Lighting the future: Recolux at Light+Building


From 3 to 8 March 2024, leading lighting solutions provider Recolux will present its latest innovations at the Light+Building trade fair in Frankfurt am Main. As a pioneer in the lighting industry, Recolux will showcase its cutting-edge smart lighting technology, sustainable energy solutions and unique design concepts.

Exhibition theme: Light up the future, lead with innovation
Recolux will use the theme of "Lighting the Future, Leading with Innovation" to highlight its pioneering position in the lighting industry. We will showcase a range of exciting new products, from smart lighting to sustainable energy, and innovative designs that seamlessly blend aesthetics and functionality.

Booth information: Hall 10.3 B71A
We warmly welcome you to visit our booth and experience Recolux's lighting technology and products. Our booth number is 10.3 B71A, making it easy for you to find us and explore our latest products.

Brand Consistency: Innovation, Quality, Sustainability
Recolux will demonstrate brand consistency including innovative lighting technology, superior product quality and commitment to sustainability. Our products are designed to meet the needs of our customers and bring brilliance to their living and working environments.

Discover new dimensions of future lighting
At Light+Building, Recolux will present its unique vision for the future of lighting. Through intelligent, innovative and efficient solutions, we will take you on a journey to explore new dimensions in the field of lighting. Recolux offers tailor-made lighting solutions for every environment.

Visit our booth for exclusive offers
As a thank you for visiting us, we offer exclusive discounts to customers who visit our booth during the show. This is your chance to experience first-hand the power of future lighting innovations.

Schedule a meeting to learn more
If you would like to meet us during the show or learn more about our products, please feel free to arrange a meeting in advance. You can book an appointment by visiting our official website www.recolux.com.

Recolux looks forward to meeting you at the Light+Building exhibition to explore the future of the lighting industry together. Let us illuminate the future together and bring more brilliance to life and work!

Basic knowledge of LED linear lights

1, LED basic knowledge

1, LED light-emitting principle

LED (Light Emitting Diode) is short for Light Emitting Diode. By gallium (Ga) and arsenic (AS), phosphorus (P) compounds made of diodes, when the electrons and holes compound can radiate visible light, and therefore can be used to make light-emitting diodes, in circuits and instruments as a light, or composed of text or digital display. Phosphorus gallium arsenide diodes emit red light, gallium phosphide diodes emit green light, silicon carbide diodes emit yellow light.

With the progress of science and technology, there can be similar to incandescent light color LED, which provides a long life for modern lighting, high efficiency lighting source, the most valuable is that the LED device has up to 50,000 to 100,000 hours of life, suitable for a variety of applications.

2, the characteristics of LED

LED light and natural light is different, its spectrum is not continuous, the lack of infrared part, so different from incandescent lamps, LED heat is not generated by radiation dispersion, but must be dispersed by conduction, which is also known as the reason why the LED cold light source.

LED has the following advantages:

Energy efficient: white LED is currently known as the most energy efficient white light source device. One thousand hours only a few degrees of power consumption (ordinary 60W incandescent lamp seventeen hours to consume 1 degree of electricity, ordinary 10W energy-saving lamps one hundred hours to consume 1 degree of electricity)

Ultra-long life: semiconductor chip light-emitting, no filament, no glass bubble, not afraid of vibration, not easy to break, the service life of up to 50,000 hours or more (ordinary incandescent lamps service life of only a few hundred hours, ordinary energy-saving lamps service life is only eight thousand hours)

Green: does not contain mercury and xenon and other harmful elements, conducive to recycling and utilization, and does not produce electromagnetic interference (ordinary lamps contain mercury and lead and other elements, energy-saving lamps in the electronic ballast will produce electromagnetic interference, and lamps are still present in the element of mercury)

Protection of eyesight: DC drive, no stroboscopic (ordinary lamps are AC drive, which will inevitably produce stroboscopic)

High light efficiency: small heat: 90% of the electrical energy into visible light (ordinary incandescent lamps 80% of the electrical energy into heat, only 20% of the electrical energy into light)

Large market potential: low-voltage, DC power supply, battery, solar power supply can be used in remote mountainous areas and field lighting and other power shortages, less power sites.

According to international authorities predict that semiconductor light-emitting diode lighting will replace the existing traditional light source in the next 5-10 years, of course, this will depend on the white LED cheaper, technological progress will inevitably result in rapid growth in the overall capacity of the market. Technicians have been measured and found that in the same brightness, LED power consumption is only 1/10 of incandescent lamps, life is 100 times that of incandescent lamps. Due to the LED has energy saving, environmental protection, long life, small size and other advantages, experts say it is the history of human lighting following the incandescent and fluorescent lamps after another leap. According to the U.S. Department of Energy is expected, the complete renewal of traditional lighting devices will start in 2010. Japan, the United States, Europe, South Korea and other countries have officially launched the LED lighting strategy plan. According to reports, this year's World Expo held in Shanghai, China, many developed countries pavilions have been fully utilized LED as a lighting source. In our country, the application of LED is also in the vigorous development stage, but because our country has not mastered the core technology of high-power LED, the country is still in the import of semiconductor chips, domestic packaging stage, so from the price relative to foreign countries are still at a high level, the application is also slightly affected.

3, LED light-emitting diode electrical characteristics

LED is in the forward working state, in reaching its luminous voltage value, LED began to glow, continue to increase the voltage, LED luminous brightness increased dramatically, such as a slight increase in voltage, LED may be instantly burned, it can be seen that the LED belongs to a kind of current device, it is this characteristic, decided that the LED must be in a constant-current state in order to work safely, this is the LED device in the use of the main aspects of inconsistency with other light sources, the LED is not the same as other light sources. This is the use of LED devices and other light sources are not consistent with the main aspects of the key factors of the safe use of LED, the need for designers to pay full attention to the main points.

The figure above shows the power of 1W LED chip forward drive current and output brightness of the relationship, from which it can be seen that the drive current and lumen output in the range of 350mA shows a clear linear relationship. However, with the increase of the forward current, a non-linear relationship gradually emerges between the two. When the drive current exceeds the linear range, the efficiency of lumens produced per watt will decrease, while the number of lumens produced per watt will show an increasing trend in the linear range. When the drive current exceeds the linear range, it will lead to the output power from the LED to the form of heat, such heat will become a burden on the LED driver, increase the complexity of thermal design, and reduce the LED life. So for 1W power LED device, its forward drive current does not exceed 350mA. for the current commonly used Ф5 small power LED lamp beads, forward current does not exceed 20mA. for 3W high power LED chip, forward current should not exceed 700mA.

2, LED design basis

1, LED drive power design points

According to the characteristics of the LED, the safe use of constant-current drive, constant-current drive circuit is characterized by: the output current is constant, while the output DC voltage with the size of the load resistance varies within a certain range, the load resistance is small, the output voltage is low, the greater the load resistance, the higher the output voltage.

Currently on the market to LED as the main device of the finished product, most of the use of simple capacitance step-down mode, through the capacitor to achieve constant current effect, these products have a fatal shortcoming, that is, often in the moment of switching power supply, at once all the LED devices burned, the reason lies in the capacitor's charging and discharging characteristics caused by the capacitor is in the differential circuit capacitance, the light-emitting diode resistance, etc. Equivalent to the resistance in the differential circuit, the differential circuit resistance, the capacitor is in the differential circuit, the light-emitting diode resistance. Differential circuit resistance, differential circuit time parameter t = 0.7RC, then in t of the charge and discharge of the moment, the instantaneous current flowing through the LED is very large (may reach tens of times the normal current to hundreds of times), resulting in instantaneous permanent damage to the chip.

A high reliability LED driver circuit is shown below:

This circuit, C 1 can be omitted, in addition to U1 can be replaced by inexpensive ordinary diodes, the disadvantage of this circuit is that its efficiency is low, when using dozens (65 or less) more than the light-emitting diodes in series, the efficiency is higher. This circuit can also be simplified, the cancellation of U1 and C1, Q1 base directly connected to the lower end of R1 can be stabilized current for 0.6/R1 decision, when R1 take 30 ohms, the constant current is 20mA.

Theoretically LED are able to light-emitting diodes, but in fact the electrical properties of all LEDs are not the same, especially for electronic enthusiasts easy to get second-hand LEDs, each LED's threshold Vf are different, that is to say that the luminous intensity of the LED and the drive current is not identical, or a big difference, at this point the designer will need to analyze the actual situation to adopt the most reasonable Design program, in order to achieve the most effective reliability and economic benefits.

As the LED belongs to the current-type devices, strictly speaking can only be used in series operation, in parallel operation, must be connected to the light-emitting diode for handsome selection, regardless of the number of tubes connected in parallel, it has been proved that the tube voltage drop shall not be more than 0.005V, otherwise it is easy to cause damage. A few years ago, China's market appeared many by 7, 9 or even more LED parallel production of flashlights, once also a moment of glory, but since the emergence of a single tube 1W, 3W, 5W LED flashlight, this series of production of flashlights in the price of a straight line down to the point of almost no one asked for, I'm afraid that is not entirely the shape of the flashlight and so on, the key to the technology! Way backward, poor reliability is the key to the problem.

The most ideal LED drive circuit is the PWM constant current control mode switching power supply, mainly composed of four parts, input rectifier filter part, output rectifier filter part, PWM stabilized control part, switching energy conversion part. PWM switching stabilized basic working principle is in the case of the input voltage, internal parameters and external load changes, the control circuit is controlled by the control signal and the reference signal difference for closed-loop feedback, regulating the control signal and the reference signal. Difference between the controlled signal and the reference signal for closed-loop feedback, adjust the pulse width of the main circuit switching device conduction, so that the output current of the switching power supply is stabilized (i.e., constant current power supply). Power supply efficiency is extremely high, generally can do 80% ~ 90%, the output current is quite stable. Generally this circuit has perfect protection measures, is a highly reliable power supply. The disadvantage is that the cost is high.

2, LED thermal solutions

LED heat dissipation is also a key issue that designers must consider, LED light failure and LED operating time and operating current and LED operating temperature. The correct working condition of the LED working life can reach at least 50,000 hours or more, generally up to 100,000 or even hundreds of thousands is very easy, however, once the ambient temperature is too high, the working current is too large, will cause the LED's life expectancy drops dramatically, and even cause permanent damage. General small power LED applications can not have to consider the problem of heat dissipation, but the current operating current up to 60-150mA medium power LED has appeared, then the designer is required to have to consider the normal operation of the LED heat dissipation problems, well in the outer diameter of 8mm, the operating current of 150mA of a white LED pin is relatively thick, basically! Can use its thick pins for heat dissipation, but for higher power such as 1W and above 3W, 5W or even more than 10W LED must be added to the heat sink is considered a normal working environment.

Most electronics enthusiasts know that the PN junction semiconductor device is conduction, the junction voltage VF with the rise in ambient temperature and decline, that is: -2mv / ℃, said the negative temperature effect of the PN junction, the use of this feature can be made into a temperature sensor, but the characteristics of the light-emitting applications is a fatal flaw, directly affecting its luminous efficiency. Luminous brightness, luminous chromaticity. Common example, room temperature 25 ℃, select the LED best working current 20mA, when the ambient temperature rises to 85 ℃, the junction voltage VF decline, the working current increased sharply to 35-37mA, see Figure 2, the current curve Ⅰ, the temperature drops to -40 ℃, the junction voltage VF rises, the best working current will be reduced from 20mA 8-10mA., luminescent brightness is also with the reduction of the current and reduce the luminous intensity. Can not reach the required illumination of the place.

In order to avoid the above undesirable phenomenon, generally in the LED related products, usually need to use some measures. Such as LED mounted on the heat sink, or fan air cooling or LED using a constant-current source of power supply, will not be caused by the LED with the temperature rise in current increases, to prevent the PN junction of the malignant warming, or both methods and use. Practice has proved that for high-power LED lights (such as advertising background lights, street lights), the addition of heat sinks is indeed a proven measure. But the LED lights into the common people's home will encounter the following problems: heat sink, air-cooled can be set in an ordinary head space; using integrated circuits or many components of the constant current source circuit, its life and reliability will not depend on the LED, according to the "Barrel Theory" the reliability of the entire system will depend on some kind of such as temperature rise, etc. "Short board".

Free consultation with recolux on LED linear light issues

Certification and testing standards for LED lighting products exported to Europe and the United States

Nowadays, the lamps exported to Europe and the United States are mainly LED products. When it comes to LED standards, Chinese manufacturers say, Europe and the United States high demand for technical and safety standards are invisible technical barriers to trade. The industry believes that domestic LED lighting practitioners to break these technical barriers to overseas markets, first need to understand the European and American LED standards for LED lighting products, safety, electromagnetic compatibility, performance and other requirements.

  First, Europe and the United States the main standards bodies and certification mark

UL: UnderwriterLaboratoriesInc. abbreviation, UL safety testing institute is the most authoritative in the United States, but also in the world engaged in safety testing and identification of the larger civil institutions.

FCC:FederalCommunicationsCommission,isanindependentagencyoftheU.S.Government,directlyresponsibletoCongress.TheFCCcoordinatesdomesticandinternationalcommunicationsthroughthecontrolofradio broadcasting,television,telecommunications,satellitesandcable.

ETL: short for ETL ElectricalTestingLaboratories, ETL Laboratories was founded by American inventor Thomas Edison in 1896, and enjoys a high reputation in the United States and around the world. The "us" in the lower right indicates that it applies to the U.S., and the "c" in the lower left indicates that it applies to Canada, while both "us" and "c" are applicable in both countries.

EnergyStar: EnergyStar is a U.S. government-led energy conservation program for consumer electronics products. The EnergyStar program was launched in 1992 by the U.S. Environmental Protection Agency (EPA) to reduce energy consumption and greenhouse gas emissions from power plants.

IEC: International Electrotechnical Commission, is the world's earliest established international electrical standardization body, responsible for electrical engineering and electronic engineering in the field of international standardization work, the world's countries have nearly 100,000 experts in the development of standards to participate in the IEC, the revision of work.

ENEC: EuropeanNormsElectricalCertification, the European standard electrical certification is for specific and in line with European standards for products (such as lighting, components, and office & data equipment) used by the general European standard, ENEC mark is the European safety certification of the general mark, the beginning of the year 2000, the original only allowed European manufacturers to use "ENEC". In 2000, the "ENEC" mark was only allowed to be used by European manufacturers, and it is now open for use by all manufacturers in the world.

Second, LED products exported to the EU market standards

  Exported to the European Union countries need to be certified by including safety certification tests and electromagnetic compatibility certification tests, the main certification labeling CE and ENEC, certification standards mainly include: IEC/EN:60598-1 (general requirements and testing of lamps and lanterns), IEC/EN:60598-2-3 (road and street lighting fixtures and safety requirements), IEC/EN62031 ( LED module general safety requirements), IEC/EN62031 ( LED module general safety requirements), IEC/EN62031 ( LED module general safety requirements), IEC/EN62031 ( LED module general safety requirements), IEC/EN62031 ( LED module general safety requirements). General safety requirements for LED modules) IEC/EN:61000-3-2 (Limits for harmonic current emissions from equipment with single-phase input currents ≤16A),IEC/EN:61000-3-3 (Limits for voltage fluctuations and flicker in low-voltage power supply systems),IEC/EN61547 (Requirements for electromagnetic compatibility immunity of equipment used for general illumination),IEC/EN55015 ( Electrical lighting or type of equipment radio harassment characteristics of the limits and measurement methods).

 Third, LED products exported to the North American market standards

The main certifications for export to the North American market are UL, ETL, FCC and ENERGYSTAR, etc. LED road lighting products UL certification references UL8750 or UL60950, UL1598 two standards, do not test the lamps and lanterns of the EMC characteristics of the ETL certification test references are exactly the same as the UL standard.FCC certification references FCCPart15B, ClassAdigitaldevice. FCC certification references FCCPart15B, ClassAdigitaldevice test limit standards, do not test the safety characteristics of the lamps; ENERGYSTAT (ENERGY STAR) is mainly for residential and commercial lighting class LED lamps and lanterns photoelectricity performance requirements, LED road lighting is not listed.

FCC is the U.S. federal law of the radio harassment of teletext products (EMI) characteristics of the limit value of mandatory certification, LED lamps and lanterns of the FCC certification test and the European Union CE in the EMC certification test has a big difference, the main performance as follows:

1, LED lamps and lanterns of the FCC certification only test EMI, does not include EMS test items; CE in the electromagnetic compatibility test are two need certification test;

2, LED lamps and lanterns FCC certification is divided into ClassA and ClassB two categories, the two types of test limits are completely different, CE certification of radio harassment test limit standard only one, limit size and FCC ClassB equivalent;

3, LED lamps and lanterns FCC certification conducted harassment sweep test frequency from 0.15MHz to 30MHz end, CE certification in the conducted harassment sweep test frequency from 9KHz to 30MH end;

4, LED lamps and lanterns FCC certification space radiation harassment sweep test frequency from 30MHz to 1GHz end, CE certification in the space radiation harassment sweep test frequency from 30KHz to 300MH end;

5, FCC certification requirements are more demanding, its EMI certification test limit standards usually require a margin of 6dB or more, CE certification of EMI test margin of 3dB or more can be;

U
  In the UL certification of LED lighting products, drive power certification test can choose UL1310 or UL60950. the main differences between the two standards are as follows:

1, UL1310 is CLASSII (provide limited voltage and capacity of the power supply) power supply equipment safety standards, through the UL1310 certified power supply for the CLASSII power supply, the use of CLASSII power supply to do the cUL (Canadian market) certification of LED lighting fixtures can be exempted from the relevant safety tests; UL60950 is information technology class (referred to as IT) equipment UL60950 is the information technology class (referred to as IT) equipment safety standards, the scope of its applicable certification is greater than UL1310, but the use of UL60950 certified power supply to do cUL (Canadian market certification) LED lighting certification, not exempted from the relevant safety tests;

2, UL1310 standard output voltage under any load conditions in the power supply maximum output voltage (including no load) of the peak exposed contact voltage of 42.4V, when the equipment does not contain can be automatically in the output circuit disconnect device maximum output volt-ampere is not more than 100 volt-ampere; UL60950 is the definition of the output voltage under normal conditions, the voltage between any two touchable circuit parts, or The voltage between any two accessible circuit parts and the protective grounding terminal of Class I equipment does not exceed 42.4V AC peak, or 60V DC value;

3, UL1310 certification applies only to 120 or 240Vac nominal voltage in the grid CLASSII power supply equipment, UL60950 applies to the rated input voltage does not exceed 600Vac information technology products, for the 277V voltage system UL certification of LED lighting products drive power supply, can only refer to the UL60950 standard certification test.

UL certification

UL certification in the United States is a non-compulsory certification, mainly product safety performance testing and certification, the scope of its certification does not include product EMC (electromagnetic compatibility) characteristics. The following is a brief introduction to the LED road lighting products involved in UL8750, UL1310 and UL60950. UL8750 applies to the minimum safety requirements for LED lighting components that will be installed in non-hazardous locations rated at 600V branch circuit or lower, and the same applies to the minimum safety requirements for LED light sources connected to batteries, fuel cells, etc., isolated (no effective connection) power supply. UL1310 applies to CLASS2 power supply equipment that contains an input voltage of 120 or 240 Vac through software or direct plug-in connections to 15 or 20 A AC branch circuits or potentially less than 150 V grounded, that uses an insulated transformer and that can be incorporated into rectifiers and other components to provide DC or AC electrical energy, and that is intended to be used to provide energy for low-voltage electrical operations; UL60950 applies to safety standards for information technology (IT) equipment, including cell phones, computers and their peripherals, such as projectors, printers, etc., but also includes the output of the power supply can be taken with the LPS (restricted power supply) safety circuit;

In the UL certification of LED lighting products, drive power certification test can be used UL1310 or UL60950. the main differences between the two standards are as follows:

1, UL1310 is CLASSII (provide limited voltage and capacity of the power supply) power supply equipment safety standards, through the UL1310 certified power supply for the CLASSII power supply, the use of CLASSII power supply to do cUL (Canadian market) LED lighting fixtures certification, exemption from the relevant safety tests; UL60950 is information technology class (referred to as IT) equipment UL60950 is the information technology class (referred to as IT) equipment safety standards, the scope of its applicable certification is greater than UL1310, but the use of UL60950 certified power supply to do cUL (Canadian market certification) LED lighting certification, not exempted from the relevant safety tests;

2, UL1310 standard output voltage under any load conditions in the power supply maximum output voltage (including no load) of the peak exposed contact voltage of 42.4V, when the equipment does not contain can be automatically in the output circuit disconnect device maximum output volt-ampere is not more than 100 volt-ampere; UL60950 is the definition of the output voltage under normal conditions, the voltage between any two touchable circuit parts, or The voltage between any two accessible circuit parts and the protective grounding terminal of Class I equipment does not exceed 42.4V AC peak, or 60V DC value;

3, UL1310 certification applies only to 120 or 240Vac nominal voltage in the grid CLASSII power supply equipment, UL60950 applies to the rated input voltage does not exceed 600Vac information technology products, for the 277V voltage system UL certification of LED lighting products drive power supply, can only be cited as the UL60950 standard certification test.

About LED lighting recolux has high quality products, rich experience, welcome your inquiry!

Energy-Efficient Lighting Solution for a Supermarket Project in Slovakia

Introduction:

In today's competitive retail landscape, creating an appealing and comfortable shopping environment is crucial for attracting and retaining customers. Lighting plays a vital role in enhancing product visibility, creating an inviting atmosphere, and improving the overall shopping experience. This case essay explores the successful implementation of Recolux lighting solutions in a supermarket project located in Slovakia, showcasing their efficiency, versatility, and ability to highlight high-end products.

recolux

Project Overview:

The objective of the project was to upgrade the supermarket's lighting system to enhance visual comfort, improve product presentation, and achieve energy savings. The chosen solution was Recolux's 1.5m linear system, which offers exceptional uniformity and vertical illuminating levels, ensuring consistent lighting throughout the store. With a wattage of 72W, the system strikes a balance between energy efficiency and illuminance requirements.

Lighting Specifications:

The selected lighting configuration included a color temperature of 4000K, providing a cool, neutral white light that promotes clarity and color accuracy for products. To cater to different areas of the supermarket, two beam angles were utilized. The double asymmetric 25° beam angle was employed to accentuate specific shelving displays and highlight products, creating an eye-catching effect. For general illumination and wide-area coverage, the wide beam angle of 120° was chosen.

Installation and Energy Efficiency:

The luminaires were installed at a height of 3.2 meters, strategically positioned to ensure optimal illumination and visibility across the supermarket floor. The installation process involved utilizing Recolux's continuous row linear system, which simplifies wiring and allows for flexible adjustments to meet specific lighting requirements. By adopting this modern lighting concept, the supermarket achieved remarkable energy savings of up to 50 percent compared to the previous traditional lighting system, significantly reducing operational costs and environmental impact.

Spotlight Systems and Product Presentation:

Recolux's Track Light Module played a pivotal role in enhancing the supermarket's product presentation. By supplementing the linear luminaires with various spotlight systems, specific areas such as fruit and vegetable sections were effectively illuminated. The spotlight systems provided targeted accent lighting, drawing attention to the freshness and quality of the produce. This strategic use of lighting not only improved visibility but also added a touch of elegance, elevating the overall high-end brand impression.

Benefits and Conclusion:

The implementation of Recolux lighting solutions in the supermarket project in Slovakia yielded numerous benefits. The high level of uniformity and vertical illuminating levels ensured consistent and well-distributed lighting, creating a pleasant shopping environment for customers. The energy-efficient nature of the lighting system resulted in substantial energy savings, contributing to sustainability efforts while reducing operating costs for the supermarket.

Moreover, the integration of spotlight systems enhanced the visual impact of specific product areas, effectively highlighting the freshness and appeal of fruits and vegetables. By combining functional lighting with aesthetic considerations, Recolux lighting solutions contributed to an improved shopping experience, helping the supermarket differentiate itself in a competitive market.

In conclusion, the successful implementation of Recolux lighting solutions in the supermarket project in Slovakia exemplifies the company's commitment to providing energy-efficient, versatile, and visually appealing lighting solutions. By utilizing the 1.5m linear system, incorporating spotlight systems, and achieving substantial energy savings, the supermarket was able to create an inviting ambiance, enhance product presentation, and achieve significant operational and environmental benefits.

Reasons that may affect the future development of LED Batten Light products

General trends and advancements in LED lighting that may impact the future development of LED Batten Light products:

Energy Efficiency: With advances in LED chips, drivers, and control systems, LED technology continues to improve in terms of energy efficiency. Future LED Batten Light products will likely focus on maximizing energy savings and reducing power consumption while maintaining high brightness levels.

Smart lighting and controls: The integration of smart lighting functions and controls is gaining popularity. LED Batten Light products may include smart features such as wireless connectivity, dimming options, motion sensors, and compatibility with smart home systems for enhanced functionality and energy management.

Customization and Design: LED lighting allows for flexible design options, and future Led Batten Light products may offer more customization options in terms of size (shape, color temperature, and beam angle). This enables users to tailor lighting solutions to their specific requirements and preferences.

Improved Durability and Lifespan: LED lighting already offers a longer lifespan than traditional lighting technologies. Future LED Batten Light products may focus on further improving durability, reliability and lifetime, reducing maintenance needs and costs.

Environmental Sustainability: As sustainability becomes a more important issue, LED lighting manufacturers are increasingly focusing on environmentally friendly solutions. Future LED Batten Light products are likely to feature low-impact materials, efficient manufacturing processes, and recyclable components.

Please keep in mind that these trends are general observations and may not reflect Recolux Lighting's specific plans and developments. To obtain accurate and up-to-date information on the future direction of their LED Batten Light products, it is recommended to contact recolux lighting directly.