Human Centric Lighting Market Report Scope & Overview:

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The Human Centric Lighting Market Size was valued at USD 3.00 billion in 2023 and is expected to reach USD 26.31 billion by 2032 and grow at a CAGR of 27.32% over the forecast period 2024-2032.

The human centric lighting market has experienced a substantial rise due to the expanding vision of the significance of lighting for human life and health. At the moment, the human centric lighting market can be characterized by a high level of the adoption of the new system in different sectors such as residential, commercial, healthcare, and education. The main precondition for the high level of adoption is related to the fact that people are searching for new energy-efficient solutions that are beneficial for the environment and correspond to the idea of sustainability. Thus, new human centric lighting is based on LED sources that can save up to 70% of the energy. LED lightbulbs barely release any amount of heat, unlike glowing bulbs waste about 90% when producing heat and compact fluorescent bulbs lose about 80%. LED bulbs’ lifespan is also incomparable up to 35,000 hours is much better. Also, the development of human-centric lighting is determined or the growing awareness of the fact that the traditional sources of light can be harmful to people’s health, affect the biological needs of humans by creating the changed circadian rhythms that people experience in many workplaces and other settings, and reduce productivity.

Another important factor is the progression of lighting technologies, such as the incorporation of IoT and smart controls, enabling customized and adaptable lighting settings. This advancements in technology offer significant chances for businesses to create original products that meet the unique requirements of customers. Wi-Fi is the main technology in the current Internet of Things environment, with more than 30% of connections. Bluetooth, along with its low-power version BLE, ranks second with a 27% share. The expansion of Cellular IoT, which includes LTE-M and NB-IoT technologies, is increasing at a rate of 20%, driven by more effective alternatives that are replacing outdated 2G and 3G networks. China is significantly dominant in the cellular IoT market, as major operators have control over more than 80% of connections and 64% of revenue. This showcases the variety in IoT connectivity options, each fulfilling unique requirements and playing a crucial role in upcoming advancements.

Market Dynamics

Drivers

• Increasing awareness of health and well-being to empower people to make positive choices for a better life

One of the significant drivers for the Human Centric Lighting market is the increasing consciousness about the health and well-being of people and businesses. The majority of people realize the importance of lighting in homes and working environments and how artificial lights can harm human health and moods. Poorly designed and with constant light and ultraviolet emissions, it ceases to support our natural rhythms and patterns. Human Centric Lighting systems align more with the natural sequences of nature. The natural cycles even help us relax and induce sleep during the night so that natural melatonin can be generated. This alignment is intensely beneficial for people as numerous data provided shows. For instance, human centric lights can have 45% of improved sleep, 35% of increased alertness, and 20% of fewer depressive symptoms.

• Supportive government policies and regulations achieve desired social or economic outcomes

Governments throughout the world have become more concerned about energy efficiency and people’s health. Thus, they are now more positive about modern lighting systems, including HCL. Governments have developed a variety of energy efficiency standards and guidelines that concern lighting systems in particular. The purpose was to include energy-efficient technologies in them. Specifically, HCL systems based on LED technology, which are now widely used, are distinguished by their energy efficiency. For Example, The European Union’s Ecodesign Directive, as well as its Energy Labelling Regulation, have set a range of specific energy performance standards for lighting products. The idea was to ensure that relevant technologies, including HCL, would help reduce energy consumption and carbon footprints. Similarly, the U.S. DOE Lighting Facts Label, as well as its Energy Star program, drive the adoption of energy-efficient lighting technologies.

Restraints

• High initial costs and implementation challenges require a large upfront investment and effort to get things started.

The high costs of HCL systems are the result of expensive technology and components used in the system. HCL systems are based on high-quality LEDs frequently tailored to produce light at a wide range of color temperatures and intensities. Expensive LEDs require increased expenses compared to standard lighting solutions. However, most of the HCL systems included more sophisticated sensors, smart controls, and IoT instruments further increasing the cost. For example, tunable white LEDs necessary for creating a dynamic environment of natural daylight are more expensive to produce and install compared to standard LEDs. Adding smart controls and integrating with IoT platforms have added to the cost of the system. These components should also be properly paired for perfect system functioning. It ultimately means that once a single component is changed within the system after the installation, the provider of this single component tests and assures its compatibility with the other already installed components. It is a challenge and cost higher for the supplier leading to increased prices and costs of the HCL system.

• Complexity in integration with existing systems due to differences in technology, data formats, and communication protocols.

The complexity related to the implementation of human centric lighting systems with existing building infrastructure and managing systems plays the role of a significant restraint as well. Several factors and conditions should be properly considered, including the effective compatibility and coordination between various managing systems. For instance, the integration of HCL into the existent smart building solutions or replacing traditional lighting can be technically complicated and expensive to implement in older buildings with fixed design and infrastructure. In addition, traditional lighting systems are not prepared for the required functions and maintenance of HCL with their effective information and control complex for every light fixture as a system component. HCL can be implemented only if there are efficient energy supply and other managing systems. The planning, design, and implementation of a new HCL system in an existing building needs to consider the compatibility and integration of new lighting systems with the existing electrical system.

Market Segmentation

By Type

The new segment captured the highest market share of 67.00% in 2023. The rise of smart homes and the increasing focus on improving residential living standards are the primary drivers of the new installation of HCLs. The most common smart home integration involves the use of mobile phone apps or the use of voice assistants that provide various settings to adapt accordingly. Making the residential premise more comfortable and adaptable for select times during the day also requires the installation of human-centric lighting.

The retrofit segment is expected to grow at a CAGR of over 27.65% during the forecast period 2024-2032. The increasing number of retrofit projects act as the primary driver of the reactive installations. In the office space, retrofitting lights would be of additional benefit in improving the well-being of the employees. A better work environment for employees will offer an elevated level of work efficiency.

By Product

The fixtures segment accounted for 35.59% in 2023 and became the dominating segment. The need for human-centric lighting to improve the working environment has triggered businesses to adopt the technology. Fixtures made for HCL could be programmed to act throughout the day, modulating the color temperature and intensity of light. It might be used to affect people’s daily mood and sleep quality.

The services segment is expected to expand at the fastest CAGR during 2024-3032. With the change in people’s lifestyles and behaviors, many organizations and individuals in various sectors have realized the significance of human-centric lighting and the benefits that come with it. The combination of artificial sources to provide the optimum energy intensity and the time spectrum of natural daylight plays a fundamental role in enhancing people’s moods and treasures their productivity on their daily demands, regardless of the environment in which they dwell.

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By Application

The commercial segment held the largest market share of 59.13% in 2023. In commercial environments, human centric lighting significantly provides higher production rates and increases workers’ safety. Proper lighting eases eye strain and fatigue, thereby increasing concentration levels and reducing errors as a result.

The residential segment is expected to grow at a CAGR of 27.63% during the forecast period. The application of human-centric lighting in residential premises significantly beautifies homes. Human-centric lighting or lighting controls enhance the proper blending of color temperature and brightness in homes. It also provides a good environment for improved visibility and comfort in terms of reading, including preparing and consuming meals.

Regional Analysis

Europe’s human centric lighting market dominated with a market share of 37.90% in 2023. The adoption of human centric lighting in Europe is primarily driven by the presence of regulatory frameworks and building standards. Moreover, initiatives to enhance energy efficiency have contributed to the development of innovative human-centric lighting solutions. The U.K. commitment to sustainability and realization of climate action contributes to the growth of the lighting market. The human centric lighting is one of the many technologies that can be used to reduce carbon emissions, e.g. it aids in the transition of the country to a low-carbon economy. Notably, human-centric lighting offers great environmental benefits without compromising human comfort.

North America is growing fast with a CAGR of 27.95% during the forecast period. The adoption of intelligent lighting systems, including human-centric systems in North America, is driven by the proliferation of smart technologies. The Internet of Things devices may be easily controlled by human-centric lighting. Additionally, with the help of connected technologies, lighting systems may be integrated with data analysis, sensors, and human interfaces to achieve dynamic human-centric environments. Furthermore, the adoption is increased as more household and commercial properties focus on sustainability and energy efficiency. Similarly, human-centric lighting requires less energy and has a longer lifespan compared to the usual bulbs and fluorescent light.

Key Players

Some of the major players in Human Centric Lighting market are Acuity Brands Inc., ams-Osram AG, Cree Lighting LLC, Eaton, Fagerhults, Helvar, Hubbell Lighting, LEDVANCE GmbH, Legrand SA, Lutron Electronics Co. Inc., Schneider Electric, Signify Holding, Trilux, Wipro, Zumtobel, , and others.

Recent Development

• In July 2024, Signify Partners partnered with Mercedes-AMG PETRONAS F1 to leverage Signify's expertise in sustainable lighting solutions. Signify will likely provide advanced lighting systems to the team's facilities, potentially including HCL technology to optimize athlete performance and well-being.

• In February 2022, Crestron is making a significant push into HCL with a new line of LED light fixtures. It potentially allows lights to mimic natural sunlight patterns, enhancing the human biological response to light.