LED grow lights are the mainstream in the future

LED plant lighting will play an important role in improving agricultural production efficiency, improving food safety, and improving the quality of fruits and vegetables. The LED light source for plant lighting will further develop with the gradual specialization of the industry and move in a more targeted direction.

LED grow lights are the mainstream in the future

The improvement of light efficiency and energy efficiency is the key to greatly reducing the operating costs of plant lighting. In terms of improving yield, according to the developmental characteristics of plants, it can be cultivated in stages and regions combined with a light formula to improve the production efficiency and yield of each stage; in terms of improving quality, nutrition can be improved by means of nutrition regulation and light regulation. The content and the content of other healthcare functional ingredients.

Plant lighting has a strong demand for real-time control of light quality and light quantity. With the improvement of intelligent control technology and the application of the Internet of Things, a variety of monochromatic spectrum and intelligent control systems can realize time control, light control, and according to the growth stage of plants. Timely adjustment of light quality and light output is bound to become the main trend in the future development of plant lighting technology.

New application of LED drive power

Agrify’s main business is to provide vertical agricultural system solutions for various high value-added cash crops, especially medical cannabis plants. Interface’s investment in Agrify is based on its optimistic view of global vertical agriculture, especially the market prospects of indoor medical cannabis cultivation. Because Agrify’s hardware equipment vertical planting unit (VFU) can fully integrate the company’s LED drive power, the two parties have a synergistic effect.

New application of LED drive power

At present, Agrify has and will continue to purchase power products from Inventronics. In addition, Inventronics also has the ability to provide systematic power solutions for vertical agriculture.

The reporter noticed that Agrify plans to issue a total of 5.4 million common stocks at US$10 per share and raise approximately US$54 million. After this issuance, the total number of ordinary shares issued by Agrify is 18.04 million.

Inventronics introduced that the listed company has invested US$4 million in Agrify and does not have control rights and does not consolidate its financial statements. After Agrify is listed, the company will confirm the value of the above-mentioned shares in accordance with the provisions of the Accounting Standards for Business Enterprises, and the actual impact of the final financial status is subject to the conclusion of the audit report.

The Eurasian Economic Commission imposes a 5% import tariff on some LED lamps

According to a report on the official website of the Eurasian Economic Commission on April 21, the Commission decided to impose a 5% import tariff on some household, industrial and street lighting LED lamps, with a deadline of December 31, 2025.

The Eurasian Economic Commission imposes a 5% import tariff on some LED lamps

According to the report, the purpose of this move is to increase the alliance’s market share of such products in the alliance and to replace imports, and to improve the competitiveness of the alliance’s manufacturers of such products.

Sweden IKEA grows lettuce in containers

Outside the IKEA stores in Malm? and Helsingborg, Sweden, there are containers, and IKEA is trying to grow lettuce inside. It is expected that these vegetables will be supplied to the nearby store restaurant soon.

Sweden IKEA grows lettuce in containers

For IKEA, this is a step towards environmental sustainability. Catarina Englund, Ingka Group, which manages IKEA’s near-global stores, said: “We need to find a better way to produce healthier food, use less land and water, and reduce food waste. ”

“Urban farming can focus on producing local, fresh ingredients while consuming less natural resources to meet the needs of neighboring areas, and thus has the potential to change the current food value chain.”

In each container, the hydroponic planting system can grow 4 layers of plants, up to about 3,600 lettuce plants. There is no soil, no pesticides or herbicides, and like other indoor farming systems, this system uses 90% less water than planting on the ground. The LED lights hanging above the plants use renewable energy to help the plants grow quickly.

In addition, the restaurant will also use food waste to transform it into nutrients needed for lettuce. Fredrik Olrog, co-founder and managing director of Bonbio, the supplier of IKEA’s indoor planting system, said: “The raw materials we use to fertilize are made from kitchen waste, and this is what makes us unique: we try to make the farm is in line with the spirit of circular economy.”

The hydroponic planting system can grow 4-layer plants. There is no soil, no pesticides or herbicides. The LED lights hanging above the plants use renewable energy to help plants grow quickly.

Bonbio’s parent company, OX2, is an enterprise that specializes in refining oil from food waste. In the process of oil production, by-products such as nitrogen and phosphorus are produced, which can provide important sources of nutrients for crops, and OX2 has also found a way to extract these nutrients as fertilizers. In other words, the food waste produced by the IKEA restaurant can be used to help more crops grow.

“Bonbio operates a completely closed loop system in two IKEA in Sweden-we did use the food waste from the IKEA restaurant to make IKEA’s own dishes grow better.” Olrog said.

Speaking of the cooperation with Bonbio, Englund said: “We will explore how to grow fresh, healthy and sustainable salad lettuce in vertical farms at a cost that is not higher than traditional cultivation to achieve self-sufficiency.”

Regarding why this indoor planting project started with leafy vegetables, Englund explained: “As far as the situation is concerned, it is easiest to grow vegetables with a short growth cycle and high yield per unit area, such as lettuce and cabbage.”

In Sweden, lettuce has long relied on foreign imports. The winter here is cold and gloomy, which makes this place an excellent place to test the system. Vegetables grown on the ground not only taste better, but also avoid emissions caused by transportation. In a one-year test, Ingka and Bonbio will study how much lettuce this system can produce and how the nutrients currently used affect the nutritional value of the end food.

Englund explained: “Our goal is to prove that the concept of vertical farms is feasible under the operation of IKEA, and to establish and optimize the implementation process.” In these two pilot stores, IKEA expects to supply this batch of lettuce to employee restaurants first. When the manufacturing process is more mature, it will be officially supplied to retail restaurants.

Although for IKEA, food only accounts for a very small part of the company’s overall carbon footprint, as a whole, as the whole company pays more and more attention to sustainable practices, such as moving towards a circular economy model, and recently trying to implement “furniture leasing”, working hard on ingredients is also part of the solution to carbon reduction.

Globally, more than 30% of emissions that affect the climate are related to food. In addition to adding vegetable balls, vegetable hot dogs and other vegetable-based meals to the store menus, IKEA is also committed to halving food waste. Their next step is to grow their own ingredients, and ultimately hope to make IKEA’s carbon reduction greater than its carbon emissions-that is, to promote to the realm of climate positive.

Seven enterprises in Ningbo won the Municipal Science and Technology Progress Award

Recently, the 2020 Ningbo Science and Technology Award winners list was released, and the scientific and technological achievements of 7 units in our county were awarded.

Seven enterprises in Ningbo won the Municipal Science and Technology Progress Award

These 7 scientific and technological achievements are the research and development and industrialization of Yamanaka Alloy (Ningbo) Co., Ltd.’s automobile constant velocity transmission shaft oil pressure occlusion complex molding, Ningbo Yipuler Mould Co., Ltd.’s SMC deep cavity side-oriented rotating mechanism mold research and Industrialization, smart gas meter based on cloud computing service platform by Zhejiang Sapphire Meter Technology Co., Ltd., system research and clinical application of therapeutic sub-hypothermic technology optimization in cardiopulmonary resuscitation in Ninghai County First Hospital, and environmentally friendly gypsum building material steam from Ningbo Beixin Building Material Co., Ltd. Research and industrialization of calcination and rapid aging energy-saving key technologies, Zhejiang Shuangyu Electronic Technology Co., Ltd.’s BP neural network intelligent LED light source lock plant supplement light research and industrialization, and the maple tree species of the Nocun seedling professional cooperative in Liyang Town, Ninghai County Innovation and application of quality resources. The achievements of these scientific and technological projects cover a number of industries that Ningbo has focused on, such as new materials, new energy, and high-end equipment. Many of the achievements are core technological breakthroughs.

In recent years, our county has continuously increased the cultivation of high-tech enterprises, supported the collaborative innovation of industry, university and research, and supported enterprises and makers to use public service platforms, universities and scientific research institutes to carry out collaborative innovation through industry-university-research cooperation and purchase of technology services; Support the development of various types of high-level innovation carriers, actively support the construction of industrial technology research institutes and industrial innovation service complexes, encourage various entities to establish crowd-creation spaces and maker service centers; actively guide key enterprises to join scientific research institutes of universities and colleges to undertake ” The 2025 Science and Technology Innovation” major project has basically formed a number of characteristic technology chains, driving the overall leap of industrial competitiveness, continuous breakthroughs in major scientific and technological projects, and continuous emergence of scientific and technological achievements. The number of scientific and technological awards has been at the forefront of districts (cities) for consecutive years. Since 2015, it has won 15 provincial science and technology awards and 43 municipal science and technology awards.

Traditional lighting manufacturers are moving towards intelligent transformation

At present, smart lighting products are mainly distributed in four major areas: industrial and commercial, residential and household, outdoor lighting and public lighting. TrendForce’s latest report “2021 Global LED Lighting Market Report-Lighting-Level Packaging and Lighting Product Trends (1H21)” pointed out that in the field of smart home lighting, in response to the development of the smart home market, especially in the high-end residential market, the overall growth of this sector demand for smart lighting, coupled with the accelerated penetration of smart lighting products by the epidemic, will be the market with the highest growth rate in 2020, with an annual growth rate of 27%.

Traditional lighting manufacturers are moving towards intelligent transformation

Although smart lighting is growing rapidly in the residential and home furnishing sectors, the current market recognition is not high. According to a data report released by iiMedia Consulting, among the smart home products, the interviewed netizens have the highest awareness of smart TVs (42.6%), but have a low understanding of products embedded in systems such as smart surveillance and smart lighting. The recognition of smart lighting accounts for only 13.5%.

In addition, most of the current smart home products are single product intelligence or single system intelligence, and it is difficult to achieve common interconnection at the level of the entire smart home system to provide consumers with a better user experience. Under the combined influence of these factors, smart home lighting products are facing considerable difficulties in market promotion and popularization.

Liang Jiehui mentioned, “Current smart home lighting products are more transitional products. For individual users, many products on the market are not very friendly in terms of selection, installation, network distribution, and use. So now the penetration rate of the product is relatively low. In addition, the current users who choose to use smart home lighting are basically hardcore smart product enthusiasts. Therefore, if the product can actively understand customer needs and is easy to install and use, smart lighting products can really explode.”

For market promotion and popularization, channels are also an important factor. Traditional lighting products are mainly sold in offline channels, but now users are becoming more and more accustomed to buying products online, especially under the influence of the new crown pneumonia epidemic last year. According to industry insiders, two different sales channels, online and offline, have their own advantages and disadvantages, with strong offline experience and low traffic, and strong online traffic with low experience. In the future, online and offline may be integrated to achieve true O2O. Prior to this, traditional lighting companies may wish to cut into smart products through mature platforms in the early stage. In addition to having a good boost to the intelligent transformation of enterprises, the risk will also be relatively low.

The global LED market output value is estimated to reach 16.53 billion U.S. dollars in 2021

TrendForce’s Global LED Industry Database report shows that the LED industry will be hit by the new crown pneumonia epidemic in 2020, and the output value will not only decline but also a rare decline in previous years.

The global LED market output value is estimated to reach 16.53 billion U.S. dollars in 2021

With the advent of vaccines in the first half of 2021, long-term suppressed demand will bottom out. It is estimated that the global LED market output value will rise this year, reaching 16.53 billion U.S. dollars, an annual increase of 8.1%. The main growth momentum comes from automotive LEDs, Mini LED, and Micro LED, as well as commercial-related displays and invisible light.

TrendForce expects that the sales performance of new energy vehicles will grow substantially this year, and new models of traditional fuel vehicles will accelerate the introduction of LED lighting solutions. This will drive the penetration rate of automotive LEDs to continue to rise since 2020. It is expected that the output value in 2021 will be expected to reach 2.93 billion US dollars, an annual increase of 13.7%, and its growth momentum ranked first among all LED application categories this year.

Secondly, the demand for new display applications including Mini LED and Micro LED will explode in 2021. Among them, thanks to Apple’s new-generation iPad Pro 12.9-inch and the introduction of Mini LED backlight technology in Samsung TVs, Mini LED backlight applications will increase significantly. The total output value of this company is US$380 million, with an annual growth rate of 265%, making it the second-largest growth block.

Third, the display market, driven by new application scenarios such as conference all-in-one displays, 5G 8K ultra-high-resolution displays, home theaters, and virtual production, has become the focus of market attention in recent years. It is estimated that the output value will reach 1.78 billion US dollars, an annual increase of 12%, making it the third-largest growth block this year.

It is worth mentioning that in the invisible light LED market, the UV-C LED market has attracted much attention due to the impact of the new crown virus epidemic. Brand manufacturers have successively increased their awareness of sterilization and purification, and the optical power of UV-C LED products continued to increase. Among them, relevant companies in China, Europe, South Korea, and Japan all plan to introduce new home appliances into UV-C LED, and plan or are importing more than 35 UV-C LED brand manufacturers. It is estimated that many applications of infrared and ultraviolet will push up the overall invisible light LED market output value to 830 million US dollars, an annual increase of 27%.

LED applications in a variety of fields require a variety of power supply topologies to support

Input voltage range, number of LEDs driven, LED current, isolation, electromagnetic interference (EMI) limits, and performance are all relevant design parameters. Most of the LED drive circuits can be divided into the following topology categories: buck, boost, buck-boost, SEPIC, and fly back.

LED applications in a variety of fields require a variety of power supply topologies to support

The buck regulator shown in the first picture can be used in situations where the output voltage is always less than the input voltage. In Figure 1, the buck regulator changes the conduction time of the metal oxide semiconductor field-effect transistor (MOSFET) to control the current into the LED. The voltage can be measured across the resistance for current detection; the resistance and the LED are connected in series. Driving the MOSFET is a major challenge in the design of this method. From a cost and performance point of view, it is recommended to use an N-channel FET that requires a floating gate drive. N-channel FETs need to use a drive transformer or a floating drive circuit, both of which can maintain a voltage higher than the input voltage.

Figure 1 also shows an alternative buck regulator (Buck#2). In this circuit, the driving of the MOSFET is related to grounding, which greatly reduces the demand for the driving circuit. The method of this circuit to detect the LED current is to monitor the FET current or a current detection resistor connected in series with the LED. If the latter is adopted, it is necessary to use a level shift circuit to send this information to a grounded power source and complicate the simple design. The boost converter, also shown in Figure 1, is used when the output voltage is always greater than the input.

This kind of topology design is easy, because the driving of MOSFET is related to grounding, and the current detection resistor is also a grounding reference type. The disadvantage of this circuit is that it cannot limit the current through the inductor when it is short-circuited. You can use a fuse or a circuit breaker as a fault protection device. In addition, there are some more complex topologies that can provide this type of protection.

Figure 2 shows two buck-boost circuits that can be used in situations where the input voltage may be greater or less than the output voltage. These circuits have the same folding characteristics as the aforementioned two-buck topologies and are related to the position of the current detection resistor and the gate drive. The buck-boost topology of Figure 2 shows a ground-referenced gate drive.

This topology requires a level-shift current detection signal, but the reverse boost-buck topology has ground-referenced current detection and level-shift gate drive. If the control IC is related to the negative output, and the current detection resistor is exchanged with the LED, the reverse boost buck topology can be configured in an effective way. As long as the IC is properly controlled, the output current can be measured directly, or the MOSFET can be driven directly.

The new generation of Philips Hengrui light LED G2 car lights shines on the market

Philips Car Products recently announced the launch of the Philips Hengrui Light LED G2 car light series, which has a longer effective irradiation area and a larger range; car owners who want to upgrade LED headlights must not miss this high performance, good durability, and extremely cost-effective New generation of headlight bulbs.

The new generation of Philips Hengrui light LED G2 car lights shines on the market

As the leading lighting solution in the automotive industry, Philips Automotive Lighting enjoys a high reputation in the automotive industry. It started in 1914 and has a history of more than 100 years. The design and development of Philips automotive lighting products follow a strict quality control process. Philips Hengrui LED G2 series headlights to sit at a 6500K color temperature, projecting a cool white light beam effect exclusive to modern LEDs, making consumers’ cars always stand out.

Excellent durability, dual heat dissipation

Thermal management is a key factor that determines the lighting performance of LED products. Philips Hengrui Light LED G2 headlamp uses dual thermal management technology to cool the bulb to achieve the highest efficiency. The built-in fan based on the 1+1 design and the aluminum radiator with anodized coating can effectively dissipate heat and maintain the best brightness. Swati Singh, LED product manager for Philips Automotive Products, said: “The special structure of these lamps allows heat to dissipate quickly, ensuring that their brightness is always at the optimal level. They also have a longer life span without the need for multiple times replace.”

In addition, Hengruiguang G2 series has pure LED car light properties, such as high photoelectric conversion efficiency and energy saving, and it does not contain any harmful materials, so there is no need to worry about environmental pollution.

Compact integrated design, plug, and play

The Philips Hengrui LED G2 headlight adopts a new design, integrating the driver box in the lamp body (the driver box is the center of the LED headlight and manages the performance of the car lights, while the LED products on the market usually make the driver box independent of the lamp. Outside the body). This optimized design leaves more space for the bulbs in the car lights and is easier to install. Even the smallest headlights can be easily accommodated. At the same time, the installation is very simple and quick to get started, and it is compatible with 12V and 24V electrical systems, and is suitable for most models.

Uniform and accurate beam pattern, further escort

The precise optical design of the Philips Hengrui LED G2 headlight can project the beam only within the range required during the driving distance, and improve the effective lighting area. It can not only find obstacles faster, and allow drivers to drive more confidently, but also avoid dangerous glare to dazzle the driver of on-traffic vehicles. Swati Singh (Swati Singh) added: “In order to obtain a precise beam, it is also very important to place the bulb in the consumer’s car light.” The new generation of Philips Hengrui LED car lights is equipped with adjustable adapters. Ring, to ensure accurate light shape adjustment, so as to obtain better lighting effects, making everyone on the road safer.

The LED lighting market is expected to grow 5.1% this year

The new crown pneumonia has brought many uncertainties to various industries. Governments of various countries have implemented different levels of fiscal stimulus and monetary easing policies. The downstream LED lighting demand is expected to benefit. According to TrendForce’s latest lighting market report, the global LED lighting market size is estimated this year There will be a chance to grow 5.1%.

The LED lighting market is expected to grow 5.1% this year

LED lighting is moving towards digital intelligent dimming and control of lamps, towards intelligent systemization, human health lighting, and market demand for segmented applications. TrendForce estimates that the market size will reach 44.3 billion US dollars in 2025.

Under the influence of the epidemic last year, the smart lighting market performed significantly better than the general LED lighting market. The cost adjustment of major smart lighting products and the increasing demand for smart lighting systems from end consumers have driven the momentum of the networked lighting market.

The growth of smart home lighting in the high-end residential market has driven the market demand for smart lighting in this sector, and the epidemic has accelerated the penetration rate of smart lighting products. The market with the highest growth rate last year had an annual growth rate of 27%.

The process of legalization of cannabis cultivation in North America is accelerating, and the investment and construction of indoor farming agriculture is heating up again, driving the replacement of lighting equipment and increasing demand for new additions. The cost of lighting LED products has decreased significantly, including the unit price of red LED and medium and high-power bulbs, which makes the overall lighting construction cost reduce.