Plasma lighting is also known as LEP (light-emitting plasma). Plasma lights are gas discharge and electrodeless lamps that use radio frequency (RF) power to inflame plasma contained in a transparent bulb. Plasma lighting is electrodeless component halide lights that produce light directly from an arc discharge produced under high load.
They are marketed under different names including high-efficiency plasma (HEP), advanced plasma lighting (APL), or light-emitting plasma (LEP) systems. The plasma lighting design to maintain an optimal thermodynamic power scale that enables the highest plasma output while keeping the light wall under safe operating temperature.
Plasma lights allow the fullest spectrum of illumination and operate through light-emitting plasma tubes which stimulate a quartz bulb to create a stable state light source. Plasma lights are used to stimulate both growth and plant development through an electromagnetic spectrum that is perfect for photosynthesis. Plasma is often referred to as the fourth state of matter, as it is neither a liquid, gas or solid.
The market for horticulture plasma lighting is robust in countries with severe winters climatic circumstances as these lights allow crops to grow even in the lack of natural light.
The increasing awareness about security and safety of the employee is the prime factor behind industrial segment growth. The plasma lighting market is increasing at a significant rate due to power savings. The use of plasma lighting is highest scotopic light compared to any other lighting solution, longer lifespan, and long term savings of plasma lights. The horticulture plasma lighting market is anticipated to witness significant growth during the forecast period.
The development in RF power technology, such as improved power levels, cost structure, and ruggedness is usually referred to as RF plasma lighting. RF plasma lighting has various advantages over conventional calibration sources. This technology operates without any additional electrodes in the bulb, unlike standard high-intensity discharge lights.
RF plasma lighting experts make use of a little, electrodeless quartz light bulb, which includes metal halide mixtures, and argon gas. The plasma light source is with the brightest and most productive light sources available to boasts and dates a very long lifetime.
The high value of plasma lamps and various substitutes available in the market at more affordable rates are some of the circumstances restraining the growth of the plasma lighting market.
Plasma lighting is more expensive investment than a traditional light sources Indoor horticulture is growing rapid momentum in some of the leading countries of Europe to obtain new products from local farms.
Some of the prominent players manufacturing plasma lighting are Gavita (Netherlands), Green de Corp. (China), Griffin & Ray (US), FusionLux (US), BIRNS (US), Guangzhou Kaiming Industries (China), Ningbo Aishi Electric Equipment (China), and others.
Based on the region, the plasma lighting market has its presence in Europe, North America, Asia Pacific, the Middle East and Africa, and Latin America. The increasing demand for plasma lighting from emerging markets such as India and China are also affecting the overall growth of the plasma lighting market in the Asia Pacific.
The application of plasma lighting to develop plants in this region is continuously increasing from being an additional lighting source to growing the primary source of light in the indoor gardening systems. The increasing urban population and commercialization of indoor agriculture are anticipated to drive the African regional demand.
Many European countries are taking actions to increase the adoption of reliable, energy-efficient, and low maintenance lighting solutions.
The Plasma Lighting market report is a compilation of first-hand information, qualitative and quantitative assessment by industry analysts, and inputs from industry experts and industry participants across the value chain. The report provides in-depth analysis of parent market trends, macro-economic indicators, and governing factors, along with market attractiveness as per segment.
The market report also maps the qualitative impact of various market factors on market segments and geographies.
The plasma lighting market has been segmented on the basis of type, component, application, and region.
The Plasma Lighting market is segmented on the basis of type:
The Plasma Lighting market is segmented on the basis of Application:
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Plasma Lighting Market
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