The latest technology is about how researchers have developed a new “intelligent compaction” technology. This, when integrated into a road roller; can assess in real-time the quality of road base compaction. This means improved road construction, reduced potholes, and lower maintenance costs. This latest technology that reduces potholes, can lead to safer, more resilient roads.
As shown in the picture above, months of heavy rain and flooding have made it possible for us to see the importance of road quality. We are plagued with potholes and road subsidence when we have poor road construction. This not only causes tire blowouts and structural damage to cars and trucks, but also increases the chance of serious accidents.
Developed by a research team from the University of Technology Sydney; the team leader of this study was Associate Professor Behzad Fatahi, who is the head of geotechnical and transport engineering, alongside with Professor Hadi Kahbbaz, Dr. Di Wu and Ph.D. student Zhengheng Xu. This innovative machine-learning technique, which processes data from a sensor attached to a construction roller, is the latest technology that reduces potholes in implications.
Comment on the research study, Associate Professor Fatahi said; “We have developed an advanced computer model that incorporates machine-learning and big data from construction sites to predict the stiffness of compacted soil with a high degree of accuracy in a fraction of second, so roller operators can make adjustments,”
According to civil engineers, motorable roads are composed of three or more layers. These layers are rolled and compacted. Soil makes up the subgrade layer, this is complemented with natural materials such as crushed rock, and finally asphalt or concrete on top. How the mixture of soil and moisture conditions can result in under-compacted or over-compacted material.
Conclusion
This latest technology that reduces potholes aims to reduce the damages done to vehicles and incurred by vehicle owners. This would go a long way in promoting economic development of a country, tourism, , reduce budget on road construction each year and lower high risks of road accidents and make citizens live longer. We really think it is a game changer.
Researchers at Nanyang Technological University, Singapore (NTU Singapore), have developed a device that can generate energy from wind as gently as possible and store it as electricity. This device is known as a “light-breeze energy source.” When this device is exposed to the wind, with a velocity of two meters per second, it can generate a maximum of three volts and a power of 290 microwatts. This energy is capable of powering a commercial sensor and sending the data to a mobile phone.
The durable device, called a wind harvester or light-breeze energy source, can store energy in the form of electricity when not being used by a battery in the absence of wind.
The researchers believe that the new device can replace batteries in powering light emitting diode (LED) lights and structural health monitoring sensors. They are used in urban settlements to monitor the health of buildings like skyscrapers, bridges, banks, etc., allowing engineers to notice the physical damage on the structure. The device can be mounted on the sides of buildings in urban areas and would be good for buildings with enough wind power.
NTU researchers have developed a small-scale energy harvester, which could be used to power sensors and electronic devices. The device is self-sufficient and would only require occasional maintenance. It does not use heavy metals, which if not disposed of properly could cause environmental problems.
wind harvester
The innovation has received interest from different industries that are interested in the discovery. The NTU university is also trying to commercialize their invention. The study has help in reducing electric waste and has also find alternative sources of energy.
Riding The Wind
NTU researchers have developed a device that harnesses efficient wind energy at low cost and with low wear and tear. Its body is made of fiber epoxy, a highly durable polymer, with a main attachment that interacts with the wind. This causes charges to be formed on the film, and an electrical current is formed as they flow from the aluminum foil to the copper film. In laboratory tests, the NTU-developed harvester could power 40 LEDs consistently at a wind speed of 4 m/s.
Conclusion
NTU Singapore has developed a low-cost device that can harness energy from wind as gentle as a breeze. The device, called a wind harvester, also diverts any electricity that is not in use to a battery, and stores it in a battery. NTU scientists say their invention has the potential to replace batteries in powering light-emitting diode (LED) lights and structural health monitoring sensors. The research team is also in the process of filing for a patent with NTUitive, NTU’s innovation and enterprise company.
Going back and tracing the statistics of the robotic world, researchers have bent on designing robotic hands that mimic the dexterity of human hands in the ways they grasp and manipulate objects. But one of the major downsides of the earlier versions of these robotic hands is that they lack the ability to withstand the physical impacts that can occur in unstructured environments. A research team has now developed a compact robotic finger for dexterous hands, with the perk of being capable of withstanding physical impacts in its working environment. That is to say, a robotic finger that can withstand physical impact is now possible. What great news!
Since robots are known to often work in environments that are unpredictable and sometimes unsafe. It is impossible to avoid physical collisions; especially when these multi-fingered robotic hands are required to work in an unstructured environment. These are situations in which obstacles move quickly or the robot must interact with humans or other robots.
It has been noticed in the past that the energy generated by these physical impacts can damage the hardware systems of the robotic hands. Since they are rigid in structure, and therefore can be easily damaged by physical impacts and collisions. The research focused on designing robots equipped with sturdy, dexterous hands that can withstand the kinds of physical impacts mentioned here. The team worked to create a robotic finger, a mimic of the human finger in dexterity and also in its ability to absorb and withstand physical impacts.
Speaking to the public about the Robotic finger that can withstand physical impact; Yiwei Liu, a professor at the Harbin Institute of Technology, China said, “This will enable the dexterous hand to have better mechanical robustness, thus solving the problem that the rigidly driven dexterous hand is easily damaged by physical collisions in unstructured environments.”
Just as in the human body, where the muscles’ natural stiffness and flexibility vary depending on the task at hand. By creating a variable stiffness actuator system, current robotic hand technology mimics this. This approach of using such designs in these systems makes the robotic hand’s dexterous characteristics possible. The inclusion of the variable stiffness actuators works to bring human-like flexibility and stiffness adjustment to the robotic hand, depending on the task to be performed. Making possible a robotic finger that can withstand physical impact.
This is a huge step in the development of robotics. IF this can be made to be interfaceable with human beings, it can play a major role in assisting people with disabilities. People like war veterans who lost an arm in wars can now be proud. Let us know what you think in the comment section.
At the University of Chicago, researchers discovered a way to make a material that exists in the form of plastic and also conducts electricity more like a metal. The discovery made by this group of scientists enabled them to create material, by disassembling the molecule fragrant and disordering it as well, but can still conduct electricity as well.
The research that this scientist has made goes against the rules of conductivity according to some scientist. Wow! a material form of plastic and metal. This findings that the researchers has made is like seeing a vehicle moving on a water without sinking in the water. though this research is extra-ordinary and it would be very useful in science research and would be use to create something extra-ordinary.
No Dependable Prove To Explain This Theory
Conductive material are basically important in making electronical devices, be it a mobile gadget or a television. copper, gold, aluminum has been the longest conductors for more than 50 years now since it was first discovered. Using a chemical treatment known as “doping,” which sprinkles in different atoms or electrons through the material. This set of metals are more beneficiary compared to the tradditional metals because they are more flexible and can be easily processed, but they are not stable.
organic metals and some traditional conductors have some common terms. They are made up of straight, closely packed rows of atoms or molecules. electron can easily flow trough such as bike moving on the high-way, in such a way that scientist that this is the only way for electricity to flow efficiently.
Then a researcher called xie went on experimenting on a research he found years ago but was largely ignored. He strung nickel atoms like pearls into a string of of molecular beads made of carbon and sulfur, and began testing.
To his surprise, the material he made conducted electricity and did not only conduct electricity but was more stable compared to a metallic conductor. to the scientists surprise, the molecules structure were disorder and it clearly shows that it is not a metal.
In effort to comprehend how the substance may carry electricity, Xie, Anderson and their team collaborated with other researchers from different departments at the university. they believed that the material layers up like lasagna’s sheets as a result of experiments, computer simulations, and theoretical research.
the discovery suggests a fundamentally new design principle for electronics technology, researchers say. “It’s almost like conductive play–doh– you can smush it into place and its conducts electricity,” Anderson said. the scientist are excited because the discovery suggests a fundamentally new design principle for electronics technology.
Conclusion
This goes against all the rules we know about what makes a material conductive. The finding could lead to a whole new class of conductive, flexible and robust electronic materials. It was published Oct. 26 in Nature. The material is disordered and forms layers, like sheets in a lasagna. “It’s almost like conductive Play-Doh,” one researcher says. Researchers are exploring how the material might be processed to make devices.
It looks so easy when a bird lands on a tree, but it is not as simple as it looks. It would need steady timing, high-impact forces, speed, and precision in order to achieve that aim. The act of a bird landing is so complex that no newly invented bird-like robot has been able to achieve that aim. It is said that robots are one of the most accurate inventions of man, but yet they have not been able to master how to land like a bird.
Raphael Zufferey is a postdoctoral fellow in the Laboratory of Intelligent Systems (LIS) and Biorobotics ab (BioRob) in the School of Engineering. Once it can land autonomously, he says, it has the potential to carry out specific tasks, such as collecting biological samples.
The researcher also add the ability for the robot like bird to land on a perch would be more efficient for the ornithopters like many Unmanned Aerial Vehicles (UAVs) have a little life time of battery. They recharge using solar panel which make them able to work for long range missions. This is a significant step toward deploying flapping-wing robots, which can currently only fly freely, for practical uses.
Improvements Made on This Design
This design comes with increased robot-like power and speed; thereby reducing its weight and speed also. “The problem in landing an ornithopter without commands of its operator would be in need of managing many physical factors that nature has balanced so well. The bird-like robot have to slow down so significantly as it perch while still maintaining its flight. The claw of the robot need to be strong to grasp the perch and to maintain its weight”. Zufferey notes. “That is one reason we went for a claw instead of two. The ornithopter needed to smell its environment and the perch in front of it in relation to its position, speed and trajectory.
The ornithopter is fully equipped with a fully on-board computer and a navigation system and is also upgraded with motion-capture technology, which determines its position. The leg claw was finely calibrated to compensate for the up-and-down oscillations of flight. The robot claw was made to quickly and firmly close in order to support the robot’s weight and absorb the robot’s forward momentum upon impact. Once perched, it stays perched without using any energy.
The flights are carried out indoors in order to have a controlled flight zone with good localization from the motion capture system. In the future, we will increase the robot’s capability and autonomy to perform perching and manipulation tasks outdoors in a more unpredictable environment.
Conclusion
The act of a bird landing is so complex that no newly invented robot has been able to achieve that aim. It would need steady timing, high-impact forces, speed, and precision in order to land on its tiptoes or even just wing tips like a real bird.
Today we will talk about security cameras and the 10 key places to set up your security cameras around your home. Please read all the way through to get the full picture. Alright, let us begin.
1. At Your Front Door
At Your Front Door
This is one of the most obvious spots when it comes to where to place security cameras at your front door. This goes well with a video doorbell, which gives you the ability to check on who is at your front door before they are granted access to come in to your house, at any time.
2. In Your Living Room
In Your Living Room
This location is critical for configuring your smart security camera. It helps deter potential break-ins. The animal enthusiast in me, though, has a hunch that your dogs and cats like to sprawl out on the couch while you’re away from home.
3.In your hallway
In your hallway
At night, hallways become dark and vulnerable to strange noises. Mounting a smart security camera somewhere in the hallway will eliminate the need to get up late at night and check on that crash you just heard. Instead, you’ll be able to check your camera’s live feed, or see if it has recently recorded any motion.
4. In your kitchen
In your kitchen
Everyone has been there. You’re already late for work, and you’re frantically driving into the office. Suddenly, a moment of panic barges in and you wonder if you left the oven on. Instead of having to drive home to check, a well-positioned security camera in your kitchen will have exactly the answer you’re searching for.
5.In your backyard
In your backyard
You might be wondering why we’re discussing installing security cameras in the backyard. It might be risky sometimes to come out at night to check on your surroundings. It will be better if you have a security camera somewhere hanging in your backyard because backyards are very dark and scary at night sometimes.
This spot is also good to mount a security camera. so that you can see the person coming to your house when he or she arrives.
7.Above your garage
Above your garage
Depending on the configuration of your home, the garage is the first line of defense when it comes to home security. Because people pass though garage to have access to come in to your home i mean by snick in to your home.
8.In your garage
In your garage
We added a security camera here for you to be able to see when your vehicles arrive and depart. It will be easy to trick your vehicles into your garage safely.
9.Down your side yard
Down your side yard
You may be too tired sometimes to check your surroundings. For this spot, your security camera can help you check what is below your fence without moving out of your building.
10.In your nursery
In your nursery
You are aware that not all parents agree that their child should be with them. For that we mount a security camera that makes you look up to your child while he or she is in his or her nursery
So far we have seen key places to set your security cameras around your home. These are places that a vital for your home security, and shouldn’t be ignored. If you have more inquiries about how to install CCTV cameras, you can leave us a comment in the comment section below. Thank you.
What if robots were subject to taxation in the United States? According to the theory, since robots have the potential to replace jobs, a high tax on them would encourage businesses to support employment. Bill Gates and some organizations support the payment of taxes, that is robots are subjected to taxes. A high tax on them would encourage businesses to support employee retention while also making up for a reduction in payroll taxes when robots take over. In contrast, European Union authorities contemplated a robot tax but decided against enacting it.
The best course of action in this case of subjecting robots to taxes, according to research by Massachusetts Institute of Technology (MIT) economists who examined the available data, would actually include a small tax on robots. The same holds true for trade tariffs, which the study concludes would also result in fewer American jobs.
Arnaud Costinot, an economist at MIT and coauthor of a study explaining the findings, believes that “our conclusion implies that taxes on either robots or imported goods should be very minor.” “Robots nevertheless result in moderate, optimal taxes, notwithstanding their impact on income inequality.” According to the report, trade taxes should be between 0.03 percent and 0.11 percent given current U.S. income taxes, while a tax on robots should be between 1 percent and 3.7 percent of their worth. Study co-author: “We had all the components for this to be a significant tax, but for now, we find a tax in the one-digit range, and for trade, an even lower tax.”
A Statistics on Wages
To understand how robots are subjected to taxes; One important aspect of the study is that the researchers did not begin with a preconceived notion about the merits of taxes on commerce and automation. Instead, they used an “adequate statistics” approach and looked at the available empirical data. But would this help if robots are subjected to taxes in the future?
For instance, a study by Boston University economist Pascual Restrepo and MIT economist Daron Acemoglu found that from 1990 to 2007, adding one robot for every 1,000 workers decreased the employment-to-population ratio in the U.S. by about 0.2 percent; each robot added in manufacturing replaced about 3.3 workers, while the rise in workplace robots decreased wages by about 0.4 percent.
In conducting their policy analysis, Costinot and Werning drew upon that empirical study and others. They built a model to evaluate a few different scenarios, and included levers like income tax.
Costinot and Werning based their policy analysis on this empirical investigation as well as others. They created a model to assess various situations, and they added other tools for tackling income disparity, such as income taxes.
Though they are not ideal, Werning argues, “We do have these additional instruments for dealing with inequality.” We believe that talking about taxes on trade and robotics as if they were our sole weapons for redirecting is erroneous. To access the necessity for robot and trade taxes, the researchers explicitly analyzed wage distribution data from each of the United States’ five income quintiles (the top 20%, and so on).
Costinot and Werning have attempted to estimate the pay-distribution of goods and services based on their economic models. The benefit of this is that they don’t need to make too many assumptions about how these goods or services are earned, or how much they cost.
What is Beyond Robots, a Talk About Climate Strategy And More
Werning and Costinot: After many more robots are added to the economy, the impact that each additional robot has on wages may actually decline. At a future point, robot taxes could then be reduced even further, they say. There is increasing empirical work on, for instance, the impact of climate change on income inequality, as well as similar studies about how migration, education, and other things affect wages.
Conclusion
A new MIT study examines whether robots should be subject to taxation in the United States. Since roots have the potential to replace employment, a high tax on them would encourage businesses to support employment. The study concludes that a small tax on robots would result in fewer American jobs.
It is easy to make money online these days. Anyone can make money online using cryptocurrency like Bitcoin, Ethereum, Dodgecoin, Cardano, AMP, Elongate, Iota, Moonshot, Polygon, etc. You don’t need to know about the technical and confusing terminologies or innovations in the field of cryptography before you can start making money online. In this blog post, we’ll show you five simple methods to do so, just ensure you read until the end.
1. Cryptocurrency (Bitcoin) Mining
1 bitcoin is worth thousands of dollars
Basically, this process is all about validating cryptocurrency transactions, and minting new coins from block. The different mining hardware ranges from GPU to ASIC, etc. In Bitcoin mining, the bitcoin miner uses the Bitcoin mining hardware to solve randomly generated complex puzzle using electricity and computational power, and then you will get compensated in Bitcoin if you successfully solve the puzzle first before any other person in the network, that is why most times it is referred to as Bitcoin mining. This requires the use of cutting-edge hardware that can solve computational problems pretty fast.
Bitcoin mining machines
However, there are many challenges encountered with how to make money online with cryptocurrencies through bitcoin mining, one among which is, it requires a lot of power (electricity), and it requires high processing speed computers to get the best out of the process. We recommend you opt for this if you think you have what it takes. To simply get start, follow the link on the Bankrate bitcoin mining company
Bitcoin mining
2. Investing In Crytocurrency
investing in cryptocurrency is a nice niche to look at
This investment method is also known as the “long-term strategy of buying and holding” cryptocurrency assets over time. Here, this buy-and-hold method is generally well suited for cryptocurrency assets. However, these crypto assets are risky in the short run, but have immense potential growth at the long-run. Two popular cryptocurrencies known for this type of behavior are Bitcoin and Ethereum. These two cryptocurrency assets that have shown long-term price increases; you can consider either of the two if you intend to invest in cryptocurrency for the long term. It would be wise to invest in these two and “hold” over a period of time.
3. Cryptocurrency Staking
staking crypto
Cryptocurrency staking is a way of validating crypto transactions. When someone stakes, it means the person owns coins but he/she don’t spend them. The person can lock this cryptocurrency asset in a wallet; a Proof of Stake network can then use that person’s coins to validate transactions. Once this is done, the person will receive a reward for it.
staking cryptocurrency
In another words, the cryptocurrency staker is lending coins to the network, which allows the network to maintain its security and verify transactions. They will be rewarded the same way a bank rewards its customer for a credit balance. The Proof of Stake algorithm chooses transaction validators based on the number of coins a person has to stake. It is much more energy-efficient than crypto mining and does not require expensive hardware.
4. Awesome Cryptocurrency Trading
Another way of making money online with cryptocurrency is through trading. Investing is a long-term endeavor based on the buy-and-hold strategy, while trading gives a short-term opportunity to make money with cryptocurrency.
With the volatile nature of the cryptocurrency market, the prices of assets can increase and decrease dramatically over the short term, hence you can buy and trade and make money. With good analytical and technical skill, you will make a successful trader. All you need to do is, analyze market charts on the performance of the listed assets so that you can make accurate predictions about price increases and decreases, just like it is done in the FOREX market. Online platforms like Binance, Coinbase, Robinhood are good for cryptocurrency trading.
5. Cryptocurrency Content Creation
some writers are paid in crytocurrency
Most people and online bloggers have learnt how to make money online with cryptocurrency in 2023 by writing and blogging about cryptocurrencies. They are sometimes associated with crypto-platforms that pay them in cryptocurrencies, which they then convert to dollars and profit from. So you can write about a specific cryptocurrency or about cryptocurrency.
Conclusion
We have been able to address various way to make money online via crytocurrency in 2023. We would love to hear more from you about what you think.
According to a Japanese study involving over 18,600 men and women, drinking more than two cups of coffee per day may increase the person’s risk of death if the person has severe hypertension or a related medical history. The results of the study showed that drinking one cup of coffee or one cup of green tea does not increase the risk of cardiovascular disease associated with high blood pressure. However, because some people with more severe hypertension are more vulnerable to the effects of caffeine, its harmful effects may outweigh its life-saving benefits, increasing the likelihood of death. This study b the researchers found out that people who were much younger that consume more than two cups of coffee and also consume much cholesterol without having much effect on them
In contrast, the researchers found that consumption of one cup of coffee or one cup of green tea per day—both of which contained caffeine—did increase the risk of death from cardiovascular disease at any blood pressure measurement. According to the U.S Food and Drug Administration (FDA), an 8-ounce cup of green or black tea contains 30–50 milligrams of caffeine, while your 8-ounce cup of coffee has a range of 80–100 milligrams.
Green tea may be beneficial due to polyphenols, which are micronutrients with healthy antioxidant and anti-inflammatory properties found in producers (plants). The researchers noted that polyphenols were the reason why only coffee consumption was associated with an increased risk of death in people who have hypertension, despite green tea and coffee, which contain caffeine.
The goal of the study, according to its senior author, Hiroyasu Iso, M.D., Ph.D., M.P.H., director of the Institute for Global Health Policy Research, Bureau of International Health Cooperation, and National Center for Global Health and Medicine in Tokyo, Japan, and professor emeritus, was to determine whether the known protective effect of coffee also applies to people with various degrees of hypertension. To their knowledge, this is the first study to discover a link between drinking two or more cups of coffee per day and cardiovascular disease mortality in individuals with severe hypertension.
When the force of blood pushing against blood vessel walls is excessive, high blood pressure results, forcing the heart to pump blood more forcefully than it is capable of. It is measured in mercury millimeters (mm Hg). Hypertension is defined as a blood pressure value of 130/80 mm Hg or greater in the most recent blood pressure recommendations from the American Heart Association and the American College of Cardiology.
The ACC/AHA recommendations do not exactly match the blood pressure criteria used in this study. Researchers divided blood pressure into five groups: low (less than 130/85 mm Hg), high (between 130 and 139/85 and 89 mm Hg), grade 1 hypertension (between 140 and 159/90 and 99 mm Hg), grade 2 (between 160 and 179/100 and 109 mm Hg), and grade 3 (more than 180/110 mm Hg). In this study, severe hypertension was defined as blood pressure readings in grades 2 and 3.
At the beginning of the research of drinking more than two cups of coffee per day may increase the person’s risk of death if the person has severe hypertension, there were more than 12,000 women and over 6,570 men who participated in the study. Participants’ ages ranged from 40 to 79. The participants were recruited from the Japan Collaborative Cohort Study for Evaluation of Cancer Risk, a large prospective study of people residing in 45 Japanese municipalities, carried out between 1988 and 1990. Data from the participants’ physical examinations were also gathered using self-administered questionnaires that inquired about diet, lifestyle, and medical history.
Trough 2009, almost 19 years of follow- up, cardiac mortality were documented. Analysis of data for all participants showed that:
People whose blood pressure was 160/100 mm Hg or greater were twice as likely to die from cardiovascular disease if they drank two or more cups of coffee per day compared to those who did not.
In no blood pressure category was a daily cup of coffee related with a higher risk of dying from cardiovascular disease.
Across all blood pressure groups, drinking green tea was not linked to an increased risk of cardiovascular disease death.
The assumption that patients with severe blood pressure should refrain from excessive coffee intake may be supported by these data, according to ISO. “because people with high hypertension are more likely to die.”
The study has several limitations, including the self reporting of coffee and tea consumption, and the use of a single point of measurement for blood pressure that didn’t account for changes overtime, and the observational design that disallowed the creation of a cause-and-effect relationship between coffee intake and the risk of cardiovascular disease in the individuals with extremely high cholesterol.
Additional research is needed, according to the experts, on the effects of coffee and green tea consumption in people with high blood pressure as well as on the effects of coffee and green tea consumption abroad.
Conclusion
This research has brought to light how drinking more than two cups of coffee per day may increase the person’s risk of death if the person has severe hypertension. It is worthy thing to note. Let us know what you think in the comment section.
The faculty of Materials Science and Engineering at UNIST has triumph in manufacturing solar cells breakthrough with potentially high effective, steady, and scalable perovskite solar cells (PSCs) via vacuum deposition apparatus, a method of fabricating organic light-emitting display devices (OLEDs). A research team, which was led by Professor Hyesung Park, has found out that their research would be more efficient and stable for mass manufacturing of cells, whose expectations is to further increase the profit orientation commercialization of the (PSCs) according to the researchers.
In this study, the researchers team displayed an highly effective and steady PSCs with a vacuum-processed Ruddlesden-popper (RP) stage. By being in charge of the deposition rate of the RP phase perovskite, which straightly impact its crystallographic orientation, the research organization which was led by professor hyseung park successfully acquired a really organized 2D perovskite passivation layer. The 2D perovskite layer passivated the bulk perovskite flaws and advanced the charge transport efficiency in the PSCs. as a result of this research, the BABr (v) inverted PSC has obtained a champion PCE OF 21.4% in the scoring device with an outrated humidity and thermal firmness. this figure is by the highest ever obtained for PSCs formed by vacuum deposition. In addition, it has been able to show a long term operational stability, such as retaining 62% of its initial PCE (average) when operated for 1000 hours under 60-70% relative humidity at room temperature, without the device encapsulation.
“Our findings provide a new perspective toward further improving the performance of PSCs by mitigating nonradiative recombination pathways in perovskites,” noted the research this study, has also be endowed by the Basic Science Research Program through the National Research Foundation of Korea (NRF), funded by the Ministry of Science and ICT (MSIT).
Conclusion
Researchers have found a way to make the solar panel to be convenient to people such that it would be more efficient, steady and less consumption of powers by using the PSCs. this method is really efficient for mass production of batteries.
