United Kingdom (UK) Horticulture Lightening Market Research Report, 2029

Due to the growing popularity of indoor farming techniques and the need for high-quality crops to be produced year-round, the horticulture lighting industry in the United Kingdom has grown significantly in recent years. The use of artificial light sources to promote plant development, especially in areas with little or insufficient natural sunshine, is known as horticulture lighting. The UK's horticultural lighting business has grown significantly as a result of technological developments and increased public awareness of sustainable farming methods. The early use of greenhouse technology for commercial agricultural reasons can be linked to the development of the UK horticulture lighting industry. In the beginning, high-pressure sodium (HPS) lamps and other conventional lighting sources were widely utilised. But with the development of LED technology, there has been a noticeable move towards lighting options that are more adaptable and energy-efficient. With the exact control that LED lights provide over light spectrum and intensity, gardeners can maximise plant development while consuming less energy and running expenses to a minimum. This development is indicative of a larger movement in the agriculture industry towards sustainability and innovation. The horticulture lighting industry in the UK is being shaped by many developments. The growing incorporation of automation and smart technology into lighting solutions is one notable development. With the help of these technologies, producers can remotely monitor and regulate the illumination, giving their crops the best possible growing circumstances. A increasing number of people are also interested in urban agriculture and vertical farming due to a lack of available land and a desire for locally produced food. Because horticultural lighting creates stable and controlled light conditions, it is essential to the success of these cutting edge agricultural techniques. The growing desire for locally grown and organic products, the necessity for sustainable farming methods, and technological developments in lighting all create substantial potential prospects for the UK horticulture lighting industry. However, in order to take full use of these potential, a number of difficulties must be overcome. These include the high upfront costs of modern lighting systems, the complexity of regulations, and the requirement for specialised personnel to oversee complicated lighting configurations. The environmental effects of horticultural lighting are also receiving more attention, especially with regard to energy usage and light pollution. According to the research report " UK Horticulture Lighting Market Research Report, 2029," published by Actual Market Research, the UK Horticulture Lighting market is anticipated to grow at more than 19.50% CAGR from 2024 to 2029. Ongoing research and development initiatives to improve the effectiveness and performance of LED lighting systems are significant advancements in the UK horticulture lighting sector. To adapt to the changing demands of farmers, businesses are investing in cutting-edge technologies like multi-layered illumination and spectrum tuning. Additionally, government organisations, lighting manufacturers, and agricultural academics are collaborating to advance sustainable farming methods and hasten the adoption of horticultural lighting technology through collaborations. These changes highlight how crucial it is to keep innovating and working together to shape the UK horticulture lighting market's future.

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Light-emitting diode (LED) technology is the subject of a major trend in the UK's horticulture lighting sector, especially in the technology area. Because LED lighting offers so many benefits over conventional lighting technologies, it has become the industry leader. High-intensity discharge (HID) lamps and fluorescent lights are two examples of traditional lighting sources that use a lot more electricity than LED lights, which are far more energy-efficient. In the UK, where energy costs are quite high and there is a rising emphasis on sustainability and lowering carbon emissions, energy efficiency is especially important. Farmers can precisely adjust the light spectrum and intensity using LED lights, which enables them to customise lighting conditions to meet the unique requirements of various plants. Given the rising demand for high-quality, locally grown products in the UK, this degree of control is crucial for optimising plant development, improving yields, and even modifying crop qualities like flavour, fragrance, and nutritional content. LED technology is increasingly replacing high-intensity discharge lights, despite the latter's widespread usage in horticulture. Although HID lights may provide a lot of light, they use less energy and last less time than LED bulbs. The large quantity of heat that HID bulbs release might be an issue in indoor production environments where maintaining a consistent temperature is essential for plant health. Thus, in order to reduce energy expenses, increase environmental sustainability, and improve overall quality, many producers in the UK are switching to LED illumination. While it is still used in some horticultural applications, LED lighting is posing a threat to fluorescent lighting. Although fluorescent lights are more commonly accessible and reasonably priced than LEDs, they are less energy-efficient and provide less control over the spectrum and intensity of light. The limits of fluorescent lighting are becoming more evident in the UK, where precision agricultural techniques are being employed to maximise crop quality and resource efficiency. This is driving demand for more modern LED solutions. There are various new lighting technologies that are becoming more popular in the UK horticulture sector, in addition to LED, HID, and fluorescent technologies. These include technological advancements like induction lighting, plasma lighting, and hybrid lighting systems that combine many technologies for optimal performance. Even though their use is still in its infancy, these alternative technologies have the ability to meet some UK horticulture lighting requirements, such better light quality, lifespan, and energy economy. Horticultural lighting is becoming more popular in the UK because it may improve crop quality and yields, especially in areas with little access to natural sunshine. This is especially true when it comes to greenhouse farming. Now let's examine top lighting and inter lighting, the two primary categories of horticulture lighting, from the viewpoint of the United Kingdom. Installing lighting lights above plants to replicate overhead sunlight is known as "top lighting." In the UK, where sunshine can be limited, particularly in the winter, top lighting becomes crucial to preserving the ideal growing environment for plants. Thanks to developments in LED technology, gardeners can now customise the light spectrum and intensity of top lighting systems to meet the unique requirements of their crops while also saving energy. This degree of accuracy is especially helpful in the UK, where inconsistent plant development can be hampered by changing weather patterns and daylight hours. Contrarily, inter lighting is putting lighting fixtures inside the plant canopy to directly illuminate the lower leaves and stems of the plants, so enhancing natural sunlight. In the UK, where greenhouse space may be at a premium, inter lighting is a workable way to optimise cultivation area while maintaining optimal light exposure. Growers may promote balanced growth and minimise shading effects by carefully installing inter lighting modules to achieve uniform light distribution across the canopy. This method works particularly well for crops that are produced in multi-tiered systems or have a lot of foliage, which are growing in popularity in urban farming across whole UK. Horticulture lighting is used in many different industries in the UK, each with its own potential and challenges. Horticulture illumination is essential for prolonging the growing season and improving crop quality, starting with fruits and vegetables. Sufficient illumination is necessary to sustain steady output levels in a location like the UK where sunshine can be scarce, particularly in the winter. Growers may enhance food security by lowering reliance on imports and guaranteeing a consistent supply of fresh produce throughout the year by using artificial lighting systems. Furthermore, exact control over light intensity and spectrum allows for the optimisation of plant development characteristics, which improves the nutritional value and harvests of fruits and vegetables. In the UK, horticulture lighting finds substantial application in the floral industry. With a robust history of ornamental horticulture and a thriving market for flowers and decorative plants, there is an increasing need for premium-quality blooms that are available year-round. Flower farmers may control photoperiods and light quality with horticulture lighting, which affects blooming times and improves colour and scent. This expertise strengthens the UK's position in the global floriculture business by providing for both local markets and export potential. In the UK, interest in cutting-edge horticultural lighting systems has increased with the rise of cannabis growing for both medical and recreational uses. The UK has experienced an increase in licenced cannabis producing facilities despite complicated regulations, mostly due to changing views towards recreational use and growing acceptance of medical cannabis. In cannabis growing, horticultural lighting is essential because it allows for exact control over cannabinoid profiles, plant development cycles, and overall crop quality. Furthermore, indoor cultivation powered by artificial lighting alleviates issues associated with outdoor production in the UK's unpredictable climate by providing increased security and environmental control.

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Kripa Shah

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Horticulture lighting is essential in the UK for a number of end-use sectors, especially indoor farms, vertical farming, and greenhouses. Each of these industries reflects a different method of growing crops and plants, frequently with customised lighting needs designed to optimise growth and yield under the particular climatic circumstances of the nation. A mainstay of UK agriculture for many years, greenhouses provide regulated settings for growing a variety of crops all year round. In greenhouses, horticulture lighting is crucial as a complement to natural sunshine, particularly in the winter when days are shorter. In the temperate environment of the United Kingdom, where sunshine might be scarce, artificial lighting guarantees steady development and high-quality product. LED (Light Emitting Diode) technology has been more popular recently due to its adaptable and energy-efficient features. LED (Light Emitting Diode) technology has gained popularity recently because to its energy efficiency and spectrum output customisation capabilities, which enable farmers to optimise photosynthesis and overall plant growth by customising light spectra to individual crop demands. Particularly in highly populated regions like the UK, vertical farming has emerged as a possible solution to the problems associated with urban food production. Vertical farms use stacked growth platforms indoors due to land constraints and the rising demand for locally grown, fresh vegetables. Vertical farming operations require horticulture lighting because it offers the right spectrum and light intensity for plants to flourish in these vertically stacked arrangements. Vertical farming presents an opportunity to boost domestic food supply and lessen environmental impact in the UK, where space is limited. Another cutting-edge method of year-round farming is indoor farming, which uses controlled surroundings to maximise growth conditions independent of weather or seasonal variations. Indoor farms with horticultural lighting provide a dependable alternative for steady agricultural production in the UK, where climatic fluctuation can present issues to traditional agriculture. With the exact control that LED lighting systems offer over light intensity, duration, and spectrum, producers can minimise energy use and tailor growth conditions for various crops. Additionally, indoor agricultural facilities are less vulnerable to pests and illnesses, which improves crop quality and production consistency. Considered in this report • Historic year: 2018 • Base year: 2023 • Estimated year: 2024 • Forecast year: 2029 Aspects covered in this report • Horticulture Lighting market Outlook with its value and forecast along with its segments • Various drivers and challenges • On-going trends and developments • Top profiled companies • Strategic recommendation By Technology • Light-emitting Diode (LED) • High-intensity Discharge (HID) • Fluorescent • Others

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By Lighting Type • Toplighting • Interlighting By Application • Fruits & Vegetables • Floriculture • Cannabis By End-use Industry • Greenhouses • Vertical Farming • Indoor Farms The approach of the report: This report consists of a combined approach of primary and secondary research. Initially, secondary research was used to get an understanding of the market and list the companies that are present in it. The secondary research consists of third-party sources such as press releases, annual reports of companies, and government-generated reports and databases. After gathering the data from secondary sources, primary research was conducted by conducting telephone interviews with the leading players about how the market is functioning and then conducting trade calls with dealers and distributors of the market. Post this; we have started making primary calls to consumers by equally segmenting them in regional aspects, tier aspects, age group, and gender. Once we have primary data with us, we can start verifying the details obtained from secondary sources. Intended audience This report can be useful to industry consultants, manufacturers, suppliers, associations, and organizations related to the Horticulture Lighting industry, government bodies, and other stakeholders to align their market-centric strategies. In addition to marketing and presentations, it will also increase competitive knowledge about the industry.