**LED Lighting Module Technology, Industry and Market Trends 2017**
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After being widely adopted in general lighting applications, LED module manufacturers are now seeking new, higher-margin opportunities. Driven by medium-power LED modules, the market for LED lighting modules is expected to triple over the next five years. This growth is fueled by the ease of integration offered by manufacturers and the increasing adoption of LED technology in general lighting. As a result, the compound annual growth rate (CAGR) of the LED lighting module market is projected to reach 22.6% from 2017 to 2022.
Medium-power LEDs have found their way into almost every application, contributing 60% of the market revenue in 2016 and continuing to be a key driver of growth. In contrast, high-power LEDs are limited to specific applications that require high luminous flux, such as small-scale, high-output systems. As a result, they only account for about 7% of total market revenue.
Chip-on-board (COB) LED modules offer an optimal balance between size, light emitting surface (LES), luminous flux, and power consumption. Their versatility has led to widespread use, making them the top-selling segment in the LED module market. However, due to simpler manufacturing processes, COB modules tend to have lower average selling prices, which limits their revenue share to around 20% of the total market.
Flexible LED strips are another popular option, especially for indirect lighting solutions. They can be used directly as lighting systems and are commonly applied in residential and commercial settings. Recent advancements, such as using LED chips on flexible substrates instead of traditional packages, have improved energy efficiency and opened up new possibilities like linear lighting. Yole Development forecasts that the market for LED lighting modules, including flexible strips, will grow from nearly $4 billion in 2016 to $13.8 billion by 2022.
This report provides a comprehensive analysis of each type of LED module, covering technology, trends, and market size. It also offers an industry overview of the entire LED module sector and its potential in general lighting applications.
The global LED lighting module market revenue forecast from 2016 to 2022 includes related components and materials, all benefiting from the expansion of the LED module market. These components include beam shaping, AC/DC conversion, and heat dissipation optimization. Secondary optical components, such as collimators and reflectors, are essential for optimizing light output and aesthetics. The secondary optics market reached $900 million in 2016 and is expected to grow to $4.3 billion by 2022.
Printed circuit boards (PCBs) play a critical role in determining the performance and reliability of LED modules. Efficient thermal management is vital to maintain safe operating temperatures. COB modules typically require high-performance PCBs like metal core or ceramic boards due to their high power density. However, since COBs are compact, these specialized PCBs are also small in size. Medium-power LED modules, on the other hand, use more standard materials like FR4, leading to higher shipments and revenue. The overall PCB market for LED modules is expected to reach $3.2 billion by 2022.
Other components, such as thermal interface materials (TIMs) and heat sinks, are also important for thermal management but contribute relatively smaller revenues.
In addition to analyzing key components, this report explores the broader LED module industry, highlighting the shift from general lighting to emerging applications like horticultural lighting, automotive lighting, and intelligent lighting. With intense competition and price pressure in general lighting, manufacturers are diversifying into new areas where profit margins are higher. Companies like Everlight, originally a light source supplier, have expanded into COB technology and are now targeting the automotive lighting market.
Beyond visible light, UV and IR LED modules are gaining traction in applications such as UV therapy and infrared surveillance. These modules demand advanced thermal management, especially for UV applications. This report identifies the next wave of growth drivers in the LED module market and outlines future industry developments.
Some of the key players in the LED module industry include Acclaim Lighting, American Bright LED, APT, BAG, BJB, Bridgelux, Brightview Electronic, Cambridge Nanotherm, Carclo, CETC Huaying Electronics, Citizen, Cree, CTL, Edison, Edlan Lighting Technology, Elemental LED, Epitex, Everlight, Flexfire LED, Fusion Optix, Futuro Lighting, Gaggione, GE Lighting, Harvard, Harvatek, Heatron, Helio, Helvar, Honglitronic, Hueyjann, Hugewin, HuiYuan, Itswell, KKDC, Kodenshi, LED Linear, LED Waves, Ledil, Ledman, Ledtech, LEDtronics, Ledxon, Lextar, LG, Lighten Corp, Lightspot, Lucent Lighting, Lumens, Lumichip, Lumileds, Lumimodule, Luminus Devices, Lustrous Technology, LWF, Molex, Neonica Polska, Nichia, NVC Lighting Technology, OML Technology, Opple, Optogan, Osram, ParagonLED, Philips Lighting, Powerlightec, Prolight, Rishang Optoelectronics, Samsung, Seoul Semiconductor, Shanghai Toplight Tech, Sharp, Shenzen Lingbenyang Industry, Shenzen Rebow Industrial, Sh Enzhen Refond, Smart Systems Controls, Sunpu-Opto, TCI, TCL Lighting, Thomas Research Product, Toyoda Gosei, Universal LED Solution, Universal Lighting Technology, Vishay, Vossloh-Schwabe, Wen Run Optoelectronics, Wooree LED, Xicato, Yi Ji Xi Guang, and many others.
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