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  • Dream-Enhanced Security: How Important Is It To Dream To Strengthen Security And Build A Stable Security Architecture?

    About Dream- This is actually the general meaning of dreams to strengthen security. Why is it said that dreams strengthen security? It should use some means to improve the original security guarantee. We can understand that we have further strengthened our efforts on the basis of ordinary safety guarantees.

    First of all, in terms of this Dream-core, we need to build a more stable security architecture to be segmented one by one. The first is the equipment's own security prevention system. With this guarantee, you can say "no" to those external devices that accidentally break in. If the equipment itself has serious safety shortcomings, then the dream of strengthening safety will be discounted

    Let’s talk about the permission management system, and the permission division must be particularly detailed. If the division is unreasonable, unauthorized people can do anything to obtain operational permissions, and the consequences are unimaginable. For example, some employees of unrelated units can read important financial confidential documents at will, which is simply a mess.

    What does it mean to achieve complete density and privacy in data transmission mean? The data transmitted at both ends of the sending and receiving ends must be recognized by the relevant parties and understand each other. The unaware party sees it like a bunch of useless symbols. If someone wants to intercept information and obtain illegal use.

    Dream- Medium equipment monitoring should be normalized

    Network access authentication must be strict and diversified

    Cloud data preservation and disaster recovery backup must be planned well.

    About Dream- Some misunderstandings need to be clarified. Many people think that if the equipment and many digital locks and software detection limits all kinds of defense systems are met, they will be solved once and for all. In fact, this is not the case. Even if the level of standardization and formal construction in many aspects is good, it may be invalidated instantly with the transformation of new technologies.

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    Next, let’s talk about the question and answer format. For example, some merchants will ask if Dream is currently only used for small and medium-sized facilities- Is it appropriate? It can only be said that early configuration may be more correct. It is not strictly necessary to apply to large institutions. Small and medium-sized enterprises also have security vulnerabilities. When there are conditions, it is beneficial to introduce early security guarantees.

    Compare Dream- Compare with original security protection. The original one is either too rough, and the system is simply equipped with a one-story or a limited two-story mechanism. For example, some old buildings register information when entering the door. Nowadays, bad people have many methods to target invasion. If Dream is the case, many mechanisms are established to make security more secure.

    As for the design aspect, what would happen if there were fewer functions during design

    Leave some specific monitoring and prevention functions. If there is no point to be protected just now, it will cause a blank or weak area of ​​protection. Bad people may enter the equipment through various means to secretly modify data or simply destroy the overall operating environment of the equipment line. In short, in the future, security will definitely be towards continuous strengthening and updating. Everyone must have a long-term understanding, and security must consider long-term issues.

  • What Is Black Hole Data Recovery? Key Module Detection And Fault Condition Analysis

    Well… Many people don't really understand this Black Hole Data. Conceptually speaking, after the data "disappears" as if it fell into a black hole due to special reasons, it is like it has fallen into a black hole, and we use special means and special methods to retrieve the lost data, right. It is a particularly important operation for many people!

    Let’s talk about the key content. The first module is to detect which part of the test. You need to figure out what kind of data is that it “falls into the black hole.” First of all, the hardware is damaged, and this is troublesome! For example, if the hard disk is physically damaged, the motor is not very smart, and the disk is clicking and the situation is clicking. This requires experts with professional tools and rich maintenance experience to take action! We need to make a precise judgment and accurately find the damaged location.

    Another module is aimed at the software failure status. You think if the operating system suddenly crashes and the program accidentally deletes the wrong file, causing the data correlation path to become messy, you have to restore the original data index and repair the file system structure that has problems. Let's talk about professionalism. Generally, mainstream file systems such as ext4 and NTFS must be repaired to their original appearance.

    Another important module next is data acquisition and repair. After the previous inspection and diagnosis, the situation can be clarified, fragmented data can be extracted through tools. Different storage media should use different corresponding tools and methods. You should carefully turn and search for old-fashioned hard drives, and there are other high-tech things to do with SSDs.

    Next, I will have a question and answer. Some people may ask, is the difficulty of recovery of different memory? The difference is far! There is a huge difference between ordinary memory and hard drive! Simple drops of RAM and SRAM can recover quickly. With the existence of complex and various factors, mechanical hard drives are another scene! Some problems are sudden and need to be dealt with urgently, and some are easy to be slow

    Someone asked again what if the data is overwritten? If it is covered for a short time, it is possible to restore it through specialized technical means. However, if the new data completely replaces the old data clearly, it will be "it is hard to save the gods"!

    And what if the data is lost in the network disk cloud? Some cloud platforms have their own garbage station backup and recycling mechanisms, so can they be retrieved. However, some data disappears when it enters the cloud, and it is difficult to deal with this kind of data.

    Why are the recovery costs of different companies vary greatly? Conscientious people pay attention to technology and labor costs. They just want to make profits. Good technology and equipment are all high-end tools. The company will definitely have high prices.

    Does anyone need to do something after the recovery is successful? We must make good classification planning of data, take safety defense measures, etc. Otherwise, what if there is any situation in the future, what should I do?

    I personally believe that Black Hole Data is really a big deal! We must do a good job in data basic backup work to minimize the risk of loss. In this way, we will not be able to do it in a "slight" manner. If you really encounter an irreversible situation, you must use advanced methods to remedy it. At the same time, when you encounter big trouble, you must choose a good professional service.

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  • What Is A Utopian Prototype Design Platform? What Are The Benefits? Can It Help Product Design Verify Feasibility?

    Let’s first talk about the so-called utopian prototype design platform, which is actually a type of platform that can be used to make various prototypes, and has been used a lot in some innovation and research and development fields. This platform can help people simulate scenes that are only available in the real world, and also create various product design prototypes. For example, if there is a designer who is engaged in product development and designing products, he wants to see what the vague and somewhat abstract creative idea in his mind will look like after it is implemented. He can use these special prototype design platforms to turn ideas into a physical or virtual thing that is more considerable and observable and can actually verify feasibility.

    So what are the benefits of this type of platform? First of all, it saves time. You need to know that in the past, you need to go through various traditional steps to make this product. For example, you first prepare these raw materials little by little, and then slowly use physical tools to carve and polish them little by little, and make them into models. This set can't be completed in ten or eight days. Sometimes when you encounter some fine model and lack experience, you probably invested in R&D and design for half a year and couldn't get it. But now using the utopian prototype design platform is different. Designers don't have to worry about it. Just click various settings on the operating screen on the computer. You can quickly give a rough sketch concept, and then gradually refine it. Soon a basic model will appear in a basic state.

    Then! It saves costs. In the past, in addition to the labor costs you need to spend, you also need to buy a lot of professional raw materials and various equipment tools. Some high-end tools are very expensive and expensive. If you buy them, you will only use them a few times after you go back! It's not worth it. But now, with the help of this virtual network, a utopian prototype design platform, the basic thing is that a computer and a corresponding platform account cannot cost much to start. Neither you have to build a factory and make production space like before, and buy a bunch of idle equipment and tools. Basically, they are software-based and intelligent, and they all achieve a lot of cost savings.

    Let’s talk about their key roles and key links. The main thing is to design functional modules and these positions. A platform that is easy to use and perfectly uses, must have the design capabilities covering diverse functions! For example, if you have the 2D graphics drawing function, if you want to make an electronic product, you may initially use the 2D function to design appearance drawing. There is also this 3D modeling function! For some product prototypes that need to achieve three-dimensional effects, it is like designing a robot appearance prototype and other 3D functions to help a lot. There is also the animation simulation function that builds an animation simulation function. If you want to explore how a software interacts with users and interacts with each other, the animation simulation function can make the action steps visible and observable at a glance!

    Let’s talk about some common aspects and easy to misunderstand things. What are the common and easy to misunderstand? The question links are the questions and answers. Some beginners are many new design newcomers who are confused. First of all, they will think whether this type of platform is very useful and particularly complicated? Actually, it is not. There is no such complex utopian prototype design platform. The main purpose of many platforms is to pursue the easy-to-understand process and steps as much as possible. It also starts from the perspective of zero-basis users as much as possible. After simple basic training, I will find the manual and practice it a little.

    Then, the second question is, someone will ask? If I say that my design skills are not strong, what can I do well on this platform? Can I use this platform to design a prototype of the product? Don't be too afraid to worry about this. As long as there are some basic creative ideas, concept logic, what are the expectations and goals to achieve? Basically, the platform is like your assistant and assistant. Helping to transform these ideas into interactive prototypes on the platform may not necessarily be something that top, especially professional and highly professional technical skills can do. Just give a hundred thoughts to try

    Also, everyone is concerned about what if the product prototype on the platform is far different from the imagined effect and is inconsistent! If it is not as good as the expected effect, remember that these prototype platforms are great. The biggest use is that they are verified and explored. The problem is discovered. Constantly adjusting according to the situation can make various changes. If you find that the deviation is too large, you can reverse the problem. What changes are needed and which links are needed! After gradually iterating and revising, you can naturally make a product prototype that matches the expected results. It has a very good effect!

    As for providing global procurement services for weak current intelligent products, if some friends develop their business! For example, through the utopian prototype design platform, you find that you need to purchase some specific physical equipment and components. After your career development, you can verify the physical and physical product and other products. You can go to them (the service content is very good. It is also very beneficial for your company to move towards international development. Global exchanges and cooperation.

    In my opinion, such utopias like prototyping platforms can be said to have completely changed the field of product creative research and development. If the process of fixed and slow research and development is used properly, many large and small enterprises can take many initiatives in their own markets, and can also promote the global exchange of experiences of product designers and sharing and exchange activities to flourish! Therefore, no matter whether it is an individual developer or a large enterprise group, it must be paid attention to using these new network tool platforms!

  • Digital Factory Integration: Combining Digital Technologies For Better Factory Operations?

    , that is, the of in a . Er, let's see, it's all about using these tools and to make a work . more and all that. You know, how from the on the floor to the off-site forms this whole in this world we're in today.

    Now then, let's break down this into some key parts or , you might say.

    1. First off is the part about the … such as , those kind of . These are like the of the . They the tasks, doing the labor as it were, but in a way. can be and to the .

    Like for , a CNC . That thing is down to fine it the

    2. Then there is the side of it all. This the , the even the that and the of the .

    is for all these tasks in such a way that there's idle time and . up work , which batch of goods be first – all those

    3. . This parts of the to talk to each other. it's the on the shop floor or the and sales stuff can

    all over the all kinds of data, like, and then send them back, so that if there might be an issue with a, can be taken

    , now let's get into some and bits here.

    1: What's the of a?

    : Well, can ramp up for sure.A of like means there's a of error data can be from where it's being, out for human error from.

    2: Can small also? Of they can. It's not just the big that from this . There are of based tools and in the now – one at a cost for small sized on a tight scale. So small can get bit by bit with this with a lot of

    3: What kind of might occur stage?

    Well, in terms of can turn up. does not get along all that well with the if from . But pre – and can help to avoid these.

    Global procurement service for weak current intelligent products!

    is the that any be at . With in out there, more for and are . It's a to in order to and in the today.

  • Abu Dhabi Sovereign Cloud Security Sovereign Cloud Security Concept And Module Explanation

    Let’s first look at the concept of these things related to Abu Dhabi Cloud. This sovereign cloud security is not about sovereign cloud security that can be understood in just one or two sentences. In fact, it is about ensuring the security of the cloud environment in a specific region. It is like having its own special framework scope. You have to run various systems in this area, and its security mechanism is to prevent accidental breaking of glass.

    Let's talk about it in detail in modules

    1. Things at the security technology architecture level

    1. You need to have that sharp confidentiality technology. Some confidentiality technology can wrap your data tightly. You can’t even peep outside! And different levels of encryption data must be protected! You have to be more advanced

    2. Regarding intrusion prevention measures, we must build a defensive wall as stable as the Great Wall. We cannot easily take advantage of loopholes and get in. It must monitor abnormal traffic changes in real time! Those data flows that want to break into our yard with ulterior motives can be found at a glance!

    2. In terms of compliance, it is necessary to cooperate with different regional regulations.

    1. Dhabi area has a certain scope for data storage and flow. You cannot put data here or send a wave of illegal data out there. You must follow the regulations and follow the steps to ensure that the entire data process is standardized and legal. Make sure that sensitive information like that is tightly locked in the regulatory cage.

    2. Cloud computing service providers must have security certification that meets the standards. They are not just casual cats and dogs who can wear a big security cap and say they are safe. They must apply for approval of compliance rules from government departments and other relevant matters.

    3. There is also a set of personnel management, so what about this employee…

    1. We have to take safety education courses for employees. The work responsibilities and safety responsibilities at each level must be clearly divided. You cannot mess up your job powers and make them confused. You must let them know that there will be big consequences when using a wrong data thread. This is very important.

    2. Then, for third-party cooperation participants, there is a set of access control procedures. If you don’t register clearly, you won’t be allowed to enter. Third parties cannot just swagger in and break the rules and touch the baby information, documents, etc., etc., you must be very careful to maintain.

    Many doubts are linked to the details. Listen to the following Q&A carefully:

    Q: What if the encryption technology fails and the data is leaked?

    Answer: Just hurry up and have an emergency response plan! For example, isolate the affected system module to prevent bad things from expanding. At the same time, we trace back which link is a link to fix the bugs, and then conduct a special detailed review and analysis of all aspects like anatomizing a frog can prevent the second occurrence.

    Q: Why is compliance so prominent in sovereign cloud security?

    Answer: Compliance is a very important legal support and rules of conduct. If it is not compliant! If the data is tortured to the limit, you will face serious punishment! Maintaining data stability is the top priority of regional governments. If we abide by the rules, we can drive the data car in the safe channel smoothly.

    Another comparison is that the application of Abu Dhabi Cloud of different sizes is different. Small companies may have weak budgets and weak points. This set is not so easy to configure, but it has a life-and-death effect on their own data; large companies have a complete configuration, but the related data circulation and security accidents in multiple departments have caused a wide range of avalanche effects. Fortunately, the basic funds are strong and the repair is easy.

    I think Abu Dhabi Cloud is really important here! You must do all aspects carefully like treating baby eggs, and each module process must be firmly grasped! Once you ignore a small gap, it is very likely that a thousand-mile dike will be destroyed by an ant hole. We must always tighten the string of data security and sovereign cloud environment security. Provide global procurement services for weak current intelligent products!

  • What Are IP Audio Solutions? How Wide Is The Application Scope? What Are The Advantages?

    OK, let’s talk about this IP Audio. What exactly is this IP Audio? Simply put, it is a guy's business that uses the Internet to transmit sound. Audio signals, music, speech, etc. are transmitted to each receiving device through the network. This plan has many benefits.

    Take the application range as an example, it is amazing. For example, in a large shopping mall, you want to create a cheerful and comfortable environment through background music, or broadcast search messages, etc. This is definitely based on IP Audio – different areas and rooms can still play different content in different periods, and partition control has its unique advantages! There is also a school. It’s so old that the school’s notifications are too old. Even if you can ring bells in and out of class, those ancient and complex equipment can be managed well by using this thing. How convenient you can tell me!

    Speaking of its functional level, the output and playback of high-definition audio is no problem! The sound is pure and nice noise. The background sound is almost non-existent. It is really super clear. If you want to get this good voice experience, you must not forget the network environment and network bandwidth, and the sound quality is stable. But don’t break the network, it will be meaningless. Next, its remote control function is very powerful! Managers don’t have to stay in the local area, you just need to be in a place where you can connect to the Internet in the world. Oh, pick up a device that can access the Internet. The mobile phone is pretty good. You can command and control the machine that controls the IP Audio after logging in with the APP or client! This is simply cool!

    Next, let’s talk about how to deploy IP Audio. 1. I have selected equipment selection. For example, the audio encoder and decoder are filtered and matched according to our own on-site and software systems – you can't just find some unsuitable things to go up. This is a bad thing. The wiring is a big deal. This is a certain professionalism. The network line needs to be stable and compliant, such as laying requirements – you can't make a line run in a mess, but the signal is bad, and the sound quality will not sound too good. The third is the most important thing is system construction! Software configuration installation, debugging, and optimization must be done carefully and a little error may make the final effect very different – that's all, what's the application mode of IP Audio? I'll tell you this, there are many patterns here. In the centralized management mode, most of the control and allocation tasks are handled by the central management system so that it is convenient and fast and unified. Each receiver runs according to the instructions; distributed management is different, it is more personalized. Receivers in various places have the right to manage their own scope. That part is decentralized and independently control their own local playback matters. Oh, what do you think about the difference between centralized and distributed modes? How can you choose the appropriate procurement plan according to your needs? If the places where the venue does not change much, the fixedness is better, like a supermarket or a factory. Then focus on those mature product models with fixed specifications and high cost performance and beautiful things. It is very important that the cost cannot be suppressed. If the changes are large, the use scenarios are complex and the continuous update and improvement, then you must give priority to the powerful expansion solution. Suppliers have technical advantages and can work with us to transform software equipment in the future

    Speaking of this, there are many ways to explore IP Audio! Overall, I think this is a very amazing and practical tool in the current digital age – it is convenient to solve various difficult problems when transmitting audio, which can bring more flexibility and selectivity. In the future, it will definitely become more and more popular. I think this is an inevitable situation! Provide global procurement services for weak current intelligent products!

  • Lunar Regolith – What Is Shielded Cabling? What's The Purpose? Come And Find Out

    Speaking of this Lunar -, that, to be honest, let’s first understand what it is. This Lunar – is a cable protection method for the lunar environment. You see, in the special environment of the moon, all kinds of factors are relatively complex and have a huge impact on the cable. Like radiation, under various extreme conditions, this ordinary cable is useless

    So what's the good thing about this thing? Let's talk in detail.

    1. It first relies on this Lunar, that is, the surface material of the moon, to directly shield the cables… You think, a special texture and composition of the surface material on the moon can block a lot of radiation shot from outer space. This protection plays a particularly ineffective role in the signal stability transmitted in the cable. For example, in future lunar base communication, if the cable cannot effectively resist the influence of radiation, then the quality of this is a problem, not… For example, some remote monitoring and real-time contact with the earth base, if there is a problem in the signal, it will be over.

    2. Secondly, under this measure, it can help the cable be more stable in terms of temperature. We know how different temperatures on the moon are so outrageous. The temperature is too high during the day, right? The temperature is so low at night. This kind of protective cable can offset some extreme temperature effects to a certain extent, helping to keep the internal workings of the cable in normal state. In this way, the electronic components of the cable will not be scrapped due to excessive temperature changes, and the service life can be increased a lot accordingly.

    Let’s talk about some points to pay attention to when designing. Before designing such cables, those engineers must always analyze the moon's environmental data in detail. If the data is inaccurate or incomplete, the entire design plan will be out of the question. See how high the radiation intensity is, when will the peaks and troughs occur, otherwise your cable design protection will not meet the requirements, hey…

    Then here are a series of questions that everyone will ask…

    Q: What is the special difference between this Lunar and the commonly used cable shielding method on earth?

    Answer: This is what hehe, hehe, generally speaking, cable shielding on the earth considers electromagnetic interference, and most of them use metal materials to shield these things. But the moon is much more complicated. Look at it. In addition to electromagnetic interference, radiation is a super key and important factor to consider. And there are various technical means on the earth that can ensure relatively stable points such as temperature and humidity. Special designs are required on the moon for extreme temperature changes…

    Q: Will the cost of this kind of cable be extremely high

    Answer: To be honest, that's right, it's really much higher than ordinary cables… After all, it involves manufacturing the special environment of the moon, hehe. For example, if you find an appropriate method to use local materials on the moon as shielding, the cost can be controlled. If you rely on bringing all the materials from the earth to process them, you'll bite, the cost will soar…

    In my opinion, um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um um After all, smooth communication and normal energy transmission are all inseparable from such cables with good shielding and protection measures. Oh, oh, I feel that the future development will be promising… yeah… Oh, yeah, yeah.

  • Measures To Prevent And Control Desertification Are Very Important. Vegetation Restoration Must Be Paid Attention To, And Careful Maintenance Is Indispensable.

    Speaking of this, we need to have a good talk about measures to prevent and control desertification. Desertification is no small matter, it is the place where vegetation was originally able to grow well, gradually becoming like a desert, dry and deserted, and no grass grows. The impact on our human life and the balance of the entire ecosystem will be severe.

    First of all, vegetation restoration must be taken seriously. Do you have to plant trees and grass that are suitable for local growth? So what kind of suitable one is the best choice for choosing some drought-resistant and deeply rooted vegetation varieties. Just like the Halaxy tree, this thing is particularly resistant to beatings, can survive well in a drought environment, and can also consolidate sand. After planting saplings one by one, you still need to carefully maintain them later. Watering, pest removal and other tasks are not careless until these vegetation can grow well and independently.

    Let’s talk about land and water management. Water is extremely precious to desolate land, so we have to find a way to maximize the effect of the water. We need to get some irrigation facilities and systems to make reasonable arrangements to ensure that the land can absorb water as evenly as possible and supply it to vegetation. We also need to build retaining walls and terraces to prevent soil erosion. We need to build retaining walls and terraces to better store and fix the land.

    And lifestyle changes. Many times, overgrazing and land reclamation will accelerate the land to the desert.

    Let's think of a few common questions:

    Question 1: How to judge whether to choose the right vegetation to be implemented? In fact, it is more appropriate to examine the growth status of local native vegetation and refer to the planting experience in areas with the same climate. We can refer to it for useful vegetation planted in climates like in some Central Asian regions. Compare those inappropriate varieties that blindly introduce external areas. The effect is completely different

    Question 2: Where is the reasonable location for building a retaining wall? In fact, the main focus is on setting the defense line in areas where soil erosion is prone to occur, and the slope is relatively large or the possibility of heavy rainstorms hitting more targeted work. Compared to random location settings. The efficiency will be much higher

    In the process of controlling desertification in action, different social entities like the government, enterprises, and the people must be united! The government can formulate various prevention and control plans and systems, and then provide some financial support and help for prevention and control work; on the one hand, enterprises can invest in technical research and development to provide technical strength for prevention and control work, and on the other hand, they can change the rough and unreasonable production and development method to avoid endangering the land environment because of their own profits! The people should do their own part to protect the environment, greening and afforestation and avoid unreasonable land use. The whole people take action to take the "bone" of desert, which will always be gnawed down slowly, and one day the green will return to these dilapidated places. I also wish more and more regions can say goodbye to the desert. I personally always believe that as long as I persist in managing those lands, I will gradually get better. After all, there are many desert-like places that have gradually changed

  • Sleep Monitoring Systems: What They Are And Why We Should Pay Attention?

    Sleep are that we pay more to. Well, a sleep , so to say, is like kind of an um that can keep tabs on of our sleep yeah. You know like how long we sleep, the of sleep we go OK.

    Now, let's break it down a bit more. First , these are of a whole host of data. Such as the time we doze off, which gives us some idea about our daily sleep onset that could be by who-knows sorts of like the day or might play part. , they the body sleep. If you toss or turn an , that could some form of in sleep. Maybe there's in your diet, or issue needs . Third , the of sleep , REM, and non – REM, etc. Each stage has their own , we can tell from them more about the depth and total of our rest in as well.

    List of that well to good sleep :

    1. : Look , the of , data is . That we read from the would be a true of what our sleep for are done.

    Some , track eye too. To it based on . More kinds multi-, for .

    2. : Who doesn't want easy ?

    They need to be -free, part of our .

    can stay on us whole night with say. They could come in sizes and of even, . Some can also sync with our . Gives us data , right on when most times, at spot and even if.

    3. : Sleep, works well with a of ?

    Must with as well makes . No later after ! solid, to keep in with new or on track it all time too every long run .

    Q&A bits now:

    Q: What's get from sleep every day over like in terms ?

    A: every sleep long , you might spot up our sleep has over time seen. This could also hint at in an early stage time fully .

    Q: I'm more about , safe are safe?

    A: Most Sleep goods apply high stuff users etc. Some take , to data safe . Well go to avoid later on side worry basis.

    Well, when it comes down to it from my , sleep to my eyes have a role in care of your . With date , handy use and make them solid thing on in sleep whole . all kinds ever for needs too even more any needs you may have all time here from me.

  • Solar Powered Closed-circuit TV System Has Attracted Attention, And Key Components And Energy Storage Selection Need To Be Paid Attention To

    In today's security field, Solar-CCTV, which is the solar-powered closed-circuit TV system, is attracting more and more attention. It relies on solar energy to convert electricity to maintain CCTV operation. It can effectively reduce the dependence on traditional power supply. You can show off your skills in some places where power is inconvenient to lay, such as remote mountainous areas and outdoor monitoring points.

    Let's break down its key points carefully

    1. Solar panels: The key component is solar panels. You have to carefully choose according to the actual environment and electricity consumption. The lighting duration should be calculated accurately. If there is insufficient lighting, you must choose a board with high conversion efficiency and larger area to accumulate sufficient power in the subsequent storage and accumulation. Moreover, the quality of the board must be good to resist wind, sun and rain, and the performance is definitely not good.

    2. In terms of battery energy storage: You need to choose an adapted battery to store solar energy, this guy! There are many options for lead-acid batteries, lithium batteries, etc. There are many different models. For example, the energy density of lead-acid batteries is average, but their price is affordable. The energy density of lithium batteries is higher, and the cost is more expensive. For battery capacity, we have to consider the local average sunshine situation and the power consumption of the equipment at night. The planning must be meticulous to ensure that the equipment is constantly powered by energy sources. In case of power outage, the impact monitoring will be stopped.

    3. Controller link: This control component is extremely useful. The main purpose is to prevent the battery from overcharging. If it is fully charged, it must be overcharged, and it must be avoided in such a bad state. If it is used until it is not powered, it will continue to use it. And so on, the functions must be comprehensive. Accurately adjust the charging process between the solar panel and the battery. You can't mess around. Otherwise, the problem of battery loss will be too fast, which will reduce the overall application cycle of the entire system and will be much shorter. This requires a controller that meets the standards in various aspects such as reliability and stability. The quality cannot be dealt with incorrectly, and this has a great impact. To be honest, it is very important.

    Let's talk about questions and answers

    Q: Some people say that this thing is more expensive than traditional ones? Comparative answers: The initial equipment procurement, installation and debugging process is calculated, which is more expensive than using traditional powered CCTV. You have to spend some money to buy equipment components and have special plans to install them. You have to carefully consider the arrangements for solar energy. This fee is not to be missed and you have to pay attention to it. From the perspective of long-term battery life, energy costs basically no longer exist, and there is basically no solar energy, but it is free. After using it for a long time, the total cost can be greatly reduced. It's a good idea to see

    Q: This system is not good at Continuous Yin Tianxia, ​​right? Answer: In general system design, battery storage capacity planning is done. I will consider counting several rainy days in a row, how to use it in such a situation? Hehe, if there is insufficient planning, you can choose to increase the battery capacity or add other power supply facilities to assist in backup equipment such as adding micro generators, etc., in various ways to ensure stable operation to the greatest extent possible. It is not necessarily impossible to deal with it in Yintian.

    Some people wonder whether it is not authentic and stable to rely on solar energy alone? In fact, with the update of technology, as mentioned above, many difficulties such as energy storage, how to ensure the stability of the controller's ability is enhanced, these are not problems. I personally think Solar-CCTV is a very friendly tool for flexible and adaptable power supply, especially for many scenarios where power is inconvenient to be arranged. It is worth promoting and using it. Many places should be tried. And provide global procurement services for weak current intelligent products! In the future, if you want to do this, you will have a good channel for global materials and other materials, which is an advantage.