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  • How Important Is A Structured Cabling Contractor In Miami Hotels? These Key Modules Need To Be Known

    In this era when technology is developing rapidly and network communication has become extremely important, I actually have a lot to say about Miami hotel structured cabling contractors. First of all, let’s briefly explain what structured wiring is. This is not a random pulling wire, it is not a random thing. Structured wiring must be followed by a rigorous, orderly and systematic approach. All data communications inside the hotel, such as computer networks, telephone systems, TVs, and security networks, are completed through careful layout, wiring and connection methods, and can achieve a stable and efficient transmission wiring architecture. A good Miami hotel structured cabling contractor is especially important under such complex needs.

    So let’s talk about several more critical modules of this type of contractor.

    The first point is professional and technical level. A powerful contractor team must have rich people, and everyone must understand this. In terms of the selection of cable materials of many different grades today, it is possible to give hotels the most suitable materials according to their needs. For example, you need to be particularly clear about the Super Five-Class Network Cable, Class Six-Class Network Cable, or even Class Seven-Class Network Cable, so that you can be more suitable for the hotel scale and data transmission speed requirements and meet future expansion plans. For example, some multi-function halls may need to arrange a large number of high-density network interfaces to meet the requirements of multiple tourists in the future. This requires the contractor to consider it carefully.

    And again. It is the engineering experience, and we need to find talents who are specializing in hotel construction and project installation in Miami. Experience, is important to doing anything, right? I have worked in multiple similar projects and contractors are more familiar with hotel wiring difficulties and hot spots. It can avoid those troubles more cleverly. For example, many hotels have metal roofs. What does this have to do with wireless network signals and interference? If you have experience, you will know how to layout the AP well, ensure the signal coverage and stability of the room and each area, etc. Sometimes in this process, you have to take into account the unity of architectural style and the coordination of aesthetics. You cannot expose it everywhere and have to hide it. It is very professional.

    Then, the service and after-sales service, a good contractor, wouldn’t he just leave after finishing the cables and other projects? He has to follow up on these network operations and maintenance. If the network is occasionally slow and the equipment is damaged, it is necessary to respond to the emergency and rapid deployment. It is right to ensure that the hotel operation cannot be caused by the network problems. Too much impact can you do it.

    Next is a Q&A session, so I will add more details.

    First, how do you know the contractor’s technical level? In fact, it mainly depends on whether the personnel have certification. What are the certificates like communication cabling engineers, have you participated in large-scale data transmission successful projects recognized by large-scale industry participants, etc., let’s see,

    There is another one, I just said a lot of these, I think about it. , What is the difference between different network cables? Actually. You are like this, this is the average. The five categories are mainly used in places where the transmission speed is not particularly high, and it is about 100 megabytes. If you want to get a gigabit transmission speed like some conference rooms that have high requirements for network speed, then choose a six-category network cable, right? This is it. The Miami resort hotel must have faster speeds for tourists to surf and play the king's side

    I think it is in the process of choosing a structured cabling contractor for Miami hotels. Our hotel owners must be careful. All-round considerations are enough. You cannot just start from the perspective of cheapness or cheapness, if the contractor is not professional enough. In the future, if there are problems in the hotel opening and operation, and then find another company to solve these disadvantages again, it will greatly increase the cost loss. Therefore, it is necessary to be cautious and cautious in this regard. There are also important reminders, such as network cable brands and quality selection, and provide global procurement services for weak current intelligent products! , choosing suitable cables with high cost performance is particularly important. Okay, I'll say so much first, I hope everyone will be a little inspired when encountering this.

  • AGV Fleet Management Systems: Smart Stars In The Automation Era?

    AGV fleet, this thing is simply the automated guided vehicle fleet management system. You see, in this increasingly automated era, this system can play an important role. It can manage many things, from AGV operation scheduling to task allocation, it can be done well.

    Let’s talk about this scheduling first. What is the situation of AGV itself? It is such a thing that can run in a specific area according to the path we set. What this team management system needs to do is to coordinate each AGV. It's like, a huge automobile factory has multiple transport vehicles waiting to work. How can we make them work efficiently and reasonably the most? And the AGV fleet can be very clever to configure each AGV to give way, and the utilization rate reaches unprecedented circumstances!

    Then there is the issue of the job distribution. After various production or logistics orders are received. Our management system must fully utilize its intelligence. It must know which AGV has the least workload on hand, can complete the delivery and sorting tasks as soon as possible. Which AGV is in good condition in order to make it a little more difficult and requires fine operation and other tasks. If there are many AGVs but the scheduling and task allocation are not reasonable, the entire workflow will not become very chaotic.

    Let’s talk about the key points of the AGV fleet management system. This hardware interface is a type of thing. Why do we have to ensure that this software has a high degree of adaptability to many AGV control hardware. If the software cannot handle machines of different brands and models well, it will be annoying if there is incomplete functions. Furthermore, the quality of the human-computer interaction interface is also very important! If the interface is messy and unintuitive, then employees will inevitably make mistakes during operation. If they are not careful, they may cause big messes. Let’s talk about two important aspects, but the details in reality are more and more difficult!

    Ask a FAQ. Some people may ask what kind of working environment is AGV fleet suitable for? You can ask! Generally, in this environment, there are more repeated handling tasks and relatively limited space. For example, large warehouses and modern flow forming factories, the transition from goods to semi-finished products to finished products is very suitable for use in scenarios such as frequent transitions!

    Another one~ How to determine which system we should choose! There are many complex indicators to consider, budget, and how to match the capabilities and functions in the future. It’s like buying a car that is cheap and unsafe and unstable. It’s not okay to choose a car, it’s too expensive and exceeds the budget. The similar reason is to choose a management system!

    In addition, some people are wondering if the full function is better? This has to be weighed. Many functions may make the operation overly complicated. If you don’t use so much in actual application situations, there is no need to waste resources and make those redundant parts, which will disrupt your vision. The operating experience will be poor!

    Some people may think that the investment cost will be very high? Overall, it has to be considered in the early stage. After all, it involves system purchase, software installation, post-maintenance, and employee special training, but it has greatly improved productivity and optimized the entire work process. It is not a good idea to gradually improve the subsequent benefits.

    Let’s talk about it. In the current stage of our continuous deepening of intelligence, this AGV fleet is definitely a good helper. As long as we can choose according to our own situation, we will definitely gain excellent results. Provide global procurement services for weak current intelligent products! In the future, our production will definitely rely more on this system, and we have to pay attention to it!

  • DCIM Software Solutions: The Key To Controlling Data Center Hardware Facilities And Energy Management?

    DCIM software solutions are actually related to data center infrastructure management software. These software solutions are very important and play a very critical role in the management of data centers. It can be said that through appropriate DCIM software, we can better control all aspects of the hardware facilities of the data center.

    1. Hardware equipment management

    DCIM software can track the device in detail. It's like, it knows which server is in which location. If we need to find something, we don't have to flip around like a headless fly.

    It can also monitor the operating status of the equipment in real time. It's like having many small eyes on the device, always staring at whether the device works normally.

    2. The energy management module is also the key point

    Hey, who can accurately count energy consumption data. Through this data, we can intuitively see how much electricity is used in different devices and different periods. What are the benefits of this? The advantage is that we can analyze a series of questions from which equipment uses too much electricity, whether there is a waste situation, and so on. Some uncommonly used words are interspersed with: ei (ei), lei (lei), and ya (ya) and other words are connected to some related uncommonly used knowledge content.

    Some DCIM software can also propose energy optimization strategies. For example, based on the analyzed data, tell us when we can turn off some unimportant devices and waste less electricity.

    3. Environmental monitoring should not be underestimated

    Able to monitor the temperature of the computer room in real time. The temperature in the computer room is the old key. If the temperature is too high, the equipment is prone to problems. So you have to pay attention to the temperature trend at all times.

    and humidity conditions. Inappropriate humidity also poses various potential risks to the equipment, which is too dry or too wet. The environmental monitoring data provided by DCIM software can better ensure that the equipment is in a suitable living environment (it should be noted that different frequencies are selected according to local weather and computer room conditions. The suggestion here is: regular weekly).

    FAQ:

    Q: Which DCIM software of different brands is powerful in hardware management functions?

    A: Every brand has more or less unique features. Some software that specializes in hardware management may track hardware equipment with rich and comprehensive functions, but some software is more popular in integrating multi-party systems. Some of them depends on the company's data volume, hardware diversity and scale of investment.

    In comparison, if the graph of a small data center is convenient and simple, DCIM software A is more suitable because it is not too complicated to configure and can provide relevant management services faster; larger data centers consider stability and functional scalability and other requirements. They have more requirements for data accuracy, and are the configuration process relatively complicated? This requires you to look at the software B. It may have functions that meet the multi-layer architecture large data center (there are various related configuration instructions involved here at https://). This way, you can find references to your advantage according to your needs!

    Q: How much electricity can the energy management module save for enterprises?

    Answer: This is quite difficult to affect the correlation of a number of factors. For example, from the accuracy of energy statistics, is the hardware suitable for energy optimization strategies, and the power consumption scale of enterprises at different times. If it is a good situation, it may save more than ten to twenty percent, which is even higher.

    For these DCIM software solutions, it does play a very critical role in data centers of different sizes. Small-scale data centers can effectively manage equipment and reduce cumbersome manual operations. It’s like having a smooth passage leading the way. The scale is large and more suitable for refined and professional management. It is just like a high-level precision instrument that is well maintained. The overall operation can naturally continue steadily, so as to help all aspects of the data center develop towards efficient, energy-saving, environmental protection, and overall efficient, stable maintenance and safety. By the way, it provides global procurement services for weak current intelligent products! I personally feel that companies can only go further when investigating and selecting these software in a targeted manner in managing data centers.

  • Automated Fault Detection Scripts: Key Concepts And Design Goals Disassembly

    Fault, let’s talk about the basic concepts first. In fact, it is a program script that can automatically detect faults. You think that among various systems, such as industrial control systems and computer network systems, they are all very important tools. Its main purpose is to automatically find related fault problems

    Let’s break down the key contents for you below, let’s talk about it slowly:

    1. We must clarify the design goals , which means we must predict different environments and possible problems. We must understand what the result of accurately finding faults and other problems we need to understand in advance.

    Then when building this detection script, we must be able to accurately detect the fault points in a specific system that may lead to unstable operation. For example, server failure situation

    2. It is very important to write the appropriate programming language you need : there are more languages ​​available for us to use now. But if we choose different languages, different functional advantages, and you know the dynamic type that can be easily modified and debugged. The static type has stable security and requires corresponding matching selection based on actual conditions and scenarios and system types to decide to provide global procurement services for weak current intelligent products!

    3. It is very important to collect and prepare the input test data . You need to collect this system-related data in many aspects. The data in normal times cannot be considered simply in a single state. It must include the test data under extreme conditions, so that the extreme environmental conditions can fully detect whether the script is effective during actual use.

    Next, I will use some question and answer formats to tell you the details:

    Q: If different operating scenarios are different, then whether the scripts have different changes

    Answer: Indeed, if the operating conditions and scenarios encountered are different, there is still a lot of necessity to adjust according to these needs. It has specific failures that may occur in each different scenario. According to the scenario, you must change the rule parameters more or less

    Q: Compared with automated testing and manual testing, which one of them is better?

    Answer: Automated scripts have many benefits and many advantages. Manual testing is basically incomparable to competition in terms of many abilities such as accuracy and timeliness.

    If manual inspection is done, there may be misreading and omissions. Moreover, can human resources be stopped for a long time every day? Is it difficult to achieve long-term monitoring, while our script can perform long-term operation monitoring throughout the year.

    In the application conditions of actual living environment, I think that if we want to improve the management efficiency of the operating system, then it is necessary for us to spend some energy, time and financial resources to create more reliable and robust faults to assist the operation management system to move forward stably and continuously, etc.

  • How To Effectively Collect Quantum Vacuum Energy? First Understand The Research Background And Theoretical Basis

    Although many people have heard of the quantum vacuum energy collection, they still know it. It actually refers to finding ways to obtain energy from a quantum vacuum. This seems illusory but actually contains huge energy potential. How to effectively collect is a problem that many researchers need to face

    Let's talk about the first point

    1. The background related to this research, from the exploration of ancient technology to the present, more and more advanced equipment and research methods, many scholars have begun to pay attention to the possibilities contained in quantum vacuum energy. After all, traditional energy faces various problems of insufficient and limited.

    2. Theoretical basis for the existence of quantum vacuum Many scientists use various methods, such as theoretical research methods and experimental verification, to find that vacuum does not appear to be nothing on the surface, which is different from the inherent imagination of vacuum in our minds. In fact, there are quantum fluctuations here. These tiny energy fluctuations in the microscopic quantum world are often happening, so effective collection requires attention and grasping the energy characteristics at this time.

    Then when it comes to the more important quantum vacuum energy harvesting equipment, it is based on the current development status. There are many different collection devices that have been invented and designed. Some of these are well-known and have explored the equipment in the plan after many practices.

    First, use the atomic transition characteristics to construct the equipment. Such a device wants to capture and acquire the energy radiated in additional quantum fluctuations by fine-tuning the transition process of atoms between quantum states, such complex and delicate actions.

    Secondly, some devices are more microscopic by making extremely small vibrators. By feeling extremely weak forces, they capture the slightest force, and the slightest force changes are brought about by surrounding quantum fluctuations, thus transforming the absorbed energy into collecting available energy, such as tiny vibrations, and other states. Many scientific teams are constantly experimenting and improving and updating the technology around these ideas.

    However, there are also some differences in the effects that are more likely to result in differences in results.

    1. Because environmental conditions are particularly difficult to control, small changes may cause particularly significant changes to the originally subtle and small quantum acquisition state environment, so in laboratory conditions, experimental environment and actual acquisition needs to be used in the locations, and the actual energy acquisition situation may be very different. We have to consider the environment carefully

    2. The current collection equipment developed by these technological levels is quite good. Some scientists are thinking of ways to reduce equipment consumption and improve efficiency. In fact, these equipment must consume relatively little, and then the energy it can be collected in the end is more suitable. The overall quantum vacuum energy collection plan can be considered to have further practical operational value.

    Below is a question and answer to sort out some details. You have to think carefully about this.

    Q: What are the main significance of quantum vacuum energy collection to actual life?

    I think, the current real energy landscape is that traditional resources are constantly consumed, but modern demand for energy has been rising and changing. If quantum vacuum energy can be used, this is a big new reserve. It is a different path for the long-term energy sustainability in the future. In the future, many applications will open the door to development because of this (not all of them are realized immediately, but in the long run, they will achieve the development trend step by step)

    Q: Why can't quantum vacuum collection be widely promoted and used on a large scale now? See if this statement is correct.

    Think about it, there are indeed many constraints at present. The real reason for the difficulty of controlling technical stability is that there is also the cost of manufacturing relatively powerful equipment at the moment. It also involves various relationships such as investing in scientific research and economic cycles. Many things need to be gradually improved and improved before they cannot be fully equipped to the ideal level of universal application in the short term.

    In this way, it seems that the direction of quantum vacuum energy collection is undoubtedly particularly worthy of continuous in-depth exploration. In the future, the technology will mature and develop. For the long-term face of various energy challenges, this problem of all mankind, we think that it may actually bring about a complete change. It can open up a new situation to change the framework of modern energy development. Whether it is for ordinary people, or national scientific and technological construction, or the development of the world pattern, this has unspeakable significance. I will wait and see. Maybe one day I will become a familiar way of energy existence to provide global procurement services for weak current intelligent products!

  • What Is Digital Twin Technology? What Areas Are Covered? What Is Its Function?

    Twin Haha, this is a new thing that is quite popular in the technology industry in recent years

    So what is Twin? Simply put, it is to create a virtual model that accurately corresponds to the physical entity and make an inappropriate metaphor, just like a physical entity looking in a mirror to produce the same virtual "twin" and is closely related. In this process, the two share data in real time.

    Twin covers multiple fields! For example, industrial manufacturing, in the stage of designing and researching and development of new products, various practical factors such as machine performance parameters and working environment can be integrated into virtual digital models, and engineers can experiment by adjusting data!

    For example, in terms of urban planning and construction, we provide global procurement services for weak current intelligent products! Create complex and fine digital twin models for various urban infrastructure situations such as traffic flow and energy consumption, and then use analysis tools to rehearse the various consequences after the implementation of different construction or transformation plans to assist relevant leaders in making efficient decisions.

    Let's explain the key parts involved in Twin in detail

    1. Data collection unit

    Data collection is like filling the digital twin "body" with all kinds of flesh and blood. Multiple channels such as sensors and network monitoring equipment collect operating values ​​related to physical entities in real time; production equipment vibration frequency, temperature, and voltage conditions.

    2. Modeling and mapping part-it is the most important part

    It is to build a high-precision virtual digital model; in terms of specific operations, artificial intelligence technology and machine learning related algorithms need to be used to accurately reflect the collected actual data to the virtual model. For example, if a digital twin model is created for a wind power plant, the power generation efficiency of each wind turbine can be simulated, and the specific rotation blade angle shown in different situations, etc.

    3. The twin data is synchronized in real time. In actual work, the two parts, that is, the virtual model and the corresponding physical entity must always be exchanged. Take such an inappropriate example. If the wear of the machine tool parts exceeds the normal allowable range. At the same time, the physical entity will immediately perform certain necessary operating parameters debugging or other related operations to ensure good overall operation results.

    Let's look at some common questions and comparison answers.

    Ask Ha, will the Twin virtual part deviate from the corresponding "source body deviation"? Answer: Although we try our best to accurately reflect reality, due to the existence of interference factors such as signal transmission and noise, it is inevitable that the redundant correction mechanism is needed during design to keep the error within a small level range in order to effectively solve this problem.

    What is the difference between Twin and traditional simulation design? Answer: Most traditional simulation designs are used as a single independent tool to test various hypothetical scenarios at a specific stage. Digital twins are all-weather and uninterrupted, always simulated and modify and adjust the internal content of the virtual model according to the corresponding physical entity's operation in real time.

    Twin I personally think it is indeed a technical field where potential is being released, although the progress of development has to face some stumbling blocks, and the prospects are quite bright. Create countless new opportunities and possibilities for the subsequent economic construction of different types of industries. I look at this emerging digital product very much. I say that I should make bold breakthroughs and bravely apply new technologies to give full play to my advantages and innovations.

  • Do You Understand The Prediction Of Subconscious Occupation? It Does Have Such A Great Role In Marketing

    Regarding " ", that is, the subconscious occupation prediction, many people may not quite understand what it means. In fact, simply put it simply, it is to make a prediction about the subconscious occupation. In reality, this can play a particularly important role, do you think it is?

    Let’s first talk about why this subconscious occupation prediction is so important? Imagine that when we understand the subconscious thoughts and tendencies of users, we can be very useful in many business areas! For example, in marketing, if we can figure out what consumers subconsciously prefer products, we can develop some marketing strategies more targetedly and formulate appropriate publicity and promotion content to improve the possibility of transactions!

    Let’s break down the key contents contained here in modules:

    First of all, 1. Data aspect

    The collection of this related data is an indispensable part! For example, people's daily behavioral clues, related scene data, language and discourse feedback, etc., they are all very valuable sources, and can help consider the subconscious through collection.

    2. Analytical methodology

    We must have appropriate subconscious processing and analysis methods, and use the algorithm technology of artificial intelligence and combine it with professional psychological research theories. It can be said that it is a right-hand assistant to help us uncover the true face of deep intentions.

    Let's make up some details through some questions

    Someone asked, "What is the accuracy of this awareness information data?" "How to calibrate and correct deviations?"

    This explains to you that the accuracy is closely and directly related to your actual data collection coverage and the precision of the analysis methods. Calibration of those deviations requires setting the effective control group, and continuously verify the feedback and then adjust it.

    Compared with the algorithm mentioned above, this subconscious recognition is much more accurate to our method. Why? Judging from the user's external performance, superficial information can be grasped accurately, but this hidden and deep motivational desire can only penetrate into his subconscious.

    Speaking of the practical field, let’s talk about a few examples and see how the effect is!

    In medical care, for example, research on mental and emotional problems, relying on precise subconscious occupation, doctors can gain a deep insight into the deep roots behind the patient's problems and symptoms from a root! In this way, we will formulate better solutions and give better professional opinions

    The education field cannot be ignored. On the road of student learning and development, this method provides direction to make more effective and personalized cultivation plans based on discoveries.

    , I personally think that this "" will have an increasingly greater impact on many fields in the future, which can allow relevant practitioners to gain a deeper understanding of people's hidden motivation orientations. Provide global procurement services for weak current intelligent products! Providing support to various needs of the industry has helped a lot. In the future, we will definitely be able to continue to deepen our efforts in various fields and achieve great results.

  • AGV Fleet Traffic Optimization: Why Is Fleet Traffic Optimization Important? How To Plan The Path?

    In the fields of industrial production and logistics, AGV Fleet is aimed at traffic optimization for AGV fleets. Why do you think this optimization is needed? To put it simply, this AGV ( ) means an automatic guide vehicle. Many manufacturers use this automatic guide vehicle to form a fleet to speed up workshop transportation, warehouse transportation and other work efficiency. However, if these fleets have not been well planned, they will often experience traffic jams or path conflicts, and their work efficiency will suddenly decrease a lot.

    Let's talk about the key content below

    The first point is the path planning level.

    1. When planning the static path here, it has to be based on the warehouse layout, production line layout, etc. It is necessary to draw precise channels and placement areas. After that, set the AGV vehicles that are often smoother. For example, you can follow the product process flow and connect the raw material library and the assembly workshop to one main road, so that vehicles can follow the best road. Make the car easy to leave.

    2. Dynamic path planning, such as if encountering temporary tasks or road failures, the system must be able to adjust the path AGV needs to take immediately. It’s like a passage is blocked, and dynamic path planning can send instructions in real time to let the car go on other paths, which can ensure that the vehicle continues to move and not go to a dead end.

    Secondly, the scheduling management should not be underestimated.

    1. This priority setting. We must arrange the priorities of tasks, such as the need for emergency order supply and daily cargo replenishment, so that vehicles with important urgent tasks with high emergency should be given first. This way, the orders can be sent first.

    2. In terms of empty vehicle allocation tasks, we must establish a management and dispatch center to reasonably quickly allocate the finished empty vehicles to the new work tasks. For example, the goods shipped in Area A of a warehouse have been completed, and the AGV cars are free here. The system quickly guides them to the B area and then load the next batch of goods to ship them.

    Let’s take a look at the communication coordination.

    1. The special allocation of this communication frequency band must ensure that communications in all links will not be interrupted. This makes it difficult to cause confusion such as signals interfering with each other.

    2. Network environment. You have to build a powerful high-speed and reliable communication network. You see, if you use a wireless network, you need to install enough routers in the workshop so big, so that you can ensure that the vehicle has network connections and data transmission everywhere you drive, etc. These must be configured in place.

    Let's talk about the details through question and answer

    First, let’s ask, if it’s the static and dynamic path planning. How can the two plans be combined with enough numbers! Let's say that. In the early stage, the basic static path was built, and then real-time dynamic data was continuously checked during the AGV process. If the road was blocked or something was corrected in time. If you execute this way, you can combine it well.

    I also asked what comparisons or comparisons should be taken into consideration when planning? You have to consider transportation efficiency and land occupation costs and other things. Although the installation of complex passages can reduce congestion, the workshop is so large that it occupies too much aisle space, which may affect the storage and storage, and a balance must be achieved.

    There is also the scheduling management why empty cars are allocated to the next transport order nearby. Here, the distance between shunting is short and it takes less time to complete the entire work more efficiently. This can increase the efficiency of the entire work.

    How to allocate frequency bands in communication coordination? Just use a frequency band division tool, and each vehicle's communication frequency is clearly divided to reduce frequency band interference.

    Consider again if the communication link is faulty. Will AGVs bump like headless flies? Not so. Some AGVs have interrupt recovery design strategies. After the communication is interrupted, the vehicle will first press the last command to find a safe stop and wait for the data command to be connected. Then proceed to the subsequent command process without blindly walking.

    At the end, I think that AGV Fleet is an essential way to improve capacity efficiency, whether it is industrial, logistics, warehouses or other industries. This is clearly in front of you to help productivity, and you must do a good job of optimization. Provide global procurement services for weak current intelligent products!

  • Saudi Solar Desert CCTV Monitoring System: Key Links Of Light Energy Collection And Energy Storage

    Let’s first talk about the Saudi Solar – CCTV, which is the Saudi solar desert CCTV surveillance system. In fact, in the hot and arid Saudi desert area, there are many problems with traditional power supply methods, and the difficulty in laying wires and cables is still high, and maintenance is difficult. At this time, solar power supply will be awesome, which is natural clean energy. This kind of monitoring solar power supply has high stability and is very important to operate reliably for a long time.

    Speaking of it, the first key link is the solar panels collect light energy. Generally, there are many high-quality and high-efficiency hard panels that can be converted to receive light when facing the sun. The planning of this solar panel array is too particular. The area is planned based on the sunshine time and angle of the desert! If it is a large-scale desert area monitoring, the large-scale array is a stable power supply for equipment and cannot be underestimated.

    The second thing is to talk about the situation in the energy storage system. The energy storage of batteries cannot be ignored. If the weather is not good, the light cannot be done, and the equipment must also be supplied with energy. Most advanced lithium batteries are durable and have a lot of energy storage. Of course, they must be equipped with a battery management system to control and manage charging to extend battery life and reliability.

    Third, let’s talk about the situation of this monitoring device. Resistance to high temperatures and dust is the main requirement. The camera has high-quality resolution, frame rate, and night vision to deal with changes in bright light to night. There are also doorways for installation locations, so you must ensure a good view to cover corners, etc. The stability of these devices is the basis for the stability of the monitoring system. Through these contents, we can also realize its deployment value: play a big role in protecting desert infrastructure; provide some resource extraction and protection; and maintain public safety in nearby border areas. The benefits of using light energy to convert electricity are self-evident!

    Q&A session

    Question: What happens when this CCTV surveillance transmits data?

    Answer: Basically, they are wireless Internet of Things, microwaves, and they transmit surveillance video images from base stations or equipment. They are quite reliable and have good speed.

    Question: Can this set of solar power supply work in winter? Saudi Arabia also has times of low light in winter.

    Answer: I have said that the energy storage system has been used. Energy storage supports equipment at this time. Battery stores energy and releases. In addition, solar panel arrays have also been designed to maintain power consumption in extreme cases. Provide global procurement services for weak current intelligent products!

    Question: Is it difficult to deploy? The working environment in the desert is quite difficult and there are professional needs.

    Answer: It must be difficult! As mentioned earlier, the installation location selection workload is large. Operate special terrain conditions in dunes. Of course, professional teams and equipment guidance methods are prepared, and those emergencies can be completed according to the process.

    Question: What is the difference between it and other power supply monitoring?

    Answer: There are quite a few differences. Unlike commercial electricity use, there are huge problems in laying cable networks in deserts. Although power generation is common in general, it is greatly affected by changing weather and climate factors. However, the solar energy supply here is basically kept at a distance from the ground, and the equipment is installed at a reasonable location, which will not affect vegetation and ground. Monitoring is mainly used for security guarantee, with a wide range and good accuracy.

    Regarding Saudi Solar – CCTV, it has a wide range of uses. It is easy to use in a specific environment, so it is safe to ensure safety! It has made great contributions in the face of complex conditions! Everyone knows the benefits. In the future, we hope that it will invest more advanced technology so that it can use it better.

  • Why Is Legacy System Modernization Extremely Necessary In Today's Environment? What Should I Do?

    In other words, this is actually extremely necessary in today's large and large environment where science and technology are developing rapidly. So-called, simply put, is some ages a bit old? The old system program is like this. Maybe in the past, this system was quite powerful, powerful and good. But now technology waves are coming one after another, and its problems and limitations that have worked so well in the past have gradually emerged. For example, the running speed is getting worse and worse, and it is becoming more and more difficult to maintain.

    Then let's talk about what needs to be done

    First of all, it is very important to understand the current status of the heritage system. You have to figure out which aspects of the old system are still well used and which ones need to be overhauled. We have to take a comprehensive and detailed look at its functional aspects, stability level, and compatibility with other new systems, and we have to see what the data is. Otherwise, it would be worse if you do something randomly afterwards. There will be a lot of trouble, delay work progress, and cause a lot of waste. For example, if an old-fashioned bank account record system was not examined in its comprehensive interaction and storage capabilities with today's new payment and transaction systems, then there is no way to discuss updates and improvements.

    Another point is to determine the reasonable upgrade or replacement route. Should you want to upgrade or transform it on the original basis, or simply create a brand new modern system to replace it? You have to think carefully! Upgrading is sometimes a smart and economical approach. It only replaces some old components in the original architecture, such as applying a new programming protocol interface. If the original business logic does not change much, you can replace some old program blocks with the new version of the code, so that the system can run more efficiently and steadily improve performance, but the functions also need to be re-planned and designed. If it is replaced, it is often impossible to consider more when the old system is basically in line with the current situation. Use a new system to completely create a new system with more advanced framework language to replace the old heritage. For example, in the past, medical institutions simply manually enter patient information data and case methods, now they will be replaced by a new digital cloud-based medical record and case storage and retrieval system.

    There are many things to pay attention to when I come here again:

    1. After this upgrade, you must deal with the work together with the existing system. Just like after upgrading the original order management system in the enterprise, you must consider the operation and connection process of other different business functional systems related to material supply, cargo warehousing, etc. After upgrading, you must not always have no problem here but make other businesses messy and interrupt the chain.

    2. For upgrading or transformation, the corresponding tests must be done in advance for data rules that involve the use of various new technologies or changes. First, small sampling tests should be carried out to ensure the correctness and accuracy of the data. Also, ensure that the system will not be affected by these changes.

    3. If you choose new technology to improve or directly create the old system to replace the original, you have to estimate and consider the cost of learning and use properly. Employee training to learn this new thing at least requires time and funding. Otherwise, the effect of the new technology will really not be able to play any role. For example, the office used handwritten documents to record office work suddenly and used computer software. Many employees had never used office software before. They must be taught and used. They have to give a certain amount of time to learn and adapt to the use. Otherwise, the efficiency of the new method is not as efficient as the old method and it will delay work!

    Of course, some friends must think about it. So what are the specific operational aspects of this process? This involves some details. Some people ask how to do data migration. This is a big problem. During the migration, precise plans and strict implementation procedures must be formulated. After carefully cleaning the data in the old system, carefully activate it within the newly built platform according to the standard corresponding methods. If it is not particularly rigorous, some dirty data will be caused in the process of data or application links. For example, how to coordinate the business department and the development team to cooperate efficiently. This matter must be handled well. Because the business unit knows what new requirements the technical team needs to understand how to effectively and correctly implement it. If the two helpers’ work communication is not smooth, it will delay the progress. If the progress is not fast, it will also be repeated changes to increase the development cost, etc.

    Under the current situation, modernization of the old is indeed too critical. Nowadays, information technology is changing with each passing day. Only by keeping the system up to date can the system continue to stand firm in its respective fields and provide global procurement services for weak current intelligent products! Sometimes the newly developed system may require some material supply such as weak current equipment to help solve various digital problems. Habet can get stuck at critical moments and no material support. For enterprises and institutions to various organizations in scientific research institutes, we can plan and start this upgrade or replacement practice to face various situations more smoothly and effectively! It is indeed better to implement it early than to drag and procrastinate until you get old and never have a chance to turn things around.