D'diosas LED Plant Growth Lamps help you get rid of the haze of climate change to create greater profits.

D'diosas LED Plant Growth Lamps will be showcased at Taiwan Smart Agriweek from August 31st to September 2nd 2023. We welcome you to visit out booth, J508 at Taipei Nangang Exhibition Centre, Hall 1, 1st Floor. 

Can artificial light sources in plant lamps truly replace natural sunlight as the complete light source for crop growth? The answer is yes. In high-latitude European countries where there is insufficient sunlight, artificial light sources in the form of plant lamps have been used for crop cultivation for many years. Additionally, due to factors like climate change, environmental pollution, and restrictions imposed by the terrain in cultivation areas, including many regions in Asia such as China, South Korea, and Japan, plant lamps are being used in plant factories for comprehensive lighting and commercial operations. However, there are significant differences in the growth benefits for crops, equipment investment costs, and energy efficiency of different light sources when assessing them from a market economic value perspective. So, how do you choose the right plant growth lighting fixtures? Let’s discuss this question from two perspectives:

1.    First, can all commercially available lighting fixtures be used as lighting fixtures for plant growth?
Lighting is a major invention that has allowed human civilization to progress. With the advancement of technology, from tungsten filament light bulbs to the current LED (Light Emitting Diode) light sources, the focus has been on creating brighter and more realistic lighting to meet human visual perception. However, the visible light wavelength range that humans can perceive is roughly between 380nm and 750nm. The region around 555nm is the most sensitive area for human visual perception. The design of various lighting sources mainly revolves around human visual perception. However, the crucial photosynthetic process wavelengths for plants are mostly located in regions where human vision is not sensitive. If lighting sources designed for human lighting are used for crop cultivation, they can only produce lower benefits for plant photosynthesis. When the wavelength provided by the lighting source cannot be used as the energy needed for plant photosynthesis, it results in a waste of electricity for lighting. Additionally, plants cannot absorb and utilize this light energy, which can create thermal energy in the leaves and interfere with photosynthesis.

2.    Second, what characteristics should professional plant growth lighting fixtures possess? 

光，是植物透過光合作用轉化，成為植物生成營養的重要因子，可以說"正確的光譜即是植物成長的肥料"。而不同光譜的配方設計，可以增強光合效益，創造植物更快速的營養生成以促進植物更快的成長速度。專業的植物成長照明燈具必須具備正確的光譜配方。

• Light is a crucial factor for plants to undergo photosynthesis and transform it into nutrients. Just like the saying goes "correct spectrum is the fertilizer for plant growth." Different spectrum designs can enhance photosynthetic efficiency and promote faster plant growth by providing the correct light. Professional plant growth lighting fixtures must possess the right spectrum.
• Light energy is another critical factor; plants perform dark respiration, light compensation points, and enter the light saturation points according to different light intensities they receive. Different crops have different light compensation points and light saturation points. Therefore, it is essential to consider the photosynthetic effective radiation photon flux density value provided by the plant lighting fixture to ensure the optimal photosynthetic efficiency of plants.
• Products must be safe, stable, energy-efficient, environmentally friendly, and have a long lifespan. Crop growth environments are often humid, and crops require fertilization. The humid environment, along with the salt evaporation from fertilizers, can lead to rust and corrosion in electronic components and the body of the lighting fixture, causing problems such as electrical leakage and short circuits. This shortens the service life of the lighting fixture. The design of waterproof and moisture-resistant features in plant lighting fixtures is a fundamental consideration. Moreover, the lighting fixture's electronic control design must be able to withstand the temperature and humidity variations in the outdoor crop environment and ensure stable light output.

From the discussions above, we can understand that professional plant growth lighting fixtures are fundamentally different from the lighting fixtures we use in our daily lives, whether in terms of spectrum configuration or the lighting fixture's weather-resistant design.D'diosas LED plant growth lamp, developed by IMMENSITY ELECTRIC COMMUNICATION Co., Ltd., feature high-efficiency LED light sources dedicated to plants, produced by the leading German manufacturer OSRAM. Additionally, the lamp fully meets the requirements of professional plant growth lighting fixtures in terms of design. D'diosas LED plant growth lamp certified for:
-    CNS14115 and CNS14335 lighting electrical safety regulations
-    CNS15592 photobiological hazard assessment
-    IP66 dustproof and waterproof certification
  

Agriculture is the foundation of a country and a vital concept for the prosperity of its people. Traditional farmers often say, "Agriculture depends on the weather." The major issue faced every year is climate change, which can result in poor harvests or oversupply leading to price drops. The fluctuating yields, unstable crop quality, and impacts on livelihoods not only affect farmers but also hinder stable cooperation development in the supply chain and undermine consumers' purchasing confidence.IMMENSITY ELECTRIC's D'diosas LED professional plant growth lamp aims to help farmers overcome the challenges of climate change and enhance their cultivation techniques with technological support. Together, we are striving to create a new opportunity for smart agriculture. Therefore, we welcome you to visit us at Taiwan Smart Agriweek this year.