Sustainable Architecture: A Future Design
Sustainable architecture is used to calibrate the design strategy and create a building that supports environmental norms. Architects consider several factors in designing the building, such as prioritizing recycled and recyclable materials, minimizing demolition, construction, unnecessary material consumption, choosing locally sourced materials, etc. It leads to smart designs and the use of available technologies to maximize energy management and rainwater management.
Architects make use of several sustainable architecture strategies for their sustainable designs. One such strategy is taking the sun orientation and climate of the place while designing the structure. This gives the daylighting and natural ventilation and saves the energy requirements. The orientation of the building according to the sun gives natural sunlight during the daytime. Similarly, native landscaping can greatly help with light and aesthetic needs. The use of native trees, plants, mounds, etc., can reduce the construction cost as well.
Further, the use of green building materials reduces environmental costs and provides environmentally responsible manufacturing techniques. The architects are significantly dependent on mechanical and electrical engineers for solutions on implementing HVAC, electrical, plumbing, and other systems that are independent of the environmental consequences. Similarly, using rainwater harvesting strategies, such as permeable pavement, could conserve water management locally.
Moreover, the windows can be used to maximize the input of heat-creating light while minimizing the loss of heat through the glass. Windows can be designed to maximize natural light. Double-glazed windows, solar control window films, and Low-E glass can be used to reduce energy consumption. Sustainable architecture building is the future of construction. It involves a building that minimizes environmental impact, uses renewable energy sources, and minimizes waste generation.
Prominent Examples Of Sustainable Architecture
Sustainable architecture, such as green buildings, typically uses less energy and less water than other buildings. This aligns with the circular economy principles. There are several green buildings designed worldwide, setting an example for development.
One such building is the Bullitt Center is located in Seattle, Washington. It is a six-story, 50,000-square-foot office building. The building generates 230,000 kilowatt hours per year, with 575 solar panels on the roof. Further, almost all the water used in the Bullitt Center comes from captured rainwater. 56,000 gallons of water is stored in the concrete cistern in the basement, which is brought from the parapet roof that downspouts the water. The day-use tank that holds 500 gallons of potable water next to the cistern.
The building has triple-pane glazing and deployable exterior shades to help maintain interior temps. The outermost layer of the building is the deployable stainless steel shades, which are about 12 inches away from the windows. In the winter, the shades maximize natural daylight, and in the summer, the shades deploy to scatter direct rays from the sun. Each window unit weighs 532 pounds.
Moreover, the Shanghai Tower is located in Shanghai, China. It is 2,073 ft high and 128 stories high. This is the world’s third tallest building. The building is divided into nine tiers vertically, enclosed by the inner layer of the glass façade, which completes a 120-degree twist as it rises. The building has two transparent layers of glass façade. The double layer of glass eliminates the need for either layer to be opaque and reduces the indoor air conditioning and heating. 20,589 wall panels with 7,000 unique shapes are used, and they are suspended from above on massive cantilevered trusses. This complicated structure uses a control window and glasses to save maximum energy and give differentiated looks.
Solar Control Window Films Application
Solar-control films are used to reject the excessive sunlight during summers and absorb the minimum heat during the winters. These films can provide significant savings. They can be installed on the interior or exterior side of the window and reduce the amount of solar energy. The solar control window films reduce heat gain, block UV radiation, and moderate the amount of visible glare entering the room. These films reduce the air conditioning cooling load during summer and winter, preventing heat loss.
The major benefit of using solar control window film is that it provides cost-effective solutions for big buildings. Big buildings generate CO2 emissions, so solar-controlled window film can add more insulating power to glass and reduce CO2 emissions.
One such beneficial product is Suntrol window film, which can be installed quickly at about one-fifth the cost of replacement windows. It offers 3 times more energy savings and pays for itself within 5 years of installation. It can be beneficial for saving 50% on summer cooling costs, 33% on winter heating costs, and a limited lifetime warranty. The product also provides bird-deterrent technology.
Table 1.1: Solar Control Window Films, Products
| Product |
Descriptions |
| 3M Window Films |
3M Sun Control Window Film Traditional Series offers improvement in energy performance, budget comfort, reduction in the 99% of harmful UV rays, reduced glare and eye discomfort, and heat reduction at a low cost. The product gives a warranty from 3M. It includes silver reflective films, rejecting up to 79% solar. Further, the series also included P18 Classic silver. The darker tint reduces glare and increases reflection for daytime privacy. |
| Solar Gard Window Film, Saint-Gobain |
Solar Gard offers window film comfort, energy savings, and aesthetics for different needs and requirements. Such as Panorama CX, Panorama Hilite, PureVue Ceramic, Quantum, Sentinel Plus, Silver, Solar Bronze, Stainless Steel, Sterling, etc. Silver series are constructed by sputtering thin layers of precious metals onto film. This gives a line of reflective films and provides high privacy and heat rejection. Panorama CX is a ceramic product that provides high heat rejection without sacrificing views; the sputtered ceramic technology rejects up to 58% of total solar energy. Quantum films provide a dark aesthetic with low reflectivity, controlling glare and enhancing privacy. |
| Opalux Solar Reflective Window Films |
Opalux Solar Reflective Window Films can make up to 80% reduction. The product gives solar heat & glare reduction and daytime privacy. It can hide internal clutter and give a uniform reflective image. This film type is commonly used in solar control films in the UK and worldwide. |
| High Reflective Silver Window Film Solar Control by Window Film |
The product can reject 78.0% of the total energy, 79.0% glare reduction, and 99.0% ultraviolet rejection. It significantly reduces high levels of incoming solar heat and glare coming in through the glass. The reflective silver film works give an external mirrored appearance to the glass. It gives one-way daytime privacy for security. Filters out virtually all UV rays, which protect fabrics and furnishings. |
Commercial Benefits Associated With Solar Control Window Films
Solar window films help reduce heat entering the building through windows, maintaining a more comfortable indoor temperature. Less energy is needed for heating or cooling, which saves money. The film blocks UV rays and keeps the room cool without turning on the air conditioning, thus keeping the temperature down naturally in a building and saving energy. The use of air conditioners is commercially heavy for households and businesses.
Particularly during the summertime, the use of solar film in the windows was notably reduced by more occasional use of air-conditioning systems, and thus the electricity bills. Using less electricity is important for reducing the greenhouse gas emissions associated with electricity production.
Solar films block UV rays entering the building and their damaging effect on objects. It prevents the deterioration and fading of furniture, walls, and interiors. Users save money on interior maintenance and can give alternative decorations.
Today, many buildings are subject to environmental standards, giving a competitive disadvantage to buildings with a poor environmental performance index (EPI). By using solar control window films, certification standards such as LEED (Leadership in Energy and Environmental Design) or BREEAM (Building Research Establishment Environmental Assessment Method) can easily be met, and these standards automatically increase their value.
It was estimated by gsa.gov (US Govt.) that 28% of the cooling energy demand is due to the heat gain in windows. They also modeled the energy performance of both spectrally selective absorbing and reflective films in warmer climates. The modeled energy savings for a range of base windows and climates payback for liquid-applied absorbing @ $8/ft2 (80% of the current cost) and reflective @ $10/ft2.
The liquid-applied absorbing film is ineffective in saving energy for heating and cooling. The solar-control films can provide significant cooling savings. It is effective in buildings with single-pane clear windows. In the buildings, these are used against the direct sun without exterior shading and south, east, or west orientations. Reflective film is currently more cost-effective and broadly recommended.
Figure 1: Modeled Energy Savings by Liquid-applied Absorbing and Reflective Absorbing Spectrally, Single Clear, Payback in Years
Source: gsa.gov
Other Key Benefits:
Window film installations are typically much more affordable than other window coverings and can normally pay for itself within a few years. Solar Films provide UV protection, and infrared light reduces the chance of fading office interiors and exteriors. It improves commercial window energy efficiency and increases building tenant comfort and productivity. It could significantly decrease glare and reduce reliance on AC systems. It provides a strong return on investment (ROI) by giving carbon negative in a few months of usage.
The Skin Cancer Foundation suggests that unprotected exposure to UVA and UVB damages the DNA in skin cells, which leads to skin cancer and eye damage. Solar control film protects from harmful UV. Solar control window film can act like a ‘sunscreen for windows,’ which protects skin and eyes from UV damage. Further, reflective solar control window film provides 1-way mirror privacy during the day, thus giving privacy at home or work. These multiple benefits further expand the role of solar control window films in sustainable architecture.
Green Building Certification:
Sustainable building certifications are a known requirement of buildings to maintain certain standards to be differentiated from other buildings. These certifications recognize the commercial, residential, government, etc. Types of buildings with certain green parameters support them in expanding their boundaries.
Certain global certifications are gaining traction for their benefits. Certification elevates the market standards for buildings worldwide, as it sets higher standards than government building codes and regulations. This significantly elevates workforce requirements and business strategies. Certification tools can be used for different building types, such as homes, commercial buildings, or neighborhoods.
One such notable certification standard is LEED (Leadership in Energy and Environmental Design), based in the United States provides certification for healthy, efficient, and cost-saving green buildings. LEED is amongst the largest certification networks around the world. There are more than 111,857 total LEED-certified projects worldwide by February 2024. There are nearly 66,412 certified LEED commercial projects, 45,406 certified LEED residential projects, and more than 250 certified LEED for Neighborhood Development projects. It operates in 186 countries with more than 3,200 individual members and 5,300 organization members.
Figure 2: Leed-certified Projects, Commercial and Residential, by February 2024
Source: USGBC Statistics
LEED guarantees certification for Building Design and Construction (BD+C), Interior Design and Construction (ID+C), Building Operations and Maintenance (O+M), Neighborhood Development (ND), Homes, and Cities. LEED is backed by USGBC (U.S. Green Building Council, Inc.), headquarters in Washington, D.C.
Furthermore, the German Sustainable Building Council (Deutsche Gesellschaft für nachhaltiges Bauen e.V., DGNB), was founded in 2007 having with more than 2,300 member organisations. It is Europe’s largest network for sustainable building. The DGNB has awarded more than 10,000 projects in around 30 countries. DGNB provides certification systems for sustainable buildings and districts. It can give feasible solutions on both a small and large scale, and via the DGNB Academy, it provides training and education platforms for sustainable planning, construction, and real estate management.
Moreover, the Indian Green Building Council (IGBC) is part of the Confederation of Indian Industry (CII) and was formed in 2001. IGBC rating systems are voluntary, consensus-based, market-driven programs. There are 2,218 organizational members, 14,511 registered projects, and a 12.30 billion sq. ft. green building footprint through 62 offices with 8 overseas offices.
The use of these solar control window films in sustainable architecture for commercial buildings can help LEED credits and other potential certifications. Further, window films can have Solar Heat Gain Coefficient (SHGC) and Visible Transmittance (VT) ratings by the National Fenestration Ratings Council (NFRC). The lower a film’s SHGC, the less solar heat it transmits, and the higher the VT rating, the more visible light is transmitted. The various certifications certainly uplift the demand for solar control window films in sustainable architecture.
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Exploring the Global Impact of Solid-State Battery Innovations on EV Growth
Thought ArticlesAs the world develops its adoption of cleaner energy and greener means of transport, electric vehicles (EVs) have grown into one of the prime movers globally in the fight against climate change and the reduction of carbon footprints. Central to the unfolding scenario is battery technology where advances being made in solid-state batteries (SSBs) can revolutionize the domination of electric vehicles which has also led to an increase in the sales of electric vehicles, for instance, over 14 million electric cars were sold worldwide in 2023. The global proliferation of electric vehicles is facilitated by the many advantages offered over traditional lithium-ion batteries by solid-state batteries that utilize solid electrolytes rather than liquid electrolytes as in the common Li-ion batteries.
Figure 1: Global Electric Vehicle Sales, in Millions, 2022 to 2023
Source: International Energy Agency
Major Trends
Let’s discuss each one in detail.
1. Increased Range and Better Energy Density
One of the most remarkable features of solid-state batteries is their increased energy density. This feature has a collateral impact on the driving range of electric vehicles. Since these batteries are light yet capable of storing high-density energy, electric vehicles can extinction the range between charges encased by the other heavy pack. This counteracts range anxiety which is one of the deterrents in the adoption of electric vehicles. Utilizing solid-state batteries may enhance the distance capacity of electric vehicles powered with lithium-ion batteries, thereby increasing both the practicality and the attractiveness of journeys over long distances. Besides meeting the expectations of consumers, the improvement in range is also suitable for commercial electric vehicle fleets assisting organizations in achieving their environmental targets.
2. Safety Enhancements with Lower Fire and Thermal Runaway Risks
Another thing driving the interest of many companies and research institutions in solid-state batteries is safety. Regular lithium-ion batteries have threats of cross-mixing related fire and explosion due to the use of a flammable liquid as an electrolyte. On the other hand, solid-state batteries are considered much safer as there is no liquid component thereby reducing the risks associated with fire and burning. This enhancement in safety also increases the potential of EVs in regions with extreme weather while still enhancing the safety of the users. Due to the low risk of heat or fire, complex cooling systems may not be necessary which could lower manufacturing costs and thus reduce the price of EVs in the market.
3. Quicker Charging Times and More Convenience
Apart from the advantages in their range, solid-state batteries can also significantly reduce the charging time, In such structural design, solid-state batteries can support higher capacity charging currents without the associated thermal risks that conventional lithium-ion technology poses. In particular, its fast-charging capability enhances the experience of EV drivers by providing them with quicker turnaround times, especially in cities where charging facilities may be limited. This means it will even be possible for EVs to compete with and win over cars with internal combustion engines, which have a much higher convenience factor. The technology of solid-state batteries charging in a short period is highly beneficial for regions with limited access to charging stations.
4. Safety Enhancements with Lower Fire and Thermal Runaway Risks
Safety measures are another significant factor that is enticing consumers towards solid-state batteries. There is a high probability of issues like a fire or thermal runaway within traditional lithium-ion batteries, due to their liquid electrolytes being flammable. On the other hand, the chances of such dangers occurring with solid-state batteries are a far cry as there is no liquid component, thus minimizing the chances of a liquid component causing a fire or overheating. This enhancement in safety widens the scope of usage of electric vehicles in harsher conditions and extreme climates while also assuring the safety of the users. Since there is a lesser probability of heating and fire, there are less complex cooling systems anticipated to be needed whereby this will shorten the production costs and make the electric vehicles cheap to the people.
5. Economic and Environmental Effects of Solid-State Battery Adoption
The environmental benefits of solid-state batteries go beyond the scope of cars. The production of solid-state batteries is more environmentally friendly, using less harmful elements and cheaper and rare metals, such as cobalt, which usually comes from ecologically destructive extraction. Batteries this time may not be as problematic or damaging to the environment because of this change. Economically, this reduced dependence on cobalt and similar scarce materials can provide relief to economies by ensuring efficient management of their supply chains and reducing the ever-increasing prices that have been experienced in the EV market.
Additionally, the use of solid-state batteries will bring down the costs of electric vehicles, which in turn will enhance the availability of these vehicles in the market especially in third-world countries because of increased demand.
Industry and policy support
Research into solid-state batteries is constantly getting support from various state and private initiatives across the globe as it is recognized to address great concerns within the electric vehicle sector. Automakers such as Toyota, BMW and Ford have invested a lot in SSB technology while countries such as the US, Japan and Germany have launched large-scale funding projects to expedite SSB development. In addition to this rapid change in technology, policies such as the provision of tax holidays for electric bus manufacturers and battery development subsidies have also played a role. This coordinated approach captures the importance of solid-state batteries in realising local and international emission-cut improvements and clean energy policies.
Challenges
Solid-state batteries show great commercial potential, however, there are plenty of hurdles still to deal with. The transition from research in the lab to production in the factory has been hampered by expensive manufacturing, recyclability, and prolonged turnaround time. There is a restriction to the use of SSBs which otherwise is cheaper than GE and lithium-ion batteries. Installing solar panels requires new materials and advanced techniques of production that are expensive, so initially market acceptance may be limited to only premium electric vehicles. Additional ageing testing is required to ensure these batteries can meet the cycles and robustness performance requirements for everyday applications. To address and resolve these issues to reach a stage of mass production with lowered costs, there has to be harmonious engagement between the government, research institutions and the business sector.
EVs’ Future and the Global Market’s Transformation
The innovations coming into play in the design of solid-state batteries can transform the market for electric vehicles on a wider scale. This advancement in solid-state battery technology could eventually change the future of electric vehicles with the decreasing costs of production and the advanced methods of manufacturing. This would likely speed up the worldwide transition to electric vehicles and would open up new opportunities for suppliers, manufacturers, and service providers. Moreover, the invention of new battery technologies that are safer, better, and greener will be necessary for helping countries meet their obligations as more governments tighten regulations on emissions.
In conclusion, the advancement of solid-state battery technology is a paradigm shift in the growth of the market for electric vehicles. Solid-state batteries addressed the major limitations of current battery technologies higher energy density, safety, and fast charging, thus supporting the mass deployment of electric vehicles. Although some challenges remain, the continued financial and political support indicates that this market is set to embrace this technology. In addition to being a significant progress for EV solid-state batteries are also a significant step towards a clearer and healthier environment.
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Specialty Chemicals Market size worth US$1,008.952 billion by 2029
Press ReleasesThe specialty chemicals market is expected to grow at a CAGR of 4.92% during the forecasted period, with a market valuation of US$793.566 billion in 2024, and is expected to reach US$1,008.952 billion by 2029.
Specialty chemicals are a particular type of chemical products, that offer a wide variety of use in the industrial landscape. Some of the major examples of specialty chemicals include sealants, adhesives, catalysts, cosmetic chemicals, and food additives. These chemicals offer an integral component for the industrial landscape and also help the industries in the reduction of waste, conserve energy, power & water, and help to lower greenhouse emissions.
With the development and growth of the specialty chemical market globally, multiple companies increased their investments to scale up their market share. For instance, in May 2024, Dow Chemical Company, one of the world’s largest material science companies, announced a capacity extension in SAS Chemicals GmbH, a specialty chemical manufacturer based in Germany. Furthermore, in March 2024, Standard Industries launched a new AI challenge, which amounted to about US$1 million, which is aimed at transforming chemical innovation. This challenge includes three phases. With this challenge, the company also aims to offer a strategic partnership with Grace, a chemical industry leader. Similarly, in January 2024, Solenis, a global producer of specialty chemicals, invested about US$193 million which aims to expand its production facility in the City of Suffolk, Virginia.
The specialty chemicals market, by type, is segmented into specialty polymers, construction chemicals, specialty coating, plastic additives, and others. Under the type segment of the specialty chemical market, the construction chemical category is forecasted to attain a greater market share. There are multiple types of construction, specialty chemicals that offer multiple benefits, like increasing the durability of the infrastructure and simultaneously increasing their lifespan. These chemicals also help to lower the construction time and reduce the energy consumption across the buildings. There are multiple types of construction specialty chemicals, which include waterproofing agents, curing compounds, bonding agents, mould-releasing agents, protective coating, admixture, and floor hardeners.
The specialty chemicals market, by end-user, is segmented into pharmaceutical, electronics, automotive, construction, and others. The automotive category of the end-user segment in the specialty chemical market is projected to grow at a maximum rate. In the automotive industry, the multiple types of specialty chemicals include brake fluids, antifreeze, rust inhibitors, radiator seals, engine additives, coating, and auto cleaners among many others. These chemicals are essential components for the efficient operations of any automobile across the globe. Furthermore, the global automotive industry has witnessed massive growth in its market demand and production, which is further estimated to propel the specialty chemical market in the automotive industry forward.
The product segment of the specialty chemicals market is categorized into rubber processing chemicals, food & feed additives, cosmetic chemicals, oilfield chemicals, specialty pulp & paper chemicals, specialty textile chemicals, water treatment chemicals, construction chemicals, electronic chemicals, mining chemicals, pharmaceutical & nutraceutical additives, agrochemicals, and others. In the product segment of the global specialty chemical market, the construction chemical category is forecasted to attain a greater market share compared to others in the category. The rapid development in the global construction landscape, especially in developed and underdeveloped nations, will increase the market demand for the construction specialty chemical market.
Based on geography, the Asia Pacific region of the specialty chemicals market is expected to witness significant growth, as the region offers a rapidly developing industrial landscape. The region is also among the biggest producers of automotive and electronics components, which offers an increasing demand for specialty chemicals, pushing the market forward. Countries like India, China, Japan, Taiwan, and Vietnam are among the biggest producers across the globe of automobiles and consumer electronics. Similarly, these Asian Pacific countries are also witnessing a massive development in the construction and infrastructural industry, further boosting the specialty chemical market demand in the Asian Pacific region.
The research includes several key players from the specialty chemicals market, such as BASF SE, Carlyle Group, Evonik, PPG Industries Ltd, Mitsibushi Chemical Corporation, RBP Chemical Technology, Inc., Brenntag Specialties, Inc., TORAY INDUSTRIES, INC., Lanxess India Private Limited, Intertek Group plc, Himadri Speciality Chemical Ltd, 3M, AECI, Albemarle Corporation, ALTANA, Archroma, Arkema Group, GCP Applied Technologies Inc.
View a sample of the report or purchase the complete study at https://www.knowledge-sourcing.com/report/specialty-chemicals-market
This analytics report segments the specialty chemicals market as follows:
Specialty Polymers Market Report
Specialty Water Treatment Chemicals Market Size
Specialty Oilfield Chemicals Market Share
Artificial Intelligence in Music: Unlocking New Business Opportunities for the Industry
BlogChanges in the music industry are largely influenced by artificial intelligence (AI). This is believed to provide more room for creativity, productivity, and most importantly, profitability. Where it used to be all about enhancement of the music production and creation, then marketing, and finally the consumer enjoyment of the music, now A. I am everywhere in the industry. This evolution is also very profitable to advance to the artists and producers and their fans, embracing the technological companies, the record labels, and the streaming services with them. Thus, to drive the imagination and creativity of its players, and meet the demands of the audience who are at the core of technological advancement, the sector which was previously more about human beings and their skills, is today using machines.
Among the most innovative uses of AI in the music business is its ability to facilitate the process of creating music. The technology has advanced to a level whereby AI-driven applications can create beats, write music, and generate sound with very few human inputs. In programs like Amper Music and OpenAI’s MuseNet, an artist can produce a song or instrumental track within any genre by selecting certain styles and parameters. On top of simplifying the musical creation process, these applications enable individuals, who do not have the level of skills necessary for traditional music production, to engage in easy music-making. Music, due to AI, is now easily produced by people hence giving rise to new business opportunities and revenue streams, especially in the licensing of music generated from AI to corporates and content creators. This has also increased the global revenue of the music industry. For instance, the revenue increased from US$ 24 billion in 2021 to US$ 26.2 billion in 2022.
Figure 1: Global Recorded Music Industry Revenues, in Billions, 2021 to 2022
Source: IFPI Global Music Report 2023
Moreover, AI Revolutionized the Production Phase in the Music Business as well. Due to modern audio-processing algorithms, mastering engineers can now achieve complex effects and clean audio in less time than ever before. Nowadays musicians do not need the hands of the ideal engineer to make their music sound perfect with the help of AI-oriented tools like audio editing iZotope or LANDR for audio mastering. Cheaper production costs, shorter production periods, and more capable creative musicians who can create high-quality music are all explained by this gradual overwhelming of traditional ways of producing music by AI systems. Thus, all record labels and streaming platforms benefit from this abundance of content as it captures the attention of audiences and generates further income possibilities.
Major Opportunities
Let’s discuss each one in detail.
1. Customization and Audience Participation: Creating Personalized Experiences
Algorithms powered by AI are currently integral to enhancing the listening experience of a user. Services like Spotify, Apple Music, and YouTube Music utilize machine learning technology to understand the tastes of users who have a certain listening history and behavioural patterns so that users are offered songs, albums, or playlists as per their interests best. This leads to an increased consumption of music by the users by making them more agreeable to the system and hence increased satisfaction levels. There will be more advertising and subscription revenue to be earned on these platforms as more listeners engage with the content.
Further, AI-based recommender systems are also very important for artists and record labels who want to expand their reach. To estimate the audience of a certain genre or style, machine learning approaches can study the audience and its characteristics. This includes addressing the small audience markets where targeted advertising is likely to produce high returns relative to marginal costs. Going one step further, advanced technologies can help the artists themselves to re-design their image and music content for specific audience groups boosting the fans’ devotions, and bringing extra sources of income from concert sales, focused goods and services, and affiliations.
2. Music Distribution and Marketing: Using Data to Revolutionize Strategy
The advancements in AI have revolutionized the marketing and distribution strategies within the recording industry due to the increasing reliance on digital platforms for music consumption. Deep-learning networks examine a variety of measures such as listening habits, interaction levels, and population statistics. Therefore, labels and artists employ these strategies when preparing a new release, defining the optimal timing, geography as well as the means of distribution. For example, due to audience analytics and market observations, predictive marketing can tell with high accuracy, how likely a song will perform in the market and consequently help the labels manage resources better.
Moreover, music labels can comprehend the fan’s mindset more by employing Visualization tools such as Google’s AI-marketing platforms and IBM’s Watson. Such other aspects also include even the marketing content like looking at a video teaser or personalized advertisement wherein an AI works and gains the attention of various digital mediums. Music companies can increase their visibility and engagement using less money through these tools which enable a more tactical and efficient way of marketing.
3. Managing Rights and Licensing: Simplifying a Complicated Environment
AI is revolutionizing the complex arena of music licensing and rights management. It will be easier to monitor and enforce music rights using this particular technology due to AI and blockchain which will play a major role in compensating even the labels, producers or artists who are owed. Some examples of such platforms are Jukedeck and AIVA, which generate ready-to-use royalty-free compositions that can be sold directly to advertising agencies, content creators or businesses. Licensing of music which at times tends to be expensive and comprehensive is made less costly and easy by AI to all stakeholders making music more accessible and manageable within music rights.
Moreover, assessing audio fingerprints, and tracking down infringements of copyrights is another integral aspect AI lends in making the breach very difficult. Timely and effective monitoring of this kind is critical for proper management and control of the income generated by the entertainment business. Some companies like Audible Magic and Pex have designed advanced AI-based systems to help musicians and labels find usage of their materials without permission and get paid for it. Artists and rights holders receive more revenue from the work leading to the preservation of stability of the economy of the industry.
4. New Prospects for Virtual Worlds and Immersion Experiences
Due to the enhancement in Artificial Intelligence, complemented by the inclusion of Virtual and Augmented Reality, it is now possible to generate fully immersive experiences concerning music. For instance, this now enables fans to watch a live concert from anywhere in the universe as the performers can organize virtual concerts. Companies such as Wave and MelodyVR are at the forefront of this technology, creating virtual reality concerts that allow users to ‘meet’ their favourite performers or be present on the front stage. These experiences provide an additional revenue stream for record labels and also help them connect with their fans differently.
In addition, there’s also a well-defined audience for adaptive audio such as AI in music interactive experiences production as well. This could be in the form of the interactive soundtracks of video games that evolve according to player interaction and the level of the game. Because of these adaptive soundscapes, there is a growing sub-industry that allows AI-computed music to be sold for use by defendants in VR and gaming applications. The fusion of AI, music, and immersive technology in this way has great potential to enable the music industry to reach out to people who love technology and help expand the market.
In conclusion, the incorporation of our real AI into the music industry has revolutionized the creative and commercial processes of music making. AI is improving every single process in music art such as the enhancement of distribution, marketing and rights management and the speed of creating and producing music as well. By this time, record companies and musicians have resources that enable them to engage audiences and profit from their work. It’s only expected that with more advancements in AI technology, there will be even more opportunities for the music industry to thrive and make profits.
To remain competitive, the players in this sector must find a way to leverage the ability of AI to gratify the changing needs of modern listeners while remaining creative. Music will, of course, also be created, produced and marketing foreseen in AI trends- but in a way that is multi-dimensional, interactive and less costly. When these technologies are embraced, it can significantly improve the health of the existing music business, as all elements of audience, technology and creativity will be combined into one vast and prosperous industry.
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Thermal Camera Market size worth US$4.684 billion by 2029
Press ReleasesThe thermal camera market is expected to grow at a CAGR of 7.26% during the forecasted period, with a market valuation of US$3.299 billion in 2024, and is expected to reach US$4.684 billion by 2029.
Thermal cameras, also called infrared cameras are gadgets that identify infrared radiation transmitted by objects. They utilize a lens to center the radiation onto a detector, which can be a set of sensors delicate to particular wavelengths. The captured radiation is converted into electrical signals, handled by the camera’s electronics, and changed over into a visual image. Thermal cameras have different applications, such as search and rescue, security, surveillance, prescient maintenance, and building reviews. They can offer assistance locating individuals in low-visibility conditions, identifying intruders, and recognizing security dangers.
As per the report, the thermal camera market is expected to develop at a moderate pace.
The thermal camera market is encountering expansion due to extending applications in different industries, innovative technological progressions, integration with other technologies, rising government investment in defense and security, and increasing global security concerns. Thermal cameras are utilized within the military, defense, industrial, automotive, and healthcare divisions for surveillance, target procurement, inspections, maintenance, night vision, and medical diagnostics. They are moreover being integrated with other technologies such as the IoT and Machine Learning (ML) for real-time data collection and investigation as well as government investment in defense and security is driving requests for thermal cameras for border patrol and border security.
The market is growing with the launch of modern products, and innovative technology integration, for instance, in. February 2024, Hanwha Vision presented AI-based radiometric thermal cameras, appropriate for exact temperature estimations from -40°C to 550°C, and giving security and surveillance functions, making them perfect for industrial applications such as manufacturing, utilities, airports, mining, and shipping.
Based on the product, the thermal camera market is categorized into a handheld thermal camera and helmet-mounted warm camera. Handheld thermal cameras are anticipated to altogether contribute to the thermal camera market expansion due to their affordability, movability, ease of utilization, and more extensive range of applications. They are cheaper than helmet-mounted alternatives, making them available to a bigger client base. Handheld cameras are moreover simpler to function, requiring negligible training, and can be utilized in different circumstances like building inspections, search and rescue, and on-site support. Besides, helmet-mounted thermal cameras will still hold a niche market due to their hands-free operation and progressed steadiness.
Based on the technology, the market of thermal cameras is categorized into cooled, and uncooled. The thermal camera industry is anticipated to encounter a significant rise in the future, with uncooled cameras contributing to this development due to their affordability and wider client base. Progressions in uncooled innovation technology are anticipated to improve picture quality as well as extend their applications. Further, cooled cameras will still play a pivotal part in divisions like military and defense, basic infrastructure security, and long-distance observation, requiring prevalent picture quality and long-range execution.
Based on the application, the thermal camera market is divided into security and surveillance, inspection and monitoring, wildlife observation, hunting, navigation, and others. The market is predicted to develop due to security and surveillance, followed by the inspection and monitoring segment. Security and surveillance are driven by developing security concerns and the expanding focus on preventive support in industry businesses. Thermal cameras are perfect for border security, border patrol, and basic infrastructure protection in low-light conditions. Inspection and monitoring are driven by their esteem in prescient maintenance in industrial settings, permitting early detection of potential issues like overheating gear or machinery.
Based on the end-users, the thermal camera market is separated into aerospace and defense, automotive, marine, oil and gas, and others. Thermal cameras are progressively utilized in different segments, including aviation & defense, oil & gas, car, and maritime. They are utilized for surveillance, target procurement, weapon systems, inspections, and progressed driver-assistance frameworks. Government investing in defense and drone-mounted cameras is anticipated to drive development. In any case, far-reaching broad adoption in automobiles may take time due to cost contemplations and administrative regulatory approvals. Marine thermal cameras are utilized for navigation of routes and collision evasion in low-visibility conditions.
Based on Geography, North America is expected to have a major share of the market of thermal cameras during the anticipated period owing to North America being the domestic place for various thermal camera producers, driving advancement and technological progressions. These companies are broadly utilized in different industries, including security, surveillance, military, building reviews, and processes of industries. Government funding and regulations standards, as well as security and productivity controls, contribute to the broad adoption of thermal cameras. The region’s well-developed infrastructure, incorporating a network of component providers, wholesalers, and technical specialists, guarantees smooth operations and promptly accessible assets for consumers.
As a part of the report, the major players operating in the thermal camera market that have been covered are Axis Communications AB, Bullard, Teledyne FLIR LLC, InfraTec GmbH, Fluke Corporation, Seek Thermal, SATIR, Opgal, Jenoptik, and Lynred USA.
View a sample of the report or purchase the complete study at https://www.knowledge-sourcing.com/report/thermal-camera-market
This analytics report segments the thermal camera market on the following basis:
AI Camera Market Share
Wearable Camera Market Size
Compact Camera Module Market Report
Silicon Carbide is Shaping the Future of Electric Vehicles
Thought ArticlesSilicon Carbide (SiC) is a high-hardness and high-performance material with excellent properties that make it perfect for high-technological applications, especially in electric vehicles (EVs). With its stiffness, thermal conductivity, and electrical resistance, it is a candidate material for numerous high-powertrain applications in EVs. Further, with the high hardness, a SiC-based product is wear-resistant and has excellent heat conduction which is good for dissipating the heat, so as a result of improving performances from electronic components. SiC is a very good electric resistor for high-voltage in comparison to other materials which makes it appropriate for multiple EV applications.
Additionally, SiC components are typically smaller and lighter than silicon counterparts, reducing overall vehicle weight and improving fuel efficiency. They are also a promising material for EVs due to major advantages like fast charging time, and improved battery life with reduced energy consumption. Additionally, SiC devices have a longer lifespan, reducing the need for frequent maintenance and replacements, which makes it a popular choice for the future of EVs. SiC is moreover utilized in semiconductor devices that operate at high temperatures or voltages, like lighting-emitting diodes, and detectors which are integrated into the electronic power devices in EVs to easily handle the high voltages.
Moreover, the leading manufacturers of EVs are increasing the utilization of SiC in EV components. For instance, Audi is equipping its EV models with SiC semiconductor inverters, increasing the efficiency of the vehicle by almost 60%, alongside better reliability. Audi is already offering these water-cooled inverters in their models that perform particularly well under partial load as of the press release from May 2024.
Similarly, the increasing collaboration between EV manufacturers and global SiC components manufacturers is also witnessing a rise. For instance, ROHM announced the use of 4th generation SiC MOSFET bare chips in three ZEEKR EV models from Geely, one of the top 10 global automakers in August 2024. The three flagship models are Geely’s ZEEKR EV01, FM10, and 001. These vehicles are gaining interest for their cost value and newness outside China due to features like the 300kW output, with a range of up to 400km on a single charge. In the future, ROHM plans to continue to promote SiC power devices and aims to introduce 5th generation SiC MOSFETs in 2025 and further accelerate its robust product lineup by developing 6th and 7th generation products based on their original key technologies. The company focuses on providing SiC in a variety of formats to promote the widespread adoption of SiC technology.
In addition, SiC business sales targets by ROHM Co., Ltd. for FY2025 and FY2027 have been raised to 130 billion yen and 270 billion yen, respectively. The company also expanded its three-year revenue-generating opportunities to 1.78 trillion yen at the same time. The company management will moreover invest in mid-to-long-term growth of SiC resulting in a production capacity to increment to 35 times that of FY2021 to a value of around 510-billion-yen investment during FY2021 to FY2027 timeline. This will contribute to the advancement and improved vehicle performance in EV vehicles in the coming years.
Figure 1: Increase in Sales Target for the Sic Business of Rohm Co., Ltd., in Billion Yen, in Fy2025 and Fy2027
Source: ROHM Co., Ltd.
Moreover, SiC is a major development for EVs since it is much better in performance concerning conventional silicon. By minimizing energy losses, it further enhances efficiency and makes more battery power available for vehicle propellent, which translates to a longer driving range. These components also offer faster switching speeds with higher power density which is beneficial for advanced EV development. They can withstand more power output without overheating, which makes them compact and efficient. Besides, the superior thermal conductivity allows them to quickly cool heat away from devices, requiring less bulky cooling systems.
As research and development continue, SiC is expected to witness more innovative and new applications in future EVs. Wolfspeed a worldwide leader in SiC technology introduced a cutting-edge Silicon Carbide module solution to fuel clean energy storage capacity in September 2024. The company collaborated with North American-based utility-scale inverter producer EPC Power to utilize Wolfspeed modules in utility-grade solar and energy capacity frameworks. These modules provide versatile high-power conversion modules, high-performance controls, and system excess. The 2300V modules were developed in the latest 200mm silicon carbide technology and deliver energy effectiveness and cost-effective operational economics, making them ideally suited for energy storage, renewable energy, and high-capacity fast-charging infrastructure. The manufacturing of SiC components and technology is a necessity in transitioning toward the next generation of EVs and advanced electronic devices utilized in these vehicles.
Key Developments:
September 2024
June 2024
May 2024
January 2023
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Algae Protein: The Future of Plant-Based Alternatives in Food Production
Thought ArticlesAlgae are rich in important amino acids, minerals found in meat, and omega-3 fatty acids found in fish, amongst other nutrients lacking in vegetarian diets. According to these researchers, algae might be the destiny of plant-primarily based meat alternatives. The algae spirulina and chlorella, in particular, were among the first food colourings and supplements to be sold. The algae spirulina and chlorella, in particular, were among the first food colourings and supplements to be sold. Algae are a very good source of protein. Because of this, there is now a lot of possibility in making vegan meals and, in general, alternative meat.
Meat derived from plants aims to mimic or even better the nutritional profile of animal-based meat and even the entire consumer experience from its consistency to organoleptic properties and familiarity with daily meals. Formulation of such products requires a knowledge of the interaction between these ingredients. Meat substitutes have additionally been lately formulated as a healthier and greater environmentally friendly opportunity to meat a good way to lessen or maybe get rid of the increasing demand for meat consumption. Microalgae, a new protein source, is proposed as a promising aspect for meat substitutes.
Moreover, the food industry is changing dramatically as the world’s populace increases and environmental sustainability worries develop. Because of its results on the environment, useful resource necessities, and greenhouse fuel emissions, conventional animal-based total food production has grown more and more unsustainable. Interest in plant-primarily based proteins as capability substitutes has expanded as a result. Algae protein is one of the most promising of those, offering several advantages for the future of food production.
Further, the protein content of microalgae has also increased demand for its use as a food ingredient. The most common microalgae species are Arthrospira platensis (Spirulina) and Chlorella vulgaris. Because of their high protein content (between 50 and 60% of dry weight), as well as their corresponding levels of essential amino acids and vitamin B12, they are occasionally used as vegan protein sources. The company Unilever is using microalgae Chlorella vulgaris for producing plant-based products, whereas Nestlé is in the commercialization process of the microalgae in the plant-based products. Furthermore, 37.8 million tonnes of algae were produced worldwide, according to the 2024 edition of The State of World Fisheries and Aquaculture (SOFIA).
Figure 1: Global Algae Production, in Million Tonnes, 2022 to 2024
Source: SOFIA
Additionally, microalgae have been regarded as the ideal food source due to their quick growth and nutritional benefits besides lower impact on the environment. Because of their ability to gel, absorb fat and water, emulsify, and foam, certain terrestrial plants are used in industry. These same characteristics make microalgae a versatile ingredient for both industry and nutrition. Algae are used in the food industry as a texture enhancer, gelling agent, raw food, cooked ingredient, and vegan egg substitute, among other applications. Due to the consumer’s emphasis on sustainability, innovation, and fitness, algae protein is expected to revolutionize food production and bring about a healthier, more green future.
Environmental benefits of algae protein production
Protein from algae has first-order environmental advantages over farming and feedstock production for livestock so it can be considered a potential solution for future food structures. Because algae can grow in arable and not-arable areas, such as deserts or cities, and could occupy minimal or no land area at all, they pose no competition to traditional crops such as soy or wheat but instead thrive in either freshwater or saltwater or even in wastewater, greatly reducing pressures on freshwater resources.
Since algae grow fast, they can produce massive amounts of protein quickly at the same time as consuming less fertilizer and pesticide. Besides, due to the reduction of the need to expand farmland, large-scale algae production can prevent soil degradation and deforestation. Algae farming also encourages sustainability even further by purifying wastewater upon its integration with circular economies by removing contaminants and nutrients. Due to these end eco-friendly benefits, it is necessary for algae protein to address the ecological issues of the food industry and meet the growing demand for plant-based proteins.
Advantages and disadvantages of algae protein
Future Potential of Algae Protein
Algal protein is positioned as a primary participant in the destiny of meal manufacturing because of the growing demand for plant-based totally and sustainable foods. Trends in biotechnology and strategies in vertical farming are now paving the way toward increasingly scalable and efficient algae farming. Some of the trends include:
1. Large-scale farms of algae:
Technologies that improve ocean farming as well as the deployment of bioreactors will continue reducing the price of manufacturing and provide greater supply.
2. Using algae as a component of commonplace ingredients:
Once the challenges with taste and texture are fixed, algae may be used frequently in unusual goods like bread, pasta, and liquids.
3. Cooperation with Conventional Farming:
The irrigation of crops with algae-based fertilizers would further beautify traditional agriculture and reduce its negative impact on the environment.
4. Individualized Diet:
Precise Farming, Bio-engineering, and Personalization of Algae-Based Foods. The algae-based food products shall be tailored through precision farming and bio-engineering to address specific dietary needs or nutritional deficiencies.
In conclusion, algae protein offers a nutrient-dense, sustainable alternative to conventional plant- and animal-based diets. It is well-positioned to be a key thing in the shift to sustainable food structures due to its high protein content material, vital amino acids, and environmental advantages. Even though there are nonetheless troubles with flavour and cost, those must be resolved with greater research and technical developments.
With consumers and industries placing a greater emphasis on sustainability, innovation, and fitness, algae protein can transform food production and open the door to a healthier, greener future.
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Electric Vehicle Telematics Market size worth US$13.504 billion by 2029
Press ReleasesThe electric vehicle telematics market is expected to grow at a CAGR of 10.24% during the forecasted period, with a market valuation of US$8.294 billion in 2024, and is expected to reach US$13.504 billion by 2029.
An electric vehicle telematics is a combination of several information technologies, and communication systems, which are designed to track and collect vehicle information. This information may include details about the location of the vehicle, the behaviour of the driver, and vehicle performance. Telematics are generally used in commercial fleet vehicles, which offers multiple benefits to the operator of the fleets. The electric vehicle telematics systems help the operators to track the vehicles using the on-board GPS systems, and check the performance of the battery. The electric vehicle telematics also updates the operators about the driving range of the vehicle.
The global electric telematics market is sure to witness massive growth with the increase in the market share of electric vehicles in the commercial fleet sectors. With the introduction of new governmental policies and subsidies, the share of electric vehicles in the commercial sector has witnessed significant growth, offering massive opportunities for the growth of telematics in the electric vehicle industry. In the global electric vehicle telematics market, various companies introduced their products and solutions, to offer the fleet operators an efficient management of their vehicles. For instance, in July 2024, Inseego Corporation launched its cutting-edge electric vehicle telematics solutions, which are aimed at streamlining global electric fleet management. The EV telematics is designed to offer a smooth transition of the operators to the electric vehicles, and it also adds information like productivity, preformation, and efficiency of the vehicle.
The global electric vehicle telematics market, by solution, is segmented into hardware, software, and services. The software category of the solution segment, under the global electric vehicle telematics market, is estimated to grow at a higher rate. The electric vehicle telematics software offers a wide range of applications to fleet operators, as it offers real-time monitoring of the vehicles, along with planning the most efficient delivery route, and maintaining the schedule.
The vehicle solution segment of the electric vehicle telematics market is categorized into battery electric vehicles (BEVs), plug-in hybrid electric vehicles (PHEVs), and hybrid electric vehicles (HEVs). Under the vehicle solution segment of the global electric vehicle telematics market, the battery electric vehicle category is forecasted to attain a greater market share. The battery electric vehicle demand has grown significantly, in the global commercial vehicle sector, majorly with the introduction of several governmental policies, and the implementation of new technologies, which offer a greater range, and improved efficiency.
The global electric vehicle telematics market, by vehicle weight, is segmented into light and heavy. The heavy vehicle category of the vehicle weight segment is estimated to attain a greater share in the global electric vehicle telematics market. The heavy vehicle category attains a greater share in the global electric vehicle fleets sectors. In heavy vehicles, the telematics solutions offer greater benefits over the light vehicle category, as it helps in the easy maintenance of the vehicle, and helps to identify any problems in advance. It also offers energy efficiency in heavy vehicles and also reduces the cost of operations.
Based on geography, the Asia Pacific region of the electric vehicle telematics market is anticipated to attain significant growth. The Asia Pacific region has witnessed significant growth in its demand for electric vehicles over the years. Multiple Asian Pacific countries like India, China, Vietnam, and Japan are among the biggest producers of sustainable vehicles, which include hybrid vehicles, plug-in hybrids, and fully electric vehicles. Furthermore, the increase in the introduction of governmental initiatives and policies to boost the region’s electric vehicle infrastructure and ecosystem is also estimated to propel the electric vehicle telematics market in the Asia Pacific region. Governments of various countries like India, China, Japan, South Korea, and Singapore have introduced multiple policies, and incentives, to increase the production capabilities of the nation, boosting the market demand for electric vehicle telematics.
The research includes several key players from the electric vehicle telematics market, such as Airbiquity Inc.(Karma Automotive), Geotab Inc., Azuga, Inc., ERM Advanced Telematics, Trimble, Inc., Continental AG, Agero, Inc., Robert Bosch GmbH, TomTom International BV, Intellicar, Sawatch Labs, Electra EV , Samin TekMindz India Pvt. Ltd.
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This analytics report segments the global electric vehicle power telematics market as follows:
Commercial Telematics Market Size
Connected Car Market Share
Electric Vehicle Drivetrain Market Report
The Growing Demand for RF Power Semiconductors in 5G Networks and Beyond
BlogRF power semiconductors an electronic components that are designed for transmitting the purpose of radio signals after sufficiently amplifying them. These devices work over high frequencies which are typically in the megahertz (MHz) and the gigahertz (GHz) ranges and are therefore very important to wireless communication systems. RF power semiconductors which are used as RF power transistors, RF diodes, RF amplifiers, RF integrated circuits and the like are included in base stations, antennas and satellites among other devices.
Moreover, RF power semiconductors are very significant when it comes to the conversion of electrical energy into RF signals as they make it possible for wireless communication to take place over almost zero unfolded usage making it very economical. The launch of the fifth generation where there is low latency evolution and use of upper millimeter wave transmission, has further made these components very important.
Further, the global telecom sector is undergoing a swift transformation with the deployment of 5G technology and the anticipated wireless communications of the next generation. One of the factors fuelling the change is a category of power semiconductors referred to as radio frequency (RF) power semiconductors, which are essential in the efficient transmission of large data over long distances, and at high speeds. As applications are expected to go far beyond telecommunications, also to automotive, healthcare, and defence sectors, the demand for RF power semiconductors is expected to surge rapidly with the progressive rollout of the 5G networks. This has also led to an increase in the 5G subscriptions among people, for instance, 5G accounts for 59% of smartphone subscriptions in North America.
Figure 1: 5g Subscriptions, in Millions, North America, 2022 to 2023
Source: Ericsson
Role of RF Power Semiconductors in 5G Networks
5G networks require higher data rates, lower latencies and a higher number of simultaneous connections than the previous generations of wireless technology. These advancements mean that a complete overhaul of existing network infrastructures is required, in particular, the power and efficiency of RF signal transmission will be greatly affected.
Applications of RF Power Semiconductors
The telecommunications industry has historically dominated the market of RF power semiconductor, but other industries are beginning to adopt the technology because of the advancements in 5G mobile communication systems.
Technological Trends in RF Power Semiconductors
The rising need for RF power semiconductors has accelerated innovation in technology relating to the manufacture of semiconductors. There are the following principal tendencies concerning the development of RF semiconductors in the future:
In conclusion, the advent of 5G technologies and other novel solutions in many industries have contributed to the unprecedented demand for RF power semiconductors. These semiconductors fabricated for fast and low-latency 5G communications are widely used today in the automotive, aerospace and healthcare sectors as well as in industrial IoT. In the next couple of years, radio frequency power semiconductors will not only open up opportunities for new telecommunications but will penetrate a lot of sectors due to the development of materials like GaN, SiC integration, and miniaturization.
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The Role of Solar Control Window Films in Sustainable Architecture
Thought ArticlesSustainable Architecture: A Future Design
Sustainable architecture is used to calibrate the design strategy and create a building that supports environmental norms. Architects consider several factors in designing the building, such as prioritizing recycled and recyclable materials, minimizing demolition, construction, unnecessary material consumption, choosing locally sourced materials, etc. It leads to smart designs and the use of available technologies to maximize energy management and rainwater management.
Architects make use of several sustainable architecture strategies for their sustainable designs. One such strategy is taking the sun orientation and climate of the place while designing the structure. This gives the daylighting and natural ventilation and saves the energy requirements. The orientation of the building according to the sun gives natural sunlight during the daytime. Similarly, native landscaping can greatly help with light and aesthetic needs. The use of native trees, plants, mounds, etc., can reduce the construction cost as well.
Further, the use of green building materials reduces environmental costs and provides environmentally responsible manufacturing techniques. The architects are significantly dependent on mechanical and electrical engineers for solutions on implementing HVAC, electrical, plumbing, and other systems that are independent of the environmental consequences. Similarly, using rainwater harvesting strategies, such as permeable pavement, could conserve water management locally.
Moreover, the windows can be used to maximize the input of heat-creating light while minimizing the loss of heat through the glass. Windows can be designed to maximize natural light. Double-glazed windows, solar control window films, and Low-E glass can be used to reduce energy consumption. Sustainable architecture building is the future of construction. It involves a building that minimizes environmental impact, uses renewable energy sources, and minimizes waste generation.
Prominent Examples Of Sustainable Architecture
Sustainable architecture, such as green buildings, typically uses less energy and less water than other buildings. This aligns with the circular economy principles. There are several green buildings designed worldwide, setting an example for development.
One such building is the Bullitt Center is located in Seattle, Washington. It is a six-story, 50,000-square-foot office building. The building generates 230,000 kilowatt hours per year, with 575 solar panels on the roof. Further, almost all the water used in the Bullitt Center comes from captured rainwater. 56,000 gallons of water is stored in the concrete cistern in the basement, which is brought from the parapet roof that downspouts the water. The day-use tank that holds 500 gallons of potable water next to the cistern.
The building has triple-pane glazing and deployable exterior shades to help maintain interior temps. The outermost layer of the building is the deployable stainless steel shades, which are about 12 inches away from the windows. In the winter, the shades maximize natural daylight, and in the summer, the shades deploy to scatter direct rays from the sun. Each window unit weighs 532 pounds.
Moreover, the Shanghai Tower is located in Shanghai, China. It is 2,073 ft high and 128 stories high. This is the world’s third tallest building. The building is divided into nine tiers vertically, enclosed by the inner layer of the glass façade, which completes a 120-degree twist as it rises. The building has two transparent layers of glass façade. The double layer of glass eliminates the need for either layer to be opaque and reduces the indoor air conditioning and heating. 20,589 wall panels with 7,000 unique shapes are used, and they are suspended from above on massive cantilevered trusses. This complicated structure uses a control window and glasses to save maximum energy and give differentiated looks.
Solar Control Window Films Application
Solar-control films are used to reject the excessive sunlight during summers and absorb the minimum heat during the winters. These films can provide significant savings. They can be installed on the interior or exterior side of the window and reduce the amount of solar energy. The solar control window films reduce heat gain, block UV radiation, and moderate the amount of visible glare entering the room. These films reduce the air conditioning cooling load during summer and winter, preventing heat loss.
The major benefit of using solar control window film is that it provides cost-effective solutions for big buildings. Big buildings generate CO2 emissions, so solar-controlled window film can add more insulating power to glass and reduce CO2 emissions.
One such beneficial product is Suntrol window film, which can be installed quickly at about one-fifth the cost of replacement windows. It offers 3 times more energy savings and pays for itself within 5 years of installation. It can be beneficial for saving 50% on summer cooling costs, 33% on winter heating costs, and a limited lifetime warranty. The product also provides bird-deterrent technology.
Table 1.1: Solar Control Window Films, Products
Commercial Benefits Associated With Solar Control Window Films
Solar window films help reduce heat entering the building through windows, maintaining a more comfortable indoor temperature. Less energy is needed for heating or cooling, which saves money. The film blocks UV rays and keeps the room cool without turning on the air conditioning, thus keeping the temperature down naturally in a building and saving energy. The use of air conditioners is commercially heavy for households and businesses.
Particularly during the summertime, the use of solar film in the windows was notably reduced by more occasional use of air-conditioning systems, and thus the electricity bills. Using less electricity is important for reducing the greenhouse gas emissions associated with electricity production.
Solar films block UV rays entering the building and their damaging effect on objects. It prevents the deterioration and fading of furniture, walls, and interiors. Users save money on interior maintenance and can give alternative decorations.
Today, many buildings are subject to environmental standards, giving a competitive disadvantage to buildings with a poor environmental performance index (EPI). By using solar control window films, certification standards such as LEED (Leadership in Energy and Environmental Design) or BREEAM (Building Research Establishment Environmental Assessment Method) can easily be met, and these standards automatically increase their value.
It was estimated by gsa.gov (US Govt.) that 28% of the cooling energy demand is due to the heat gain in windows. They also modeled the energy performance of both spectrally selective absorbing and reflective films in warmer climates. The modeled energy savings for a range of base windows and climates payback for liquid-applied absorbing @ $8/ft2 (80% of the current cost) and reflective @ $10/ft2.
The liquid-applied absorbing film is ineffective in saving energy for heating and cooling. The solar-control films can provide significant cooling savings. It is effective in buildings with single-pane clear windows. In the buildings, these are used against the direct sun without exterior shading and south, east, or west orientations. Reflective film is currently more cost-effective and broadly recommended.
Figure 1: Modeled Energy Savings by Liquid-applied Absorbing and Reflective Absorbing Spectrally, Single Clear, Payback in Years
Source: gsa.gov
Other Key Benefits:
Window film installations are typically much more affordable than other window coverings and can normally pay for itself within a few years. Solar Films provide UV protection, and infrared light reduces the chance of fading office interiors and exteriors. It improves commercial window energy efficiency and increases building tenant comfort and productivity. It could significantly decrease glare and reduce reliance on AC systems. It provides a strong return on investment (ROI) by giving carbon negative in a few months of usage.
The Skin Cancer Foundation suggests that unprotected exposure to UVA and UVB damages the DNA in skin cells, which leads to skin cancer and eye damage. Solar control film protects from harmful UV. Solar control window film can act like a ‘sunscreen for windows,’ which protects skin and eyes from UV damage. Further, reflective solar control window film provides 1-way mirror privacy during the day, thus giving privacy at home or work. These multiple benefits further expand the role of solar control window films in sustainable architecture.
Green Building Certification:
Sustainable building certifications are a known requirement of buildings to maintain certain standards to be differentiated from other buildings. These certifications recognize the commercial, residential, government, etc. Types of buildings with certain green parameters support them in expanding their boundaries.
Certain global certifications are gaining traction for their benefits. Certification elevates the market standards for buildings worldwide, as it sets higher standards than government building codes and regulations. This significantly elevates workforce requirements and business strategies. Certification tools can be used for different building types, such as homes, commercial buildings, or neighborhoods.
One such notable certification standard is LEED (Leadership in Energy and Environmental Design), based in the United States provides certification for healthy, efficient, and cost-saving green buildings. LEED is amongst the largest certification networks around the world. There are more than 111,857 total LEED-certified projects worldwide by February 2024. There are nearly 66,412 certified LEED commercial projects, 45,406 certified LEED residential projects, and more than 250 certified LEED for Neighborhood Development projects. It operates in 186 countries with more than 3,200 individual members and 5,300 organization members.
Figure 2: Leed-certified Projects, Commercial and Residential, by February 2024
Source: USGBC Statistics
LEED guarantees certification for Building Design and Construction (BD+C), Interior Design and Construction (ID+C), Building Operations and Maintenance (O+M), Neighborhood Development (ND), Homes, and Cities. LEED is backed by USGBC (U.S. Green Building Council, Inc.), headquarters in Washington, D.C.
Furthermore, the German Sustainable Building Council (Deutsche Gesellschaft für nachhaltiges Bauen e.V., DGNB), was founded in 2007 having with more than 2,300 member organisations. It is Europe’s largest network for sustainable building. The DGNB has awarded more than 10,000 projects in around 30 countries. DGNB provides certification systems for sustainable buildings and districts. It can give feasible solutions on both a small and large scale, and via the DGNB Academy, it provides training and education platforms for sustainable planning, construction, and real estate management.
Moreover, the Indian Green Building Council (IGBC) is part of the Confederation of Indian Industry (CII) and was formed in 2001. IGBC rating systems are voluntary, consensus-based, market-driven programs. There are 2,218 organizational members, 14,511 registered projects, and a 12.30 billion sq. ft. green building footprint through 62 offices with 8 overseas offices.
The use of these solar control window films in sustainable architecture for commercial buildings can help LEED credits and other potential certifications. Further, window films can have Solar Heat Gain Coefficient (SHGC) and Visible Transmittance (VT) ratings by the National Fenestration Ratings Council (NFRC). The lower a film’s SHGC, the less solar heat it transmits, and the higher the VT rating, the more visible light is transmitted. The various certifications certainly uplift the demand for solar control window films in sustainable architecture.
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Maritime Satellite Communication Market size worth US$10.017 billion by 2029
Press ReleasesThe maritime satellite communication market is expected to grow at a CAGR of 10.75% during the forecasted period, with a market valuation of US$6.011 billion in 2024, and is expected to reach US$10.017 billion by 2029.
There is a growing need for voice communication applications in different sectors of the economy, such as passenger ships, fishing, and marine transportation, which will make maritime satellite communications develop. In these sectors’ operations, effective command of affairs requires the installation of marine satcom systems for straightforward carrying out such activities, besides improving security and surveillance functions. Also, the market is positively impacted by significant growth in big data computing and advanced satellite technologies, triggered by increasing awareness of cloud benefits. Besides, satellite communication integration with mobile has created more room for the market to grow.
Maritime satellite communication equipment has become necessary for both short- and long-term travel. Whether commercial fishing, recreational boats, mega yachts, or other naval transport, trustworthy communication has become essential. The only places where cellular services are offered are offshore, and their operational range is constrained. Using a satellite network can help reduce communication problems and provide services that are more competitive than those provided by land-based communications.
Further, marine satellite communication equipment assists naval defence forces by facilitating aerial tracking, distress call communication and reception, and meeting navigational requirements. Additionally, throughout the forecast period, demand for these communication solutions is anticipated to be driven by growing investments in modernizing legacy systems within naval fleets throughout various regions. Maintaining uninterrupted, real-time communication is critical in the defence and security sector to effectively handle issues like border infiltrations, inter-country conflicts, and pirate activity, among other things. To improve their operational capabilities and guarantee strong and dependable communication in emergencies, coast guards, navy personnel, and other security organizations are increasingly focusing on and implementing marine satellite communication.
Moreover, the increasing need for voice and audio broadcasting applications in end-user industries is a driving force behind the expansion of the satellite communication industry. Since satellite communication is essential to providing subscribers with high-quality content, the market is expected to grow as a result of the widespread use of direct-to-home (DTH) in media and entertainment applications. The demand for satellite communication is being driven by the increasing number of Internet of Things (IoT) connected machines and sensing devices, including applications for cybersecurity, high-performance computing, autonomous shipping, and fleet management. For instance, global satellite communication provider Inmarsat Maritime and Atlantic Offshore agreed in June 2023 to deploy Fleet LTE throughout Norwegian offshore. This agreement will guarantee constant, high-speed, low-latency maritime satellite communication in the North Sea.
In addition, new ideas about smart shipping are pushing maritime operators to adopt the newest satellite communication systems, and regulatory incentives for safety communications, crew, and passengers demand more media content. The market is expected to grow primarily due to an increase in the use of High Throughput Satellite (HTR) and Low Earth Orbit Satellite for high-speed broadcasting satellite services, cellular backhaul, and other value-added services like video conferencing and VOIP. The market will expand due to the increasing use of automatic identification systems, satellite telemetry, and Very Small Aperture Terminals with higher uplink frequencies.
The Maritime satellite communication market, by type, is divided into two types- Mobile Satellite Service (MSS) and Very small aperture terminal (VSAT). The benefits of VSAT over Mobile Satellite Services (MSS), including decreased latency and worldwide coverage, are responsible for this growth. Broadband VSAT networks are used to set up onboard VPN networks that connect ships to land and cover fleets. This connectivity supports VoIP traffic and enhances ship-to-shore information access while supporting critical business applications. You can use regular Internet access through VSAT for several things, such as email, instant messaging, and file sharing. Additionally, VSAT offers the option of unlimited data usage for a set monthly fee. This allows the crew to handle personal matters, keep in touch with friends and family, and watch entertainment content at a moderate pace.
The Maritime satellite communication market, by offering, is divided into two types- solutions and services. The services are growing as the security, safety and operational efficiency of ships and other maritime vessels need to be monitored and tracked. When it comes to maritime satellite communication, it stands out as one of the basic technologies for controlling this. Further, due to it ships and other maritime vessels can retain connection with onshore communication systems being in the high seas. This is made possible by the use of satellite communication systems, which enable data transmission and reception via satellite links for ships. Satellite systems offer tracking and monitoring capabilities in addition to communication capabilities.
The Maritime satellite communication market, by application, is divided into three types- Video communication, voice communication, and data communication. The global marine satellite communication market is driven mainly by the need for data communication in the maritime industry; it ensures employee and passenger well-being, increases operation effectiveness and makes onboard security possible. Due to scanty alternative means of movement amongst seafarers, secure dependable communication between vessels and land is thus vital. They make it possible for vital functions like real-time data communication, and technologies like artificial intelligence and cloud computing are consequently becoming more and more popular in the data communication sector.
The Maritime satellite communication market, by end-user, is divided into five types- Merchant, offshore rigs and support vessels, leisure, finishing vehicles, and passenger fleets. Almost all of commerce is transported by the international shipping sector, which is essential to the growth of the maritime industry and benefits consumers everywhere by providing competitive logistics costs. The number of marine vessels being added to the current fleet has increased in tandem with the growth of manufacturing and international trade. Over the course of the forecast period, the market’s growth is anticipated to be propelled by this increase in the size of the fleet, which now includes both commercial and military ships.
The Asia Pacific region is expected to witness significant growth in the Maritime satellite communication market during the forecasted period. Because of the growing use of VSAT technology in the region’s cruise ships and merchant fleet, The need for new satellite communication technologies in the region is also being driven by a large-scale modernization of legacy systems, such as close-in air defence systems, radar, and communication systems in defence vessels, as well as an increase in political unrest and border disputes in nations like China and India.
The research includes several key players from the Maritime satellite communication market, such as Inmarsat Global Limited, Marlink, KVH Industries, Inc., NSSLGlobal, Speedcast, Cobham SATCOM, ST Engineering, Hughes Network Systems, LLC, Thuraya Telecommunications Company, Iridium Communications Inc.
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The analytics report categorizes the Maritime satellite communication market using the following criteria:
Segmentation:
Satellite Service Market Report
Fixed Satellite Services Market Size
Global Navigation Satellite System Chip Market Share