Street lights manufacturer right now: These are sodium vapor lamps that operate at internal pressure, usually above 1 atm, and temperature above 1000C. They contain xenon gas along with a sodium-mercury mixture enclosed in a ceramic tube. When an electric current is passed, the xenon gas ionizes to create an arc that heats the sodium mercury amalgam. The mercury vapors emit a bluish-white light, and the sodium vapors emit a golden-white light. These lamps offer higher efficacy and produce up to 150 lumens per watt of electricity consumed. They provide higher life spans, usually > 24,000 hours. However, it gives poor color rendering (distorts illuminated object color). They are typically used for street lighting and as advertising light on billboards, signs, parks, and monuments. Find additional details on led flood light factory.
LED: Semiconductors on a PCB or Board – The light-emitting part inside an LED roadway light is a semiconductor material. Silicon is an abundant material that manufacturers use to produce LED (Light Emitting Diode). There are various ways to manufacture an LED. Here are their descriptions: Wire Bond COB – Wire bonding connects an Individual LED or semiconductor to the substrate. Wire bond LED technology is simple to manufacture, as the integrated circuit is prepared to bond directly to the substrate. Multiple small LEDs are connected to the substrate or PCB, which are then covered by epoxy to seal and protect the electronic circuitry.
Waterproof problems in the installation of LED street lights: After ensuring the quality of the lamp holder, you need to pay attention to the technical problems of the lamp holder installation and construction. Most of the led street light controllers are installed in the lampshade and battery box, and generally will not enter water, but in actual engineering cases, some are due to improper installation or The circuit board of the controller is not treated with three-proof paint, which will cause a short circuit due to rain water flowing into the led street light controller along the external wiring of the controller terminal. Therefore, during construction, attention should be paid to bending the internal connecting wires of the controller terminals into a “U” shape and fixing them, and the connecting wires exposed to the outside are also fixed to a “U” shape, so that rainwater cannot enter and cause the controller to short circuit. You can also apply waterproof glue on the inner and outer line interfaces to waterproof.
After the lighting renovation of these venues is completed, the lighting effect has been greatly improved, and it has also been highly praised by the teachers and students of the whole school. Next, the CHZ-LIGHTING team will carry out the lighting renovation work of other venues. In the field of sports lighting,CHZ-LIGHTING has accumulated rich experience in stadium lighting projects with the help of high-quality lighting products and professional service capabilities, and has created many classic project cases all over the country. In the future,CHZ-LIGHTING will continue to cultivate with a more professional attitude, constantly temper its own innovation core, and bring a new lighting experience to more stadiums and sports events by creating professional sports lighting lighting design.
Industry Lighting is made of super bright LED white light as the light source, the shell is made of aluminum alloy (customer optional), the outer cover is made of high efficiency lens (customer optional), heat dissipation is made of copper sheet heat conduction and aluminum alloy strip heat dissipation natural air circulation The heat dissipation is more perfect, and the shape of the LED will be changed continuously according to the different needs of the customers.
CHZ adheres to the standard of ;leading technology and leading quality;, and established a joint R&D; center with Dr. Chen Dahua, a professor of the Department of Electric Light Sources of Fudan; University. We continue to develop new products to promote intelligent lighting systems. Our product; usage; scenarios cover road lighting, garden lighting, solar lighting, stadium lighting, industrial plant and; warehouse lighting. We insist on using high quality components and advanced production technology to make; each ofour lamps stand out.
LED garden lights are a kind of outdoor lighting. It uses a new type of LED semiconductor as the illuminant. It usually refers to the outdoor lighting that illuminates an area less than 6 square meters. Its main components include an LED light source, enclosure, pole, and flange. The disc and the basic embedded parts are composed of 5 parts. It is mainly used to light up large-area mines, building outlines, stadiums, overpasses, monuments, parks, and flower beds. In fact, almost all large-area lighting fixtures used outdoors can be regarded as spotlights. Applicable occasions: Suitable for shopping malls, exhibition halls, parking lots, playgrounds, gyms, parks, building facade and public corridor, stair corridor and other indoor and outdoor lighting.
The solar road lighting is powered by a crystalline silicon solar cell. The maintenance-free valve-regulated sealed battery (colloidal battery) Sealed Lead Acid is exceptional in storing energy. The super bright LED lamp is used as a light source and is controlled by an intelligent charge and discharge controller, replacing the traditional utility electric lighting. Outdoor solar street lamp is to convert sunlight collected during the day into electric energy for storage, and then use the stored electric energy as LED lighting at night. Read more info on https://www.chz-lighting.com/.
Most LED street lights are installed with a solar panel that helps in generating backup power hence reducing the operational costs incurred. In other words, instead of using electricity, most manufacturers install a solar panel in the lighting system to provide the required energy. Such lights have some added advantages, especially those that operate in areas that experience at least 10 hours of sunlight. The light source usually recharges its batteries and uses the energy to provide light at night. Such a system is paramount in ensuring that the street light illuminates an area throughout the year.
The technology of HID lamps can be traced back to 1675, when Jean-Felix Picard discovered that his mercury barometer glows when shaken. However, the first HID commercially available bulb was made in 1965. It produces 95 lumens/watt, which is competitive with HPS and LED but also has similar omnidirectional light problems. The electricity that goes into the bulb passes through the xenon gas inside the glass chamber. It causes the xenon gas to ionize, forming an arc that vaporizes sodium and mercury to create light. The light is yellow in the range of 1900 to 2000 degrees Kelvin. These lamps have low color rendering capabilities. HID lamps also pass high electricity through a gas to create light. They require a ballast to operate. They contain tungsten electrodes inside a fused alumina arc or quartz tube. The noble gas of suitable metal or metal salt is used to enable the arc’s initial strike. They are also known as arc lamps.