Technology
Smart Windows Market to Grow by USD 3.80 Billion (2024-2028), Driven by Rising Residential Construction, with AI Redefining Market Landscape – Technavio
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2 years agoon
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NEW YORK, Nov. 19, 2024 /PRNewswire/ — Report with market evolution powered by AI – The global smart windows market size is estimated to grow by USD 3.80 billion from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of 12.74% during the forecast period. Rising construction of residential houses and buildings is driving market growth, with a trend towards growing number of strategic alliances and partnerships. However, technological limitations with smart windows poses a challenge.Key market players include Ambilight Inc., Asahi India Glass Ltd., ClearVue Technologies Ltd., Compagnie de Saint Gobain, Crystal Pacific Window and Door Systems, Diamond Glass, Gauzy Ltd., Gentex Corp., Halio Inc., Innovative Glass Corp., Nodis, Polytronix Inc., PPG Industries Inc., RavenWindow, Smart Glass India, Smart Window, Smart Windows Colorado, SmartGlass International, Stellaris Corp., and View Inc.
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Smart Windows Market Scope
Report Coverage
Details
Base year
2023
Historic period
2018 – 2022
Forecast period
2024-2028
Growth momentum & CAGR
Accelerate at a CAGR of 12.74%
Market growth 2024-2028
USD 3.80 billion
Market structure
Fragmented
YoY growth 2022-2023 (%)
12.04
Regional analysis
North America, APAC, Europe, South America, and Middle East and Africa
Performing market contribution
North America at 46%
Key countries
US, Canada, China, Japan, and UK
Key companies profiled
Ambilight Inc., Asahi India Glass Ltd., ClearVue Technologies Ltd., Compagnie de Saint Gobain, Crystal Pacific Window and Door Systems, Diamond Glass, Gauzy Ltd., Gentex Corp., Halio Inc., Innovative Glass Corp., Nodis, Polytronix Inc., PPG Industries Inc., RavenWindow, Smart Glass India, Smart Window, Smart Windows Colorado, SmartGlass International, Stellaris Corp., and View Inc
Market Driver
Smart windows, also known as glass products with advanced light and heat control, are trending in the construction sector. These translucent and transparent windows adjust to ambient conditions, saving energy costs on heating, cooling, and lighting. Motorized light screens, blinds, and curtains are popular alternatives to traditional window coverings. Energy-saving heating and lateral lighting are key benefits, reducing air conditioning usage. The automobile sector is embracing smart windows for luxury vehicles, while the industrial-scale production capacity increases. Partnership announcements and extensive marketing endeavors boost recognition and operational efficiency. Advanced materials, such as electrochromic, lower prices and offer privacy control in various sectors like conference rooms, intensive-care areas, and bathrooms. Self-dimming windows and OLED glass are the latest advancements. The transportation sector, including commercial vehicles, trains, and passenger vehicles, also benefits from smart windows. Despite market restraints like lack of awareness and high investment levels, the long-term benefits are significant. Technological advancements, such as electrochromism, vibrant applicability, and self-repairing properties, continue to drive growth.
The global smart windows market experiences significant competition among vendors, driven by the market’s moderate fragmentation and rapidly advancing technologies. This intense competition has led to an increase in strategic partnerships. The construction industry’s growing demand for glass curtain walls further motivates market participants to form alliances, expanding their market reach and customer base. Notable mergers and acquisitions in the smart windows market include [mention specific M&A deals here]. To maintain a competitive edge, established vendors are expected to strengthen their market presence through strategic collaborations.
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Market Challenges
The Smart Windows Market encompasses advanced glass products with light transmission properties that respond to electricity, providing light and heat control. Buildings, particularly business, residential, and commercial, are major consumers, utilizing climate-adaptive shells to reduce energy costs. Motorized light screens, blinds, and curtains are alternatives, but smart windows offer energy-saving heating, lateral lighting, and air conditioning. The automobile sector also benefits from smart windows, with blackout smart glass and low-emissivity coatings blocking UV rays. The construction sector faces challenges like market restraints due to lack of awareness and high investment levels. However, the long-term benefits, including privacy control, operational efficiency, and cost efficiency, outweigh these hurdles. Advanced materials like electrochromic and polymer-dispersed liquid crystals are driving innovation, with vibrant applicability in various sectors. Partnership announcements and industrial-scale production capacity are increasing recognition, while lowering prices make these technologies more accessible. The transportation sector, including automotive and aerospace, is a significant market, with self-dimming windows and OLED glass leading the way. Smart windows adapt to ambient conditions, offering manual controls for energy efficiency. Technological advancements include self-repairing and thinner display panels, making them increasingly cost-effective and desirable. Despite challenges, the future of smart windows is bright, with extensive marketing endeavors and stable performance ensuring their continued usage and recognition.The smart windows market faces challenges related to the reliability and effectiveness of current technology. According to a report by the National Renewable Energy Laboratory (NREL), concerns include durability issues, material constraints, and the need for advanced control systems. The report highlights that the performance and longevity of existing smart window materials are suboptimal, potentially reducing the product’s overall lifespan. This limitation may hinder market growth and hinder widespread adoption. Additionally, the need for improved control systems adds another layer of complexity for smart window manufacturers.
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Segment Overview
This smart windows market report extensively covers market segmentation by
Type 1.1 OLED glass1.2 Self-dimming window1.3 Self-repairing windowsApplication 2.1 Transportation2.2 Commercial and industrial2.3 ResidentialGeography 3.1 North America3.2 APAC3.3 Europe3.4 South America3.5 Middle East and Africa
1.1 OLED glass- The OLED segment of the smart windows market has experienced notable growth in the last decade. OLED, or organic light emitting diode, is a type of glass that generates light when an electric current is passed through it. Smart windows incorporate OLED glass to manage the quantity of light and heat entering buildings. This technology offers enhanced control over natural light in a room, enabling adjustable transparency and opacity levels. The OLED glass segment’s popularity stems from its allure and energy efficiency, leading to substantial expansion during the forecast period. Additionally, OLED glass’s thin, adaptable, and size-versatile properties make it suitable for various applications in both residential and commercial structures. The trend towards sustainable and eco-friendly construction practices further fuels the demand for OLED glass. Consumers seeking environmentally-friendly options find smart windows appealing due to their energy savings and reduced greenhouse gas emissions. These factors are expected to boost the demand for the OLED glass segment, consequently driving the growth of the smart windows market.
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Research Analysis
Smart windows, also known as intelligent glass or dynamic glass, are advanced glass products that offer exceptional light transmission properties while providing control over heat application. These translucent and transparent glass solutions utilize electricity to adjust their light wavelengths, allowing them to regulate the amount of light and heat that enters buildings. Smart windows are increasingly popular in various sectors, including buildings with exterior walls, climate-adaptive shells, and personal property buildings. They help reduce energy costs by managing heating, cooling, lighting, and air conditioning requirements. Motorized light screens, blinds, and curtains are alternative solutions that can also provide energy savings. Smart windows are not limited to buildings; they also find applications in the automobile sector. These glass products offer benefits such as energy-saving heating, lateral lighting, and protection against UV rays. In the construction sector, they address issues like dynamic glare and light control, making them an essential component of modern, sustainable architecture.
Market Research Overview
Smart windows, also known as intelligent glass or electrochromic glass, are revolutionizing the building and automobile sectors with their unique light transmission properties. These innovative glass products offer the ability to control light and heat application through electricity, making them translucent or transparent based on ambient conditions. This technology is applicable to buildings, both exterior walls and climate-adaptive shells, and offers significant energy savings through energy-saving heating, lateral lighting, and air conditioning. The market for smart windows is vast, spanning business, residential, commercial, personal property buildings, and even the automobile sector. Advanced materials, such as electrochromic and polymer-dispersed liquid crystals, are used to create these windows, with vibrant applicability in various sectors. The use of smart windows offers numerous benefits, including privacy control, operational efficiency, and cost efficiency. However, the initial investment levels can be high, and market restraints include a lack of awareness and long-term benefits recognition. Despite this, extensive marketing endeavors and advancements in technology, such as self-dimming and self-repairing windows, are driving usage and recognition. The transportation sector, including the automobile and aerospace industries, is also adopting smart window technology, with applications ranging from luxury automobiles to commercial vehicles, trains, and passenger vehicles. The construction sector is also investing in industrial-scale production capacity to meet the growing demand for these energy-efficient and advanced materials. Smart windows offer significant control over light wavelengths, including UV rays, and can be used in various applications, such as blackout smart glass, low-emissivity coatings, and motorized light screens. They can also be used in conjunction with other energy-saving technologies, such as energy-efficient lighting and HVAC systems, to further reduce energy costs. The technology behind smart windows is based on the scientific principle of electrochromism, which involves the application of an electrical voltage to change the color of the window from clear to dark or bluish. This decrease in price and advancements in electrochromic materials have made these windows increasingly accessible to a wider audience. In conclusion, smart windows offer numerous benefits, including energy savings, privacy control, operational efficiency, and cost savings, making them a valuable investment for both commercial and residential buildings, as well as the transportation sector. With ongoing advancements in technology and increasing awareness, the market for smart windows is poised for significant growth.
Table of Contents:
1 Executive Summary
2 Market Landscape
3 Market Sizing
4 Historic Market Size
5 Five Forces Analysis
6 Market Segmentation
TypeOLED GlassSelf-dimming WindowSelf-repairing WindowsApplicationTransportationCommercial And IndustrialResidentialGeographyNorth AmericaAPACEuropeSouth AmericaMiddle East And Africa
7 Customer Landscape
8 Geographic Landscape
9 Drivers, Challenges, and Trends
10 Company Landscape
11 Company Analysis
12 Appendix
About Technavio
Technavio is a leading global technology research and advisory company. Their research and analysis focuses on emerging market trends and provides actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions.
With over 500 specialized analysts, Technavio’s report library consists of more than 17,000 reports and counting, covering 800 technologies, spanning across 50 countries. Their client base consists of enterprises of all sizes, including more than 100 Fortune 500 companies. This growing client base relies on Technavio’s comprehensive coverage, extensive research, and actionable market insights to identify opportunities in existing and potential markets and assess their competitive positions within changing market scenarios.
Contacts
Technavio Research
Jesse Maida
Media & Marketing Executive
US: +1 844 364 1100
UK: +44 203 893 3200
Email: media@technavio.com
Website: www.technavio.com/
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Chandigarh University Commemorates ‘Father of Fibre Optics’ Dr. Narinder Singh Kapany’s 100th Birth Anniversary with India’s First Research Chair in His Name; announces annual Grant of ₹1 Crore for Scientific Research
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Chandigarh University Confers ‘Narinder Singh Kapany Lifetime Achievement Award for Excellence in Physics’ on Dr Ajoy Ghatak, Prof Emeritus IIT Delhi for Contributions to Fibre Optics & Photonics
CHANDIGARH, India, Oct. 31, 2026 /PRNewswire/ — Chandigarh: To mark the 100th birth anniversary of Dr. Narinder Singh Kapany, the legendary Indian scientist widely known as the ‘Father of Fibre Optics’ whose groundbreaking research in optical fibre technology transformed global telecommunications and laid the foundation for today’s digital revolution, Chandigarh University has announced the establishment of India’s first ‘Dr. Narinder Singh Kapany Research Chair for Excellence in Sciences and Innovation’, along with an annual research grant of ₹1 crore to advance scientific research and innovation.
In a pioneering initiative, Chandigarh University has announced India’s first-ever Research Chair established in the name of Dr. Narinder Singh Kapany, recognizing his unparalleled contribution to science and technology. With no other research chair dedicated to Dr. Kapany currently established in India, this initiative marks a significant institutional tribute to the legendary scientist and seeks to carry forward his legacy through sustained investment in scientific research, innovation and the nurturing of young scientific talent. The Research Chair will provide mentorship, guidance and research support to budding scientists, enabling them to pursue innovative ideas, undertake advanced research and translate scientific discoveries into impactful technologies.
Prominent among those who graced the centenary celebrations of Dr. Narinder Singh Kapany at Chandigarh University campus were Prof. (Dr.) Samir K. Mondal Scientist-G, Optics & Photonics Instrumentation CSIR-CSIO, Chandigarh as Chief Guest, Prof. (Dr.) Aaron Danner, National University of Singapore as Guest of Honour, Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi (virtually) and Dr. Satbir Singh Sehgal Vice-Chancellor Chandigarh University among other dignitaries.
Speaking on the occasion Prof. (Dr.) Samir K. Mondal Scientist-G, Optics & Photonics Instrumentation CSIR-CSIO, Chandigarh said, “Professor Kapani’s contribution to optical science began with his pioneering work on thin, flexible glass fibres, through which he demonstrated for the first time that images could be transmitted from one end to another using bundles of optical fibres. Professor Kapani developed thin, flexible glass fibres and successfully transmitting images through them, laying the foundation for modern fibre optics. He also coined the term ‘optical fibre’ and developed the fibre scope, which later evolved into applications such as endoscopy. His work demonstrated that optical fibres could carry information, opening possibilities beyond image transmission, including voice and data communication.”
Prof Mondal added, “There is also an important question of recognition for Indian scientists. Scientific contributions do not always receive the recognition they deserve and the Nobel Prize is a complex matter. I gave the example of S.N. Bose, whose work has had a lasting influence on physics and is associated with several Nobel Prize-winning developments, despite him never receiving the Nobel Prize himself. Similarly, Professor Kapani’s contribution to optical fibre technology deserves to be remembered and carried forward. We represent one-sixth of the world’s population and taking forward the scientific legacy of such visionaries is no less significant than receiving a Nobel Prize. We must encourage our young researchers to build upon their work and explore new frontiers of science and technology.”
Prof. (Dr.) Aaron Danner National University of Singapore said, “Dr. Narinder Singh Kapany’s pioneering work demonstrated how light could be guided through thin glass fibres using the principle of total internal reflection, overcoming the limitations of metallic transmission. His work on fibre bundles, image transmission and endoscopy opened new possibilities in imaging and optical science. Today, the same fundamental technology that Dr. Kapany started with glass fibres is being used on silicon and lithium niobate wafers to develop advanced photonic devices and achieve increasingly higher communication speeds. While modern research is addressing new engineering challenges in laser sources, optical modulators and high-speed data transmission, it continues to build on those early contributions. We may see Dr. Kapany as a great Indian or Punjabi scientist, but I also see him as a great American scientist. Great science and great scientists are global and their contributions ultimately benefit all of humanity.”
Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi said, “It is indeed a great honour to receive this award in the name of Dr. Narinder Singh Kapany, one of the pioneers of fibre optics. His early work on cladded optical fibres and image transmission through fibre bundles laid the foundation for medical endoscopy. The development of low-loss optical fibres has since revolutionised communication through their tremendous information-carrying capacity, enabling global connectivity and video communication. The establishment of the Dr. Narinder Singh Kapany Research Chair by Chandigarh University is a commendable initiative to advance his scientific legacy and inspire future generations of researchers. This recognition is also a tribute to Dr. Kapany’s remarkable contributions to science.”
Dr. Satbir Singh Sehgal Vice-Chancellor Chandigarh University said, “Dr. Narinder Singh Kapany brought immense pride to India and Punjab through his pioneering research in optical fibre technology, which made high-speed internet and modern digital communication possible. Technologies such as artificial intelligence, data centres and seamless global connectivity rely on the foundations of optical fibre technology. His contribution helped usher humanity into the digital era and accelerated technological progress worldwide. The establishment of India’s first Dr. Narinder Singh Kapany Research Chair, along with its annual grant and prestigious awards, reflects Chandigarh University’s commitment to advancing his scientific legacy, recognising excellence and inspiring the next generation of Indian researchers.”
The Research Chair will provide an annual research grant of ₹1 crore to promote scientific excellence through three dedicated awards: the Narinder Singh Kapany Award for Excellence in Physics, ‘CU Physics Excellence Awards for Best Research Publication’ and ‘CU Physics Excellence Awards for Best Patent’.”
The first edition of these awards was conferred during the birth centenary celebration, with Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi receiving the Narinder Singh Kapany Lifetime Achievement Award for Excellence in Physics. Professor Ajoy K. Ghatak is an internationally acclaimed physicist whose seminal contributions to fibre optics, integrated optics and photonics have advanced the understanding and applications of light. Through pioneering research, influential publications and acclaimed textbooks, Professor Ghatak has advanced fibre optics and photonics, carrying forward Dr Narinder Singh Kapany’s scientific legacy while inspiring generations of physicists.
On this occasion, five ‘CU Physics Excellence Awards for Best Patent’ were presented to five best patents by Dr. Ritu Gupta and Dr. Sandeep Kaur for their ‘Multi-functional Optical Antenna System for Parallel FSO-VLC Communication and Nano-biosignal Monitoring’; Shonak Bansal and Anupama for a ‘Self-powered Real-time Health Monitoring System using Nanowire Photodetectors’, Aditya Bhatnagar and Dr. Sanjeev Saini for ‘Multifunctional Organic-Inorganic Hybrid Luminescent Nanomaterials and a Method for Their Preparation’, Mahima Purohit and Dr. Ruchi Bharti for a ‘Biodegradable, Water-resistant Smart Packaging Film for Fluorescence-based Detection of Food Spoilage’ and Ashit Tripathi, Sachitanand Singh, Iqra Jamal Khan, Sanskruti Singh, Alok Gautam, Mahak received the award for a ‘Handheld Wireless OCT and Fundus Imaging Device’.
‘CU Physics Excellence Awards for Best Research Publication’ were conferred on eight faculty members and students. Ravikant from department of physics was conferrred upon for ‘CU Excellence Award for Research’ for his publication titled Nitrogen doped zinc oxide to enhance dielectric characteristics of reduced graphene oxide (rGO) derived nanocomposites in composites communivations. Apart from him the other awardees were Shivani Singla (Physics Department) for “Optimising the Neodymium Concentration in Sodium Borate Glass for Enhanced Photoluminescent and Mechanical Behaviour” in Ceramics International (Q1); Sumit Bhardwaj (Physics Department) for “Structural, Optical and Photocatalytic Properties of Ce-Doped Ni-Zn Ferrite Nanoparticles”, in Ceramics International (Q1); Ruby Priya (Department of Physics) for “Deconvoluting Capacitive and Diffusive Contributions in Cu-Doped SnO₂ Nanoparticles for Enhanced Double-Layer Capacitance and Oxygen Evolution Reaction in Materials Today Communications (Q1); Akhil Saxena, (Chemistry) for “Mechanistic Elucidation of Persicaria maculosa Gray Extract as a Corrosion Inhibitor: Adsorption, Electrochemical Behavior, and DFT Validation”, published in South African Journal of Chemical Engineering; Harvinder Singh Sohal (Chemistry deoartment), for “Synergistic Adsorptive-Photocatalytic Degradation of Tartrazine Using Mn-Modified Fe₃O₄/Lignocellulose Magnetic Nanocomposites”, published in International Journal of Biological Macromolecules (Q1); Surjeet Chahal, for “Surface Plasmon Resonance Sensor for Dopamine Detection Based on CeO₂ Nanorod and ZnO Nanosheet” in Journal of Materials Science: Materials in Electronics (Q2) and Dr. Sanjeev Kumar from Department of Physics, for “1 Monolinoleoylglycerol and 3,4-Dihydroxymandelic Acids-Mediated ZnO for Antibiotic Degradation and Anticancer Activity”, published in Journal of Environmental Chemical Engineering (Q1).
During the birth centenary celebrations, a message shared by Kiran Kaur Kapany, the daughter of Dr Narinder Kapany was also read out where she said that her father’s journey from a small town in Punjab to transforming the world through fibre optics shows that a big idea can start anywhere. “To students, stay curious, ask questions and be proud of who you are. My heartfelt gratitude to Chandigarh University for honouring my father and family,” added Kapany.
Under the Best Patent Excellence Award for research publication and best patent, the five best patents granted each year will be selected for research grants to support product development and the conversion of patented innovations into practical applications. Similarly, the Best Research Paper Award will recognise the top 10 research publications annually by Chandigarh University students and faculty members in high-impact Q1 and Q2 journals, based on their quality, originality and research impact.
About Chandigarh University
Chandigarh University is a NAAC A+ Grade University and QS World Ranked University. This autonomous educational institution is approved by UGC and is located near Chandigarh in the state of Punjab. It is the youngest university in India and the only private university in Punjab to be honoured with A+ Grade by NAAC (National Assessment and Accreditation Council). CU offers more than 109 UG and PG programs in the field of engineering, management, pharmacy, law, architecture, journalism, animation, hotel management, commerce, and others. It has been awarded as The University with Best Placements by WCRC.
Website address: https://www.cuchd.in/
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