01 Rising Government-Supported Industry Consortiums The emergence of efficient solid-state lighting has brought about a paradigm shift in lighting technology. Energy conservation was one of the original government-sponsored industry consortia's founding principles in Europe, Japan, South Korea, and Taiwan. In addition, some consortiums, including the Open Connectivity Foundation, the TALQ Consortium, oneM2M, Bluetooth SIG, the Industrial Internet Consortium, and the Zigbee, are working cooperatively to establish typical specifications and standards to support interoperability among various solid-state lighting products. As a result, the market is rising due to increased government-sponsored industry consortiums.
02 Unique Technical Features Solid-state lighting offers impressive technical features that improve on the ones already available. It has a small size, unidirectional light, simple controls, a cool beam, uses little energy, has excellent color, and has a long lifespan. Additionally, OLED offers utterly new form factors with a wide range of potential applications. The control compatibility of solid-state lighting further reduces energy consumption through dimming techniques, which drives the market growth over the forecast period.
01 Control Compatibility Issues Lighting controls include aspects such as dimming, color control, and occupancy controls. The choice of compatible drivers for solid-state luminaries presents a challenge for designers because the current solid-state lighting needs to work with the existing installations. Operating currents and operational characteristics vary between drivers. Luminaries typically flicker, have shorter lives, or do not operate when a driver is incompatible. Manufacturers must develop control compatibility to reach the most extensive possible customer base.
01 Technological Advancements Solid-state luminaires sold for residential use typically have an efficacy of over 100 lumens per watt, depending on the model. To achieve the goals outlined in the Sustainable Development Scenario, they must be raised to an average of 160 lumens per watt by 2030. LED efficacy is already at its highest compared to halogens (less than 20 lm/W) and compact fluorescent lights (around 60 lm/W). However, it is predicted that supporting innovations to improve the efficacy of solid-state lighting will create lucrative opportunities for market expansion.
May 2026 Signify expanded its Philips LED portfolio with next-generation connected solid-state lighting solutions featuring AI-enabled controls, improved energy efficiency, and enhanced smart building integration.
March 2026 ams OSRAM introduced advanced high-performance LED technologies for automotive, industrial, and architectural lighting applications, delivering higher luminous efficacy and improved reliability.
October 2025 Nichia Corporation launched new high-efficiency LED packages designed to improve performance and reduce energy consumption across commercial and general lighting applications.
June 2025 Cree LED expanded its XLamp® LED portfolio with new high-power solid-state lighting solutions offering greater luminous output and thermal performance for outdoor and industrial lighting.