The intelligent lighting control system is an automated lighting management technology comprising several networked lighting fixtures. Intelligent lighting control solutions enhance the energy efficiency, functionality, and consumer value. These systems have various applications in various industries, including aircraft, vehicles, home appliances, and many more.
To cut energy usage, the use of intelligent lighting controls has increased. In addition, growing awareness of energy management has contributed to the expansion of the global market for intelligent lighting controls. Moreover, government rules regarding the usage of energy-efficient products contribute to the expansion of the industry. The future release of low-cost sensors and falling prices of LED products will reduce installation costs, thereby offering multiple growth prospects for the market for intelligent lighting controls.
The indoor and outdoor use of LED bulbs and architectural lighting has rapidly developed. The widespread use of LEDs has resulted from their decreased cost per unit and their breakthroughs in energy efficiency. Increased sales result from the accessibility of a selection of LEDs on the online and offline marketplaces. In addition, the transformation of conventional systems into autonomous systems in the lighting industry has increased expenditures on lighting items such as LED bulbs and LED lighting solutions. Consequently, integrating IoT and AI to transform traditional infrastructure into smart and automated infrastructure promotes the demand for smart lighting in various applications, which drives the need for intelligent lighting control systems. In addition, the rising usage of smartphones, mobile devices, and other smart consumer electronics, such as the Amazon Echo Dot, which facilitates user access to smart interior lighting, raises the demand for intelligent lighting controls.
Governments have played a significant role in developing the smart cities market through rules and initiatives centered on deploying smart services as a substantial component of their infrastructure. In May 2012, the General Services Administration (GSA) launched its Smart Buildings initiative to decrease costs and promote smart services by modernizing federal government buildings using connected technologies. This is one such significant recording from recent years. Moreover, governments in APAC's growing economies, including China, South Korea, Dubai, India, Singapore, and Japan, are committed to the intelligent development of their economies. In addition, China has announced 500 smart city pilot projects, representing another massive government investment in the region.
Moreover, Dubai's desire to fulfill the Smart Dubai Plan 2021 objective of transforming the country into a 100 percent paperless government has led to the adoption of smart services in the country. It is driving the growth of the smart cities market. Consequently, the global rise of smart cities and smart infrastructure aids the spread of intelligent lighting controls.
Region-wise, the global intelligent lighting controls market is analyzed across North America, Europe, Asia-Pacific, and LAMEA. North America was the highest revenue contributor and is estimated to grow a CAGR of 15.2%. The United States and Canada are at the forefront of adopting new technologies among the nations of North America. This region has reached an advanced state of intelligent lighting control usage. In this region, wireless connectivity-type controllers are gaining popularity. General Electric and Acuity Brands, Inc., among others, have offered intelligent lighting control solutions in the region. North America is experiencing a tremendous demand for sophisticated lighting controls. Different communities and regulatory agencies in North America have mandated the reduction of energy usage and, consequently, CO2 emissions. EPAct was one such regulation in California. This resulted in implementing intelligent lighting control systems, which can help businesses qualify for energy-saving rebate programs offered by municipal and federal utilities.
The Europe intelligent lighting controls market is projected to reach 11425 million by 2030, growing at a CAGR of 16.5%. The European region comprises the United Kingdom, Germany, France, Russia, and the rest of Europe. Due to tight rules and rising electricity costs, Europe is the global leader in adopting energy-efficient products. Schneider Electric, Siemens AG, and other industry leaders in the European region have introduced wireless communicating room controllers that provide intelligent lighting control solutions for small to large Smart Building & Smart Home and Automotive facilities. Approximately 30 percent of all street lighting in Europe is based on technology from the 1960s. Europe has introduced a variety of energy efficiency-improving strategies. These initiatives include a 1.5% annual decrease in national energy sales and the requirement that energy efficiency certificates accompany property sales and renting. It also has minimum energy efficiency criteria and labeling for various products, including boilers, home appliances, lighting, and televisions (EcoDesign). To meet the EU commission's standard, intelligent lighting controls are implemented in the European region.
Asia-Pacific is the third largest region. In the Asia-Pacific region, the adoption of intelligent lighting controls will be driven by the need for lower energy consumption and CO2 emissions, concern for public safety on streets and roads, increased resistance against light pollution, cause for reducing maintenance costs, need for a green image, utility rebates and incentives, and the creation of a sustainable work environment. Continuing growth in the retail and building sectors and rising energy and powerization would make it challenging to meet the electricity demand. These characteristics would lead to the region's widespread use of intelligent lighting.
The key intelligent lighting controls industry leaders profiled in the report include Acuity Brands, Cisco, Cree, Inc., Eaton, GE Lighting, Honeywell, OSRAM, Panasonic Corporation, Philips, and Siemens.