1.It is crucial to arrange and install safety isolation facilities, and everyone should be in a safe facility during the entirety of Solar Stud Reflector dynamic construction, whether it is on a new road or an open road, such as when working on an open road. Safety staff should be assigned in a 1:1 ratio to installation personnel. The ratio of safety staff to Solar Stud Reflector installation should be 1:3 while work is being done on closed road sections.
People’s awareness of road safety has grown stronger and more humane as a result of the recent rapid development of road construction, particularly highway construction. On domestic high-grade highways and municipal roads, Led Solar Studs are frequently utilized as a traffic safety sign. The visual effects of Led Solar Studs are superior to those of regular Road Studs.
Solar Stud Lights have had a significant impact on people’s nighttime activities, particularly in urban areas where many people are preoccupied with work during the day and the stress and anxiety of city life necessitate evening activities and exercise. In addition to serving as lighting, it can, in some cases, impart a sense of beauty and lessen physical and mental exhaustion.
Solar Stud Lights have had a significant impact on people’s nighttime activities, particularly in urban areas where many people are preoccupied with work during the day and the stress and anxiety of city life necessitate evening activities and exercise.
The cost disparity between various Solar Road Studs controllers is still considerable, though. Independent Solar Road Studs chips are still generally quite expensive!
There is a controller for Road Studs. The primary function of the Road Studs controller is to regulate how the battery is charged and discharged. The charge and discharge controller is the most fundamental form of controller for Road Studs.
First of all, we understand the concept of Solar photovoltaic system: an independent photovoltaic system is generally composed of the following three parts: charge, discharge controller, inverter, test instrument computer monitoring and other power electronic equipment; solar cell components and batteries or other storage Energy and auxiliary power generation equipment. Solar photovoltaic system has many advantages: operational reliability, good stability; no air pollution, no waste water discharge; no combustion process, no fuel; no rotating parts, no noise; simple maintenance, low maintenance costs, etc.
With the construction of the national urban road lighting project, whenever we walk on the road at night, we are no longer only accompanied by darkness, and the world that accompanies us becomes a world of colors.
As a key component, solar cells have a long service life, and Solar Studs crystalline silicon solar cells have a service life of more than 25 years; it is easy to expand the power generation scale as needed.
An independent photovoltaic system generally consists of the following three parts: solar cell components, charge and discharge controllers, inverters, test instruments and computer monitoring and other power electronic equipment, and batteries or other energy storage and auxiliary power generation equipment.
It is suitable for the beautification and lighting of green grass in residential communities and the beautification of park lawns. The structure of LED Road Studs is composed of solar cell components (photovoltaic panels), super bright LED lights (light source), maintenance-free rechargeable batteries, automatic control circuits, lamps, etc.
LED Cats Eyes Road Studs is a new type of green energy landscape lighting fixture that integrates energy saving, environmental protection, lighting and beautification. Cats Eyes Road Studs are energy-saving, environmentally friendly, safe and beautiful.
Even if the solar illumination is less than 1000LX, the rated capacity of the battery should meet the requirement after 8 hours of charging Normal lighting is required for 12 hours. Solar Stud Light battery matching performance should be placed under standard test conditions for 8 hours, and the rated capacity of the battery should meet the needs of Solar Stud Light for 72 hours of normal illumination. Additionally, this requires close attention. When it rains, the Solar Stud Light won’t be able to produce light if the battery storage capacity is inadequate due to poor battery matching performance.
Electronic parts for Solar Road Studs must also be carefully chosen because issues with just one of them could lead to the failure of the entire system. Because Solar Road Studs must survive daily crushing and impact from moving cars, the welding must be dependable.
The battery won’t function if the temperature is too high or low. The Solar Stud Light’s battery operating temperature range must be suitable for the real use environment. The Ministry of Transportation specifies -10 degrees to 50 degrees.
One of the key advantages of Solar Stud Reflector over reflecting studs is that it actively emits light while drawing a distinct outline of the road. The Ministry of Transport specifies a 2000 MCD indication.
Sealing effectiveness The Solar Stud Reflector will leach water if it is not entirely sealed, which will result in a short circuit with devastating results. As a result, the seal must be broken by a qualified Solar Stud Reflector.
Compression resistance: If the Solar Stud Light is not able to withstand a particular amount of pressure, it will be easily shattered and consequently unable to function normally when the automobile is pressed or struck.
According to various installation positions, Buried Solar Stud Light can be classified as either buried type or protruding type. While the latter is typically utilized on the edge line, the former is typically used on the center line. This is so that a particularly high withstand voltage can be used for the solar stud light that was installed on the middle line. The Solar Stud Light had to be buried in the ground, sticking out only around 5mm from the surface in order to overcome this issue
Led Solar Studs are used to remind people about defects or impediments in fault alarm systems. Activate the switch, position the Led Solar Studs at a specific distance from the vehicle or building site, open the back bracket, and choose the signal form to serve as a reminder. serves to alert people about LED solar studs.
Vehicle Caution: When used in a car, Solar Stud Light can be mounted to the back of the vehicle or placed on the rear windshield to help collect sunlight.
At night, turn on the Road Stud power switch and choose the warning signal to activate the Road Stud, which serves as a warning.
A new kind of traffic warning light, specifically a Solar Stud Lights, is a Solar Stud Light. It is made up of a lamp holder, a lamp cover, and an arrangement of a transparent lampshade between the lamp holder and the lamp cover. There is also a solar receiving board available.
Incorporating solar photovoltaic power generation, contemporary embedded micro-control, LED semiconductor light-emitting lights, and other associated technologies, Ruichen Solar Studs are a high-tech road warning product of the present.
Road traffic hence has an increasing need for solar stud lights.
As the demand for social production capacity further increases, the lack of social power has become an urgent problem to be solved. So road traffic has more and more demand for Solar Stud Light.
The foundation for societal growth is Led Solar Studs. Without Led Solar Studs, our society will face problems.
Since Ruichen Solar Stud Reflectors use new luminescent materials, the luminous efficiency of the whole lamp is greatly improved compared with the luminous power of traditional lamps.
A typical single Road Stud management system, the Ruichen Road Stud management system adopts the method of “solar power generation and energy storage technology”. The solar cells generate enough power to charge the battery during the day and charge and discharge the battery at night to provide electromagnetic energy for traffic and Road Stud.
Solar Studs are 15°C less hot than typical heat pipe radiators, which increases their resistance to moisture. In general, the net weight and volume of the aluminum Solar Studs radiator are better. Solar Studs has a crucial role to play in the field of solar power plant applications.
Generally, the height of Solar Studs mechanical equipment of the Solar Studs brand is more than six meters. If the net weight is too high, the risk factors will increase relatively, especially in the event of earthquake disasters and storms, accidents are likely to occur. will happen.
It meets the lighting needs of everyone in daily life, and can also avoid the influence of abnormal power supply.
Simple and affordable, it is also very easy and convenient to maintain, efficient in terms of money, and may have a longer overall service life.
Most importantly, the nation has started introducing numerous policies to support it, which can ensure the development of Solar Stud Reflectors.
We have solar stud light products that are well-known among buyers for high efficiency and long life.
Solar Road Studs use solar energy and do not require any electrical connections. Used to mark the edges and center lines of roads. It is equipped with long-lasting LEDs and can run for many years without maintenance.
Traditional Reflective Studs have existed for decades, and their performance has hardly changed during this time. They still rely on the effectiveness of the vehicle’s headlights to provide enough light at the correct angle and reflect some of the light to the driver to delineate the road ahead. At best, the headlights usually extend to around 90 meters.
Solar Road Studs, also known as Solar Studs or solar road reflectors, is a kind of traffic safety. The warning light has amber, yellow, green, red, blue, white options. They are generally installed on roads or highways. It is used to indicate the direction of the road.
For Solar Road Studs with cast aluminum feet, primarily. Due to their partial ground penetration, Solar Road Studs with cast aluminum feet have greater impact resistance, compression resistance, and longer service lives.
The adhesive must fully set up after the solar stud reflector are inserted in order to securely fasten the solar stud reflector to the ground.
For Solar Road Studs with cast aluminum feet, primarily. Due to their partial ground penetration, Solar Road Studs with cast aluminum feet have greater impact resistance, compression resistance, and longer service lives. However, if the hole position is too shallow or too thin during the installation process, the bottom surface of the Solar Road Studs will not be in full touch with the ground, which will impact the bonding’s hardness.
In order to ensure that all areas of the road stud are equally stressed and to prevent crushing due to unequal force, it is important to install road studs with the proper amount and even distribution of adhesive.
Spikes, glue, and the ground must be closely spaced for Solar Studs to be stable. If the installation area is dirty, the surrounding dust will absorb the majority of the glue’s adhesive force, weakening the bond between the Solar Studs and making them more likely to come loose in the event of an external impact.
The marking line is also a type of resin material that is affixed to the ground and has a limited connection to the surface. The impact force of the Solar Road Studs is entirely transferred to the marking line if they are mounted on the marking line. The marking line will also be glued in this manner, making the Solar Road Studs easily impactable.
The quality and service life of Solar Studs have drawn increasing attention as a result of their widespread use in domestic high-grade highways and municipal roads. Due to installation issues, Solar Studs frequently sustain damage during actual application and have a shorter service life.
Solar Road Studs primarily refers to a facility for traffic safety. In order to remind the motorist to drive in the lane using their retroreflective performance, protruding road signs with scientific names are typically erected in the middle of the road markings or in the centre of the double yellow lines. The maximum height for Solar Road Studs is 25mm, and the standard specification is 100mm*100mm*20mm.
Road Stud is thus completely useless and unable to be used. The drawback of capacitive road studs is this. The rated capacity of the Road Stud capacitor can typically only support the needs of the Road Stud for 12–14 hours of typical light output when placed for 8 hours under standard test conditions.
Even if the sun’s illuminance is less than 1000LX, the rated capacity of Solar Studs batteries should still meet normal after charging for 8 hours Glow 12 hours needed. Solar Studs battery matching performance should be placed under standard test conditions for 8 hours, and the battery’s rated capacity should meet the needs of Solar Studs for 72 hours of light.
Solar studs are therefore completely useless and unable to be used. The drawback of capacitive solar studs is this. The rated capacity of the capacitor can typically only support the needs of the road stud for 12–14 hours of typical light emission when placed for 8 hours under conventional test conditions.
Even if the solar illuminance is less than 1000LX, the battery’s rated capacity should still meet the normal requirements for the Road Stud to emit light after 8 hours of charging. The battery matching performance should be placed for 8 hours under standard test conditions.
Solar energy is immediately absorbed by solar panels, which then transform light energy into electrical energy. It can be considered the first link in the overall working system of Solar Studs; the effectiveness of its operation immediately affects the effectiveness of Solar Studs. Solar panels made of monocrystalline silicon are widely utilized today.
This range will frequently be exceeded in the Road Stud setting, increasing the demands on the battery. Because adding more circuits will increase the likelihood of failure, the Road Stud electrical circuit board must be designed using simple and efficient design concepts rather than artificially complicating them. Road Stud electronics need to be carefully picked as the breakdown of any one electronic component could bring the system to a halt.
Brightness: Compared to Reflective Studs, Solar Studs actively emit light, vividly defining the outline of the road. Its high luminous intensity is a key characteristic. The Ministry of Transportation mandates that this indication be 2,000 MCDs.
Performance in terms of sealing: If the Solar Studs are not totally sealed, water will naturally leak in. This will result in a circuit short, with disastrous results. A qualified Solar Studs must therefore pass the seal.
As a result, in general, Solar Stud’s compressive performance is superior to that of regular ones. Worse is Solar Stud. The Ministry of Communications’ current technical requirement is 10 tons. There are numerous strategies for efficiently enhancing the compression performance of Solar Stud. One is to utilize PC bulletproof materials for the exposed solar panels in order to increase the compression resistance of the electronic components.
Compression resistance: Solar Studs must be able to withstand a particular level of pressure before they can function normally and won’t simply break if the car is crushed or struck. Compression resistance is thus a prerequisite for normal operation of Solar Studs.
Therefore, in general, the compressive performance of Solar Road Studs is better than ordinary ones. Road Studs is worse. The current technical requirement of the Ministry of Communications is 10 tons.
But the problem is that Road Studs itself is an electronic product that contains electronic parts. It is indeed not an easy task to make the electronic parts have a higher degree of compressive performance.
According to various energy storage components, solar road studs can be classified as capacitive type or battery type. The latter typically has a service life of one to three years, whereas the former can have a service life of five to seven years.
According to various installation positions, buried solar road studs can be separated into buried type and protruding type. While the latter is typically utilized in the edge line, the former is typically used in the center line. This is because the center-line Solar Road Studs must have a particularly high pressure resistance.
In rainy and foggy conditions, solar studs are crucial for defining road edges and bends, improving drivers’ visibility, and removing potential safety risks. Solar Studs solar panels capture sunlight during the day, transform it into electricity, and then store that electricity in a battery or capacitor.
The visibility on a foggy highway is only 300–400MCD, however Road Stud’s luminance can reach more than 2000MCD, or 6-7 times more than the visibility. At night, high-intensity lights may safely and effectively cut through rain and fog.
In rainy and foggy conditions, solar studs are crucial for defining road edges and bends, improving drivers’ visibility, and removing potential safety risks.
The visibility on a foggy highway is only 300–400MCD, however Road Stud’s luminance can reach more than 2000MCD, or 6-7 times more than the visibility. High-intensity lights from Road Stud can safely and effectively cut through fog and rain at night.
In addition to the dense woodland surrounding this section of the road, there is often fog. With Road Studs motorways often travel long distances, which is a problem, especially since many of them pass through rural and hilly areas. Fog is often very unevenly distributed, sometimes with good visibility for one section of the road and poor visibility for another. With Road Studs, the visibility is very good and driving safety is guaranteed.
Edit this sentence Background Expressway construction is increasingly concentrated in hilly regions and in mountainous regions with relatively slow economic development. With an average wind speed of only 1.2 m/s and a wet and rainy climate, mountains and valleys have a significant impact on the wind speed of expressways in hilly locations.
The main PE trunk line used by Solar Studs is cable metal sheath, which has a difficult manufacturing process and low reliability. The PE trunk line cable’s metal wrapping is made using a laborious fabrication technique. Two solder points, each of which must be stripped, polished, tinned, and soldered, must be soldered onto each base Solar Stud. The process is time-consuming, and it is challenging to ensure the integrity of the solder junctions. The reliability of the PE main line connection can be envisaged when more solder joints are linked in series.
Electrical equipment on Road Studs is of poor quality, particularly the ballast. The heat is severe, the insulation is readily damaged, and the Road Studs are live. As soon as pedestrians contact it, terrible things will happen.
When a single-phase ground fault occurs without leakage protection, the contact voltage = Un*Rd/(Rd+R0)=22058/(58+4)=206V, which is very near to the phase voltage and therefore highly dangerous. Due to the long-term presence of leakage current, Solar Stud leaking circuit breaker can also prevent cable overheating, reduce service life, and cause leakage arc current to burn electrical equipment.
Only short-circuit and overload protection, not leakage prevention, are provided by the Solar Stud power supply. It is possible to misunderstand something if the leaking circuit breaker is not used. According to some, the three-phase leakage circuit breaker has a dead zone when it’s operating and can’t effectively shield the user from electric shock.
The traditional Solar Stud protruding road sign’s narrow bright area and excessive strobe, in particular, make it unsuitable for non-motorized drivers or regular pedestrians. This problem is solved by the Solar Stud protruding road sign. The fact that Solar Stud goods don’t require electricity makes them completely green, energy-saving, environmentally safe, and items with very broad market potential.
The surface of Solar Studs’ solar panels is wear-resistant (by adding a wear-resistant layer) to ensure that they won’t be worn, thereby guaranteeing the photoelectric conversion efficiency of the solar panels. This product uses Taiwan’s intelligent control IC and American original precision potentiometers. Rechargeable batteries with high temperature tolerance produced by reputable factories guarantee the longevity and effectiveness of the final product.
Function: Road Studs have the ability to flash a warning light at night, increase driver attention, lower the risk of collisions and vehicle collisions, and lower traffic accidents.
A novel active bright warning product for road traffic infrastructure is called Solar Studs. Solar Studs employs LEDs to emit light or LEDs in combination with reflectors to emit light.
High-quality cast aluminum is used to make the Solar Stud, which have a load-bearing capacity of 30T and are resistant to earthquakes.
Although installing Active Solar Studs is not a difficult task, there are numerous nuances that require attention. These specifics are crucial in ensuring that Solar Studs meet quality standards and have a long service life.
Do not invert the positive and negative poles while connecting the main line to DC24V (DC 24V), and make sure that all of the installed solar road studs are lighted normally.
Connect the main line to the 600mm long, 0.5mm*2 wire diameter, two-core wire. The positive wire is connected to the brown wire, and the negative wire to the blue wire. The connector must be waterproof, and conventional active solar studs can only be attached to DC 24V, not AC 220V.
Install safety isolation equipment. The main objective of the entire project is safety, which cannot be disregarded. Everyone should be in the safety isolation facility throughout the entire dynamic construction process, whether it is a new road or an open road.
The driver, smart road stud, and smart road stud control terminal make up the three components of the smart zebra crossing road stud control system. The intelligent road stud control terminal, which can be wired or wirelessly connected to a bespoke platform for remote configuration, serves as the brain of the road stud control system. The platform or the Bluetooth APP of the mobile phone can be used to achieve the various and flexible setup techniques.
Henan Ruichen’s buried solar studs are mostly made of high-transmitting polycarbonate (PC) and aluminum alloy.
A brand-new kind of active luminous warning equipment for road traffic infrastructure is Henan Ruichen buried solar studs. It makes use of solar studs that are mounted on the rapid separation road, the road island, and the edge of the road. A visible, eye-catching, active flashing warning sign with adjustable brightness is the solar stud.
All of the integrated solar stud molds used by Henan Ruichen are original designs. With the aid of IC smart controllers, Taiwan Epistar chip lamp beads, solar monocrystalline silicon wafers, and high-temperature Ni-MH batteries, they have been creating high-quality solar studs for ten years, from installation to maintenance.
Solar road studs in the colors of yellow, red, white, blue, and green are offered by Henan Ruichen buried solar road stud. The operational mode is simultaneous flashing, constantly on, and flashing. PC mask, aluminum shell product model.
What distinguishes solar road studs from regular road studs in particular? The built-in Led bulbs are both active and passive, which is the primary distinction between Solar Road Studs and regular Road Studs. So what is the Solar Road Studs’ general application form?
Since highway construction has grown so quickly in recent years, people’s awareness of road safety has grown greater and more compassionate. Road Studs are frequently utilized on domestic high-grade highways and municipal roads as a traffic safety Peugeot. Compared to regular Road Studs, Solar Road Studs produce better visual effects.
The installation position of the solar studs should be determined, and it should be level. The roadways should be smoothed and leveled beforehand if they have cracks, expansion, or unevenness.
Method 2: Installing safety isolation facilities involves placing solar studs, which is a crucial step. I hope it won’t be overlooked by anyone.
Install the Solar Studs firmly, check that the direction is correct, clean up any excess glue, and if the Solar Studs are made of cast aluminum with feet, make sure that the hole’s diameter and depth are greater than the nail foot’s and nail’s depth by 1 cm and 2 mm, respectively.
Establish the location of the Solar Road Studs’ installation and check that it is level before you start. The roadways should be smoothed and leveled beforehand if they have cracks, expansion, or unevenness.
The most crucial part of installing Solar Road Studs is positioning and providing safety isolation facilities. No matter if the project is on an open road or a new one, everyone involved in it needs to be in safety facilities like The ratio of safety workers to installation personnel should be 1:1 for works on open roadways. The safety personnel to installation personnel ratio for work on unopened sections should be 1:3.
Particularly on road sections with complicated linear geometries and high traffic volume, Solar Studs have significantly increased tire longevity of use and anti-roll and impact performance. The risk associated with road managers managing safety is significantly reduced by vehicle driving. The base has a large hollow space where electronic equipment, such as magnetic sensors and batteries, can be added to provide signals for potential unmanned vehicles or associated automation equipment.
The analysis found that tire impact and rolling are the key factors contributing to damage to road studs. Road signs that protrude primarily come in three different shapes: sheets, reflective beads, reflective films, reflectors, etc.) are harmed. Lack of or damage to Road Studs on high-grade highways can easily result in nighttime vehicles failing to recognize lane divider signs or lane borders, which can lower driver attentiveness and result in traffic accidents.
Whether it is a highway, a municipal road, or a local road, we found that the integrity rate of Solar Stud is generally poor in real life. This is especially true for some road sections with complicated road layouts and high traffic loads, where the integrity rate is much lower than that of GB/T 24725-2009.
Solar Stud Reflectors are typically installed between lanes or close to them. They serve as a warning, direction, and source of information for nighttime driving on roads thanks to their retroreflective performance in conjunction with the traffic markings.
Factors that contribute to the technology’s reality include the installation of a reflective material on the shell, the provision of an eaves edge along its edge, and the formation of a groove along the shell’s edge where the reflective material is installed. Space separates the slots.
According to the analysis, the continuous rolling and impact of car tires is the main reason for the damage of Solar Road Studs. Road signs that protrude primarily come in three different shapes: sheets, reflective beads, reflective films, reflectors, etc.) are harmed. Lack of or damage to Solar Road Studs on high-grade highways can easily result in nighttime vehicles being unable to differentiate lane divider signs or lane limits, which can lower driver attentiveness and result in traffic accidents. Keep proper alertness for drivers in order to prevent or lessen the occurrence of traffic safety accidents.
Whether it is a highway, a municipal road, or a small road, we find that the integrity rate of Solar Studs is generally low in real life. This is especially true for some road sections with complicated road layouts and high traffic volumes, where the integrity rate is much lower than that of GB/T 24725-2009.
Solar road studs are typically placed between or next to lane separation markers. They serve as a warning, direction, and source of information for nighttime driving on roads thanks to their retroreflective performance in conjunction with the traffic markings.