Analysis of Smart Shades Devices market covering 30 + countries including analysis of US, Canada, UK, Germany, France, Nordics, GCC countries, Japan, Korea and many more
Globally, demand for smart shades is set to witness intrepid growth during the forecast period of 2020 to 2030, owing to rising aspiration values of consumers and need for comfort and luxury lifestyle, globally.
Moreover, smart shades comes equipped with high-end technologies such as ZigBee/Z-Wave, with Bluetooth being the most prominent technology used in these devices. Sales through online channels will continue to hold a major share of the market over the coming years.
Fact.MR, in its latest research report, offers insights on key factors that are expected to fuel demand for smart shades over the next ten years.
The report tracks market trends in over 20 high-growth countries, with the regions of East Asia, North America, and Europe accounting for bulk of the demand. The report also details what impact the COVID-19 pandemic has had on this space.
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Over the historical period, 2015-2019, the global smart shades market expanded at an outright CAGR of 18.2%. Digitalization and growing online sales penetration, as well as escalating adoption of smart home products have been prime indicators for growth over this period.
Burgeoning IoT market with rising dissemination of connected houses with all the latest digitally-equipped devices has been a key driver for the market. Furthermore, smart shades provide wide connectivity features such as mobile app connectivity, quick response alerts, and remote communication for ease of use for consumers, which has positioned a tactical shift in the market towards large-scale adoption of smart shades and related products.
By virtue of the aforementioned factors, the global smart shades industry is projected to flourish at a gargantuan CAGR of around 23% over the 2020-2030 assessment period.
Solar-powered smart shades are those with minuscule solar cells within the device, which power the product. These solar cells help power the motor in the device, and save copious amounts of energy cost involved in operating smart shades.
Solar-powered smart shades convert solar power into electric energy, thereby consuming little to no electricity. Moreover, most solar-powered shades are waterproof, and some are provided with an external wire to connect the device to an AC supply when the battery is not charged.
Furthermore, increased use of renewables is set to bestow numerous growth opportunities for this space, as progressively, more companies manufacturing smart shades are now opting to make their products equipped with solar cells, which is also helping them reduce their carbon footprint by not using batteries or electricity to power motors.
The aforesaid factors engenders towering the benefits of using renewables in smart shades.
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Retrofitting shades, in simple words, means motorizing existing conventional shades. To retrofit a shade, small devices known as gears are provided by companies, which connect with the existing shades, and have beaded cords or loops.
Relatively economic price associated with retrofit shades fascinates middle-income consumers. However, retrofit shades have less features as compared to new products, such as beautiful cutting-edge motor technologies that come with new integrated installations.
Additionally, cost of motorizing an existing shade with a retrofitting option is relatively low with a vast range of advanced features such as mobile app connectivity, remote connections, solar cells equipped motors. These factors trigger the use of retrofit options for consumers with an easy, quick installation process
Urbanization has led to comprehensive opportunities for technology focused markets, historically. A similar trend is visible in the smart devices market as well.
Increasing urbanization in developing economies, globally, and improved quality of living, have led people to spend more on advanced smart technologies for their homes.
This urge among consumers with wide extensive branding by manufacturers is triggering sales of smart shades across regions.
Furthermore, increasing per capita income of people, globally, has generated significant spending on their homes as well as smart shades.
Additionally, rising investments and extensive R&D by manufacturers in smart technology deployment in shading solutions have led to increased adoption of smart shade.
As such, increasing urbanization with intense investments in smart technology deployments is poised to prop up demand for smart shades substantially over the years to come.
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There is increasing demand from consumers for less noisy operation of smart shade motors. Additionally, there is constant need for miniaturization in motors so as to encompass bigger shades in a small space.
Less noisy motors compel users to opt for advanced technology products, and manufacturers are also tapping this urge to make products that are highly efficient with little to no noise from the operating motor. With miniaturization comes ease of operational efficiency of the motor with less noise.
Consumers’ key restriction concerning the use of smart shades was its earsplitting operation. Advancements in motor technology are poised to assist demand growth for smart shades, with universal adoption expected.
The relatively high cost of mobilizing smart shades at home is considerably impacting overall demand from untapped, high potential, high populace countries such as India, Malaysia, Brazil, etc., thereby missing out on comprehensive opportunities that these potential countries could bestow.
Further, additional requirement of add-ons for deploying smart shades further multiplies the price of overall installation of the product. Lutron’s Serena shades come at a significantly high price with an inbuilt smart battery motor.
These shades require consumers to additionally buy a Wi-Fi bridge in order to connect the shades to a Wi-Fi network, as the shades come with a proprietary wireless protocol.
Above-mentioned factors are inhibiting the growth of the highly lucrative market for smart shades.
During the historical period, 2015-2019, The U.S. market expanded at stonking pace of 19% CAGR. The United States has a history of prompt technological adoption, and is the principal market for smart shades. U.S. consumers have high aspirational values with an inclination of using up-to-date technologies.
High-end technological innovation with extensive adoption of products has led to wide-scale acceptance of smart shades in the country.
Majority of companies such as Lutron Electronics, Meshoshade systems, and Somfy systems primarily operate in the United States, and with wide-scale branding and market penetration, this country is the most lucrative market for smart shades.
China is set to witness unrivaled growth over the forecast period, at a dominating pace of around 36% over the next ten years. Generally known as the electronics manufacturing hub of the world, China is poised to dethrone the United States as the leading country in the market over the forecast period. This is due to increasing penetration of smart home products in the country, with rising infrastructure spending and utilizing the presence of the huge population.
The market in India is poised to expand at an overwhelming pace of approximately 32% CAGR over the forecast period. India has been speedily mobilizing advanced digital technologies, and is disseminating the benefits of the use of IoT with smart connected technologies, thereby propelling market growth.
Moreover, India is currently at the nascent in the smart shades space, and is set to witness massive growth over the coming years by virtue of robust digital network expansion and rising per capita income of the population.
ZigBee/Z-Wave technology in the smart shades is poised to expand at the highest CAGR within the technology segment. This growth is further complemented by the use of these technologies by prominent manufacturers in smart devices.
ZigBee/Z-Wave technologies are primarily used for smart home automation. These technologies uses IoT in their networks. Further, Z-wave can potentially connect 232 devices with its mesh network, while ZigBee can stock a colossal 65,000 devices in its network.
The only concern among manufacturers is the short range that these networks provide, which is also allayed by the cross connection of these technologies, thus making these networks a primary choice for home automation
The residential sector has been the chief end user of smart shades, and holds a majority the market share. Consumers find tranquility in purchasing smart shades of their own choice according to their requirements.
Residential, as an end use, is poised capture significant market share over the forecast period as well, with the commercial segment lagging far behind.
Smart shades are sold primarily across four chief sales channels, such as direct to customer, online sales channels, hypermarkets/supermarkets, and specialty stores. Among these, online sales are on a groundbreaking growth path.
This growth can be attributed to the presence of extensive manufacturing companies on online platforms as well the increasing use of online sales channels by consumers.
Profound penetration of companies such as Amazon, Walmart, and Alibaba has posited corpus opportunities for smart shades to burgeon. In addition, consumers find it easy to buy stuff with a click on their smartphone, which provides comfort and trust with the wide-scale presence of companies on these platforms.
The aforementioned companies are considered as prominent players offering smart shades across the world.
Key market players are focusing on digital ecosystem with enriched asset connectivity and advanced technology mobilization. Improved product offerings with high-end technology in the industry are key for sustaining in this space.
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Fact.MR projects the global smart shades market to register a CAGR worth 23% across the 2020-2030 assessment period. Increasing aspirational values and virtues among consumers and advanced technology implementation are few key drivers of the industry.
As per Fact.MR’s projections, the U.S. is expected to pivot expansion, attributed to the already established smart home market, which is looking boldly towards the adoption of smart shades within the country.
In recent years, there is growing accord in the industry to come up with motors that are less noisy and smooth in operation. Leading the pack, Lutron electronics has developed an extremely low noise motor to power smart shades. Further, use of solar cell
Prominent players operating in the global landscape include Hunter Douglas NV, Lutron Electronics Co., Inc., Somfy Systems Inc., Graber Blinds (Spring Window Fashions), Legrand Group, Vertilux Ltd., Loxone Electronics Gmbh, Mechoshade Systems Inc., Axis L
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