surface-based heating and cooling technologies benefit directly from this transition because they operate efficiently with air-source and ground-source heat pumps. Lower water supply temperatures improve heat pump coefficients of performance, creating measurable energy savings in both residential and commercial environments.

In January 2026, France expanded mandatory energy renovation requirements for commercial buildings exceeding 1,000 square meters under revised tertiary-sector efficiency regulations. This policy accelerated retrofitting activity involving hydronic radiant flooring and ceiling cooling systems in logistics hubs, public offices, and healthcare facilities. Similar momentum emerged in South Korea, where the Ministry of Land, Infrastructure and Transport increased funding for zero-energy buildings in September 2025, driving adoption of embedded thermal slab technologies in public educational infrastructure.

Commercial developers are increasingly prioritizing occupant comfort metrics alongside energy reduction goals. Surface-based systems distribute thermal energy more evenly than forced-air systems, reducing temperature stratification and improving indoor comfort conditions. This has become particularly important in premium office spaces where workplace quality metrics increasingly influence leasing decisions.

The expansion of district heating infrastructure across Europe is also strengthening the deployment environment for radiant surface systems. In Denmark and Sweden, district heating modernization programs integrating renewable energy sources have accelerated compatibility requirements for low-temperature building systems. Radiant floors and wall-integrated hydronic loops are naturally aligned with these operating conditions, supporting broader adoption in multifamily residential projects.

Another major growth catalyst comes from rising urban cooling demand. Conventional air-conditioning systems face mounting scrutiny because of electricity consumption spikes and refrigerant-related environmental concerns. Radiant cooling ceilings and thermally activated building systems are gaining traction in high-density commercial projects because they reduce airflow dependence while lowering peak cooling loads.

In June 2025, the United Arab Emirates launched additional green building requirements for government-led infrastructure projects in Abu Dhabi and Dubai, emphasizing high-efficiency cooling systems capable of lowering peak electricity demand. This created stronger procurement opportunities for radiant cooling ceiling panels and chilled slab technologies across hospitality and administrative developments.

Rising Retrofit Investments Reshaping Indoor Surface Thermal Technology Adoption

Retrofit activity is becoming one of the most important demand generators for the Indoor Surface Heating & Cooling Solutions Market. Aging building stock across Europe and North America requires modernization to comply with stricter carbon reduction standards and energy efficiency targets.

In March 2025, the United Kingdom increased public-sector decarbonization funding allocations for hospitals, universities, and civic buildings. Several projects prioritized low-energy hydronic surface systems due to their long operational lifespan and compatibility with renewable heating sources. Educational institutions have emerged as particularly strong adopters because radiant systems improve thermal comfort while reducing operational noise in learning environments.

Large commercial retrofits are also increasingly integrating intelligent control systems with embedded thermal surfaces. Advanced occupancy sensors, predictive thermal algorithms, and zone-specific controls are improving operational efficiency while addressing historical concerns regarding slow response times in radiant heating systems.

The data center sector is another emerging application area. As hyperscale digital infrastructure expands, operators are searching for alternatives that reduce energy intensity while improving cooling stability. In August 2024, multiple Nordic data center operators announced expansion programs using radiant cooling-assisted environmental control systems to reduce fan energy consumption and stabilize thermal loads in support infrastructure zones.

However, the market is not uniformly expanding across all construction categories. Residential retrofit penetration remains constrained in cost-sensitive regions where installation complexity and flooring replacement expenses remain prohibitive. In Southern Europe and parts of Latin America, many households continue favoring lower-cost split HVAC systems despite higher long-term operational energy use.

Labor availability is another structural challenge. Installation of embedded hydronic networks and radiant cooling systems requires specialized engineering, balancing, and commissioning expertise. Skilled workforce shortages in Germany, Canada, and Australia delayed multiple large-scale commercial deployments during 2025, increasing project lead times and total installed costs.

Smart Building Integration Expanding the Functional Scope of Indoor Surface Heating & Cooling Solutions Market

The Indoor Surface Heating & Cooling Solutions Market is also benefiting from rapid smart building adoption. Modern building management systems increasingly integrate thermal surface controls with occupancy analytics, weather forecasting, and energy optimization software.

This integration is especially important in mixed-use developments where energy performance certifications influence asset valuation and tenant retention. Real estate investment groups are increasingly incorporating indoor surface climate systems into ESG-focused property upgrades because operational emissions reduction has become financially material for institutional investors.

In November 2025, Singapore expanded incentives for smart sustainable buildings under its Green Mark certification framework, increasing deployment of integrated radiant cooling systems combined with intelligent ventilation controls. Such projects demonstrated double-digit reductions in cooling energy intensity compared with traditional centralized air-conditioning layouts.

Healthcare infrastructure is similarly emerging as a high-value application area. Hospitals increasingly prefer radiant surface systems in patient recovery zones because they improve thermal consistency and reduce airborne circulation compared with forced-air systems. This operational characteristic gained renewed attention after multiple healthcare infrastructure upgrades implemented between 2024 and 2026 prioritized indoor environmental quality alongside energy performance.

Industrialized construction methods are further supporting future adoption. Prefabricated modular panels incorporating embedded piping systems are reducing installation complexity and shortening construction timelines. Manufacturers are increasingly developing factory-assembled radiant ceiling modules and pre-engineered hydronic flooring systems to improve scalability in commercial developments.

Despite these advancements, capital intensity remains a key restraint. Large-scale indoor surface heating and cooling installations often require integrated architectural planning during early construction stages. Retrofit compatibility challenges, especially in older buildings with limited floor height availability, continue to restrict penetration rates in several mature urban markets.

Nevertheless, regulatory pressure, electrification policies, smart infrastructure investments, and rising cooling efficiency requirements continue to establish strong long-term foundations for the Indoor Surface Heating & Cooling Solutions Market across institutional, commercial, and high-performance residential construction sectors.

Indoor Surface Heating & Cooling Solutions Market Segmentation Highlights

• Hydronic radiant floor systems account for the largest share of the Indoor Surface Heating & Cooling Solutions Market, contributing nearly 52% of global installations in 2026.
• Commercial buildings remain the dominant application segment with approximately 46% revenue contribution due to large-scale energy optimization requirements.
• Radiant cooling ceilings are emerging as the fastest-expanding technology category, particularly in high-density office and healthcare infrastructure.
• Retrofit installations represent over 40% of market demand in Europe because of stringent building decarbonization mandates.
• Residential adoption is strongest in Nordic countries, Germany, Switzerland, and Canada where cold-climate energy efficiency standards remain aggressive.
• Asia-Pacific leads new construction-linked deployment growth, supported by smart city expansion and institutional infrastructure development.
• Thermally activated building systems (TABS) are increasingly integrated into airports, universities, and mixed-use urban developments due to lifecycle energy savings.
• Heat pump-compatible indoor surface systems account for more than 63% of newly specified projects in advanced low-carbon commercial buildings.
• Healthcare infrastructure is emerging as a high-value segment as hospitals prioritize thermal stability and indoor environmental quality.
• Ceiling-mounted radiant cooling panels are witnessing increasing demand in data centers and semiconductor facilities where airflow management is critical.

Geographical Demand Patterns in Indoor Surface Heating & Cooling Solutions Market

Europe continues to represent the strongest regional foundation for the Indoor Surface Heating & Cooling Solutions Market because regulatory frameworks directly favor low-temperature thermal systems. Building electrification policies, district heating modernization, and carbon reduction mandates have shifted procurement preferences away from conventional HVAC architectures toward embedded thermal technologies.

Germany remains one of the most influential countries shaping regional demand. In March 2025, the German Federal Ministry for Economic Affairs and Climate Action expanded incentives for heat pump-linked building systems under national heating transition programs. This accelerated adoption of hydronic floor heating in multifamily residential retrofits and municipal infrastructure projects. Demand has been particularly strong in public-sector modernization where energy performance compliance requirements are becoming increasingly strict.

The Nordic region demonstrates the highest penetration rates for indoor surface thermal technologies. Sweden, Denmark, and Finland continue expanding district heating systems operating at lower supply temperatures, naturally increasing compatibility with radiant flooring and wall-integrated hydronic loops. In January 2026, Denmark announced additional investment allocations for district energy efficiency upgrades across urban residential networks, increasing demand for compatible indoor thermal distribution systems in apartment retrofits.

France is witnessing accelerated growth in radiant cooling systems within commercial developments. The expansion of tertiary-building decarbonization requirements is pushing developers toward lower-energy cooling alternatives in offices and educational campuses. Ceiling cooling panels and thermally activated slabs are increasingly deployed in Paris, Lyon, and Marseille where summer heat intensity is increasing cooling demand across commercial real estate.

Southern European markets present a more mixed demand environment. Italy and Spain are seeing growth in premium commercial and hospitality applications, particularly in luxury residential developments and energy-certified office spaces. However, broader residential penetration remains constrained by installation costs and fragmented retrofit economics.

Asia-Pacific Construction Expansion Supporting Indoor Surface Thermal Technologies

Asia-Pacific is becoming the fastest-growing regional contributor to the Indoor Surface Heating & Cooling Solutions Market, supported by urbanization, green building policies, and rapid expansion of institutional infrastructure.

China remains central to global installation volume growth. In October 2024, Chinese authorities expanded ultra-low-energy building pilot programs targeting large-scale deployment of energy-efficient construction technologies across major urban clusters. This included millions of square meters of public infrastructure and mixed-use developments incorporating radiant floor heating and slab-based cooling systems.

The Chinese healthcare and education sectors are increasingly adopting thermally activated building systems because of operational energy reduction targets. Large institutional campuses benefit from the stable thermal distribution characteristics of embedded hydronic networks, particularly in regions experiencing extreme seasonal temperature fluctuations.

Japan is emphasizing high-performance building retrofits in dense urban environments. In 2025, multiple large commercial redevelopment projects in Tokyo integrated radiant ceiling cooling systems combined with advanced occupancy-based control software to reduce electricity consumption in premium office towers. Japanese engineering firms are also increasing investment in prefabricated radiant ceiling modules to reduce installation timelines in high-rise construction.

South Korea continues expanding zero-energy building requirements for public infrastructure. In September 2025, the government increased mandatory zero-energy compliance standards for institutional construction projects, creating stronger deployment opportunities for radiant floor systems integrated with heat pumps. Universities and administrative facilities have become key adopters because long-term operating cost reductions justify higher initial installation expenditure.

India is showing gradual but selective growth. Demand remains concentrated in premium commercial offices, hospitals, luxury residential towers, and technology parks in cities such as Bengaluru, Hyderabad, and Gurgaon. The expansion of green-certified office infrastructure is improving awareness of indoor surface climate systems, although high upfront costs continue limiting broader penetration in mainstream residential construction.

North American Indoor Surface Heating & Cooling Solutions Market Driven by Decarbonization Retrofits

North America is experiencing stronger adoption in institutional and commercial retrofits rather than mass residential deployment. Aging building infrastructure and corporate carbon reduction commitments are reshaping HVAC investment priorities across the United States and Canada.

In April 2026, the United States accelerated federal building electrification initiatives involving large-scale HVAC modernization across government properties. Several retrofits prioritized radiant cooling and hydronic heating systems due to their compatibility with heat pumps and renewable electricity integration.

The healthcare sector is emerging as a particularly strong demand center. Hospitals and medical research campuses are increasingly replacing older forced-air systems with surface-based climate technologies that improve thermal consistency while reducing airborne circulation intensity. This trend gained traction after indoor environmental quality standards received greater attention in healthcare facility modernization strategies between 2024 and 2026.

Data center infrastructure is also influencing regional demand. Technology operators are searching for cooling alternatives capable of lowering fan energy intensity while supporting stable environmental conditions. In August 2025, several hyperscale expansion projects in Canada incorporated radiant-assisted cooling systems within administrative and support infrastructure zones to reduce operational electricity loads.

Residential adoption in North America remains uneven. Canada demonstrates relatively higher penetration because cold-climate energy savings improve investment returns for hydronic flooring systems. The United States market remains fragmented, with stronger uptake in luxury housing, sustainable residential developments, and high-performance custom construction rather than mass-market housing.

Indoor Surface Heating & Cooling Solutions Demand Trend Across Commercial Infrastructure

Commercial infrastructure continues to dominate overall demand generation because large-area energy optimization creates measurable lifecycle savings. Office buildings, airports, convention centers, universities, healthcare campuses, and mixed-use urban developments increasingly prioritize embedded thermal systems as operational carbon reduction becomes financially material.

Between 2024 and 2026, adoption of radiant cooling systems in premium commercial offices increased significantly across Asia-Pacific and Europe due to stricter energy-efficiency certifications and higher tenant expectations regarding indoor comfort. Smart office developers are integrating thermal surface systems with predictive building management software to reduce cooling loads during peak occupancy periods.

Educational infrastructure is another rapidly expanding application area. Universities across Germany, the Netherlands, Singapore, and South Korea increasingly deploy thermally activated concrete slabs in lecture halls and research buildings because of their long operating life and reduced maintenance requirements.

Airports are also emerging as major adopters because indoor surface climate systems perform efficiently in large-volume structures with continuous occupancy variation. In 2025, multiple Middle Eastern airport expansion projects integrated radiant cooling technologies to lower peak electricity consumption associated with conventional air-conditioning systems.

Segment Dynamics Across Heating and Cooling Technologies

Hydronic radiant floor heating remains the most commercially mature segment within the Indoor Surface Heating & Cooling Solutions Market. Compatibility with renewable heating technologies and district energy systems continues supporting widespread deployment in residential and institutional applications.

Radiant ceiling cooling is witnessing faster growth rates due to rising global cooling demand and increasing concerns regarding electricity consumption from traditional HVAC systems. Commercial developers increasingly prefer ceiling-based systems because they preserve floor design flexibility while improving thermal comfort.

Thermally activated building systems are gaining traction in large institutional projects where concrete slab integration can be planned during initial construction phases. These systems are particularly attractive in airports, laboratories, and university campuses where thermal stability and long-term operational efficiency outweigh higher design complexity.

Wall-integrated heating and cooling systems remain a smaller segment but are gaining visibility in premium residential retrofits and architectural projects emphasizing space optimization and aesthetic integration.

Competitive Landscape of Indoor Surface Heating & Cooling Solutions Market

The Indoor Surface Heating & Cooling Solutions Market is characterized by a combination of multinational HVAC companies, hydronic system specialists, radiant technology manufacturers, and regional engineering firms. Competition is increasingly centered on energy efficiency performance, smart building compatibility, low-temperature heating integration, and installation flexibility for both new construction and retrofit projects.

European manufacturers continue to dominate the high-performance segment of the market because of long-standing adoption of radiant heating and cooling systems across Germany, Switzerland, Austria, the Nordic countries, and the Netherlands. Companies operating in these regions benefit from decades of engineering expertise in hydronic systems and district heating compatibility.

The competitive environment is shifting from standalone product supply toward integrated thermal ecosystem offerings. Major companies are increasingly bundling radiant floor systems, ceiling cooling panels, intelligent thermostats, balancing valves, smart sensors, and building management software into unified indoor climate platforms. This transition is particularly important in commercial infrastructure where developers prefer centralized operational control and lifecycle efficiency optimization.

The top market participants collectively account for a significant share of global commercial installations, especially in institutional projects such as healthcare facilities, educational campuses, airports, office complexes, and government buildings. However, regional contractors and specialized thermal engineering firms continue maintaining strong positions in localized retrofit markets.

Major Companies Operating in Indoor Surface Heating & Cooling Solutions Market

Uponor remains one of the most recognized companies in the Indoor Surface Heating & Cooling Solutions Market due to its extensive portfolio of hydronic radiant floor heating and cooling technologies. The company’s systems are widely used in residential developments, commercial offices, and institutional infrastructure. Its multilayer piping solutions, prefabricated installation panels, and integrated room control technologies have strengthened its position in energy-efficient building retrofits.

REHAU continues holding a strong position across Europe and North America through its RAUTHERM hydronic systems and advanced radiant cooling technologies. The company has expanded its commercial project portfolio in mixed-use urban developments and educational facilities where low-energy thermal management is becoming mandatory. REHAU’s growth strategy increasingly focuses on prefabricated modules that reduce installation complexity and labor dependency.

Zehnder Group has established a significant presence in radiant ceiling heating and cooling systems. The company is particularly active in healthcare infrastructure, laboratories, and premium office buildings where thermal comfort and indoor environmental quality are major operational priorities. Zehnder’s climate ceiling technologies are gaining traction in retrofit projects targeting lower energy consumption and quieter indoor environments.

Danfoss has strengthened its market share through intelligent hydronic balancing systems, energy optimization controls, and digital thermal management technologies. Instead of focusing only on physical heating infrastructure, the company has positioned itself within the smart building ecosystem. Its solutions are increasingly integrated into predictive energy management platforms used in commercial real estate and public infrastructure projects.

Giacomini Group maintains a strong footprint in Southern Europe and the Middle East. The company’s radiant floor heating, ceiling cooling, and wall-integrated systems are widely specified in hospitality projects, luxury residential developments, and high-end commercial infrastructure. Demand for aesthetically integrated thermal systems continues supporting its expansion in premium architectural projects.

Messana Radiant Cooling has developed a strong niche position in North America through modular radiant cooling ceiling systems designed for sustainable commercial infrastructure. The company has seen increased deployment in healthcare buildings, universities, and technology campuses where airflow reduction and stable indoor temperatures are operationally important.

Indoor Surface Heating & Cooling Solutions Market Share by Market Players

Hydronic radiant system manufacturers continue controlling the majority of the Indoor Surface Heating & Cooling Solutions Market because water-based thermal transfer systems provide superior energy efficiency in large-scale commercial applications. Hydronic technologies are also highly compatible with heat pumps and district energy systems, making them attractive for low-carbon construction strategies.

Uponor, REHAU, Zehnder Group, Danfoss, and Giacomini collectively account for a major portion of premium commercial installations globally. Their market influence is strongest in Europe where stringent energy-efficiency regulations encourage adoption of low-temperature heating and cooling infrastructure.

Commercial infrastructure projects contribute disproportionately to revenue concentration because large institutional developments require sophisticated engineering support, integrated controls, and customized thermal design solutions. As a result, companies with strong consulting, commissioning, and project management capabilities continue gaining competitive advantages over smaller manufacturers focused only on component supply.

Regional players remain highly relevant in retrofit-oriented markets. In North America, companies such as Watts Water Technologies, Taco Comfort Solutions, and MrPEX Systems maintain strong positions in residential and light-commercial radiant floor installations. These firms benefit from extensive installer networks and contractor relationships, especially in cold-climate regions where radiant heating systems deliver measurable operational savings.

Asian manufacturers are gradually expanding their market presence, particularly in China and South Korea where large-scale smart city development and institutional construction are increasing demand for embedded thermal technologies. Domestic companies are improving competitiveness through localized manufacturing, lower installation costs, and integration with smart building automation systems.

Product Innovation Reshaping Competitive Positioning

Technology differentiation is becoming increasingly important in the Indoor Surface Heating & Cooling Solutions Market. Companies are investing heavily in prefabricated radiant panels, thin-profile hydronic flooring systems, advanced sensors, and AI-enabled thermal control platforms.

Manufacturers are also developing systems compatible with modular construction methods. Prefabricated ceiling panels with embedded piping and factory-assembled radiant flooring modules are reducing installation time in large commercial projects. This trend is particularly important in Europe and East Asia where labor shortages continue affecting construction schedules.

Smart zoning capabilities are another major area of innovation. Advanced systems now integrate occupancy detection, weather forecasting, humidity management, and predictive thermal control algorithms to optimize energy use. Commercial building owners increasingly prefer these intelligent climate systems because operational energy efficiency directly affects asset valuation and sustainability ratings.

Cooling-focused innovation is accelerating faster than traditional heating system development. Rising urban temperatures, growing electricity demand from air conditioning, and stricter environmental regulations are increasing interest in radiant cooling ceilings and thermally activated slab technologies. Companies with strong cooling portfolios are therefore gaining larger shares in commercial office towers, airports, hospitals, and high-density mixed-use developments.

Recent Industry Developments and Market Player Activities

• In February 2026, several European building technology companies expanded partnerships with heat pump manufacturers to develop integrated low-temperature indoor climate systems for commercial decarbonization projects.
• In November 2025, Zehnder Group introduced next-generation radiant ceiling panels optimized for smart office buildings with integrated acoustic and ventilation functions.
• In September 2025, Danfoss expanded its intelligent hydronic balancing solutions for large institutional buildings, targeting energy optimization in university campuses and healthcare infrastructure.
• In July 2025, REHAU increased investment in prefabricated radiant flooring technologies to support modular construction growth across Europe and North America.
• In May 2025, Uponor expanded commercial project capabilities in North America following rising demand for hydronic climate systems in federal building retrofits and healthcare modernization programs.
• In March 2025, multiple Middle Eastern hospitality developments adopted large-scale radiant cooling ceiling installations to reduce peak cooling electricity demand in luxury resorts and airport infrastructure.
• In October 2024, Chinese smart building developers accelerated deployment of thermally activated building systems in ultra-low-energy commercial projects across major metropolitan regions.