Solid State Lighting Market will be valued USD 85 billion by 2024
According to a new research report by the market research and strategy consulting firm, Global Market Insights, Inc, the Solid State Lighting Market to hit USD $85bn by 2024. Rapid urbanization & industrialization primarily in Malaysia, and China have increased the focus on energy-efficient lighting to reduce GHG emissions and improve bulbs life may contribute to solid state lighting market demand. These products provide high energy efficiency and less heat generation as compared to incandescent lamps thereby leading to reduction in carbon emissions. The implementation of solid state lighting technology may reduce global lighting CO2 emissions by approximately 1,500 million tons thereby stimulating market growth.
U.S. Solid State Lighting Market Size, By Technology, 2017 & 2024, (Million Units)
High efficiency, improved battery life, and design flexibility are contributing to rising solid state lighting usage in automotive lighting applications. Additionally, increasing usage of solid state lighting technology in high, mid and low-end cars pertaining to cost standardization and optimization may further propel solid state lighting market. Rising high-brightness LEDs demand for providing high visibility & differentiation is likely to boost the market.
Ban on energy-inefficient lighting products such as incandescent and halogen bulbs majorly in the U.S., Germany, France and UK is likely to significantly boost solid state lighting market growth. For instance, EU ban on incandescent, halogen bulbs & CFL lamps is further promoting the usage of LED bulbs in the region. Regulations against incandescent bulb import, manufacture or sale for general illumination applications is estimated to significantly expand the market size up to 2024.
Europe OLED based solid state lighting market size may register gains close to 11% by 2024. Declining prices due to reduction in manufacturing costs and increasing demand for sustainable & energy-efficient lighting products are predicted to boost market growth. solid state lighting products are majorly used in several outdoor lighting applications such as parking lots, campuses and street lights which may further contribute to the growth solid state lighting market demand.
Solid State Lighting Industry Background
Phosphides & nitrides of aluminum, gallium and indium are the major raw materials used in manufacturing of solid state lighting products. High manufacturing cost owing to expensive raw materials and low emission efficiency will be a major challenge and may pose a high threat for the solid state lighting industry growth.
Germany LED based solid state lighting market share from industrial applications is poised to exceed USD 2.5 billion over the foreseeable time period. They are widely used in the automotive sector due to its cutting-edge design which in turn enhances car’s aesthetic look and style.
U.S. LED market size from outdoor applications may witness significant gains at about 12.5% by 2024 owing to declining streetlight LED prices and rising government focus on energy efficient products. The progress of LED outdoor lighting market from a nascent to a mature stage along with replacement of decorative streetlights in various cities such as Las Vegas, Los Angeles and New York to achieve energy & cost reduction will further stimulate market growth.
China OLED based solid state lighting market revenue from architectural applications may witness significant gains over the foreseeable timeframe. They are mainly used for decoration purpose, buildings structure illumination and signage backlighting owing to its diffused output and low luminance.
General Electric, OSRAM, Koninklijke Philips, and Cireon are the prominent industry participants in the solid state lighting market. Companies are concentrating on innovative strategies to improve color rendition and achieve cost advantages in addition to indulging in acquisitions & collaborations to complement their product portfolio which may stimulate solid state lighting industry demand.