Research institutes at the Rensselaer Polytechnic Institute (RPI) in Troy, New York, have published predictions that LEDs and smart lighting will bring trillions of dollars in cost savings while dramatically reducing indoor lighting and Commercial lighting is dependent on energy demand.
RPI professors E Fred Schubert and Jong Kyu Kim said that LED and smart lighting are revolutions in global innovation and world lighting methods, predicting that if all the light bulbs in the world are replaced by LEDs in the next 10 years, the total energy consumption will be With a reduction of 1,929.84 joules, the power consumption will be reduced to a terawatt hour, while achieving a savings of $1.83 trillion. Kim also pointed out that LED lighting can not only replace traditional light bulbs, but also can control its spectrum, space emission spectrum, polarization of light and temporal modulation.
In addition, the two professors estimate that carbon dioxide emissions will be reduced by 10.68 billion tons; 962 million barrels of crude oil consumption will be reduced; and the demand for power plants will be reduced by 280. Schubert and Kim's paper Transcending the replacement paradigm of solid-state lighting was published in the recent Optics Express.
Just as transistors mean innovation in electronics, LEDs mean innovation in the field of photonics. According to the two professors, LEDs require only 1/20 of the current traditional lighting bulbs and 1/5 of the fluorescent lamps. Kim pointed out that LED is the traditional lighting technology, just like a transistor in a vacuum tube. At first, the transistor was simply a substitute for a vacuum tube, but it was derived from the integrated circuit (IC) revolution; the LED is the same, at first it was only Alternatives to traditional light bulbs will likely lead to integrated lighting systems with different functions in the future, just like the effects of transistors on IC technology.
At present, the research carried out by RPI is an application field for LED development, including three main directions: research on LED spectrum technology for medical application research; research and control of its temporary modulation to achieve wireless optical network; control LED light polarization To enhance display technology.
In the spectral control section, RPI says that it can develop lighting that can change the color of light during the day to positively affect the mood of workers, or to treat some medical problems caused by poor ambient light. As for the LED modulation technology, it may take some time to see it. This technology enables the lighting device to simultaneously serve as the access point for the wireless network, directly connecting the data streams from different devices, unlike the current RF wireless technology. It also requires all devices to share the same frequency band.
Controlling the polarization of the LED light allows the LCD display to eliminate the need for filters and greatly increases the brightness of the display while conserving power consumption. Other smart lighting applications developed by RPI include rapid bio-cell identification, interactive pathways, accelerated plant growth, and projects that reduce the risk of a particular cancer.
RPI's Intelligent Lighting Engineering Resource Center recently received a $18.5 million, five-year sponsorship from the National Science Foundation (NSF), with Boston University and the University of New Mexico (University of New Mexico) )Cooperation. RPI expects to receive approximately $50 million in funds over the next 10 years to develop innovative optical materials, new component technologies, and new applications for smart lighting, and to further promote understanding of smart lighting and market applications and demand.
Big inventory: 2008 Engineering / Design Company
[2008 inventory: 10 overseas market dynamics]
[2008 Aladdin Lighting Network Blog Inventory]
[2008 Top Ten Classic Lighting Industry Review]
[2008 Top Ten Classic Originals Interview]
[Top Ten Domestic Lighting Industry Trends in 2008]
[Top Ten Hot Topics in the 2008 Circle Forum]
1
Interactive Flat Panel Displays
Interactive flat panel are advanced digital screens that combine the functionality of a high-resolution display with interactive touch technology. These displays, often used in Interactive Flat Panel Display Education and Interactive Flat Panel Meeting collaborative settings, offer a seamless and intuitive user experience.
Key features of Flat Panel Displays include:
Touch Interaction: Users can directly interact with the screen using touch gestures, such as tapping, swiping, and pinching. This enables effortless navigation, annotation, and manipulation of on-screen content.
High-Resolution Interactive Panel Display: Interactive flat panel displays typically have high-definition or even 4K resolution, providing crisp and detailed visuals. This ensures that images, videos, and text appear sharp and vibrant on the screen.
Multi-User Support: Many Interactive Flat Panel 86 Inch support multi-touch capabilities, allowing multiple users to interact with the screen simultaneously. This promotes collaboration and group participation during presentations, brainstorming sessions, or educational activities.
Built-in Software and Tools: smart interactive flat panel often come with pre-installed software and a variety of digital tools designed for annotation, whiteboarding, and content creation. These tools enhance productivity and creativity by enabling users to draw, write, and highlight directly on the screen.
Interactive flat panel displays revolutionize the way information is presented, shared, and interacted with in classrooms, boardrooms, and other collaborative environments. They provide a dynamic and engaging platform for communication, collaboration, and learning, facilitating effective and interactive experiences for users.
Flat Panel Displays,Interactive Panel,Interactive Flat Panel Displays,Smart Interactive Flat Panel,Interactive Panel Board
Jumei Video(Shenzhen)Co.,Ltd , https://www.jmsxdisplay.com