In the 18th century, due to the booming trade in Europe, merchants were committed to investing in factories, purchasing raw materials, and inventing new machines in order to obtain more lucrative profits. With the invention and application of steam-driven machinery, the manpower-based production process was gradually replaced, resulting in the mechanization of the production process, which led to the first industrial revolution. With the evolution of the times, various new technologies have been invented and have been successively cited in the industrial field. For example, the invention of power system and internal-combustion engine-related equipment led to the occurrence of the second industrial revolution and the invention of electronic devices. Leading the industry into the third industrial revolution, every industrial revolution has greatly increased the factory's production capacity.
Since 1990, with the development of information networks, the atmosphere of globalization has gradually taken shape, and information exchanges in various regions have become more frequent, allowing people to quickly obtain a wide range of information and have more options. The competition in the product sales market is becoming more and more fierce, and each manufacturer has to accelerate the launch of new products in order to win, leading to shorter and shorter product life cycles. With the continuous development of the regional economy, the living environment has gradually improved and the price level has also continued to rise. As a result, the labor costs required for production have also risen, resulting in a gradual decline in industrial profits. In order to cope with the trend of globalization and shorter and shorter product life cycle, while simultaneously addressing the rising labor costs and the production pressure brought by green environmental protection, the German government proposed a high-tech strategic plan - Industry 4.0, designed to assist the manufacturing industry with computers. The ultimate goal is to create a smart factory with adaptive and high performance.
In general, the definition of intelligence is to have the ability to sense, to be able to transfer information, to be able to make decisions and memories, and finally to be able to produce actions and behaviors in accordance with decisions. The operation of the factory is composed of two parts: management and manufacturing. Therefore, the goal of the Industry 4.0 smart factory includes intelligent management and intelligent manufacturing. In order to meet the needs of Industry 4.0 - smart factories, IEI Industrial Computer has introduced a series of solutions that can be divided into two parts: intelligent management and intelligent manufacturing.
In the intelligent management part, IT-related products are mainly provided to assist customers in sensing and digitizing plant information. At the same time, a network system is established for the transmission of digital information, and then the information and concentration of the MES and ERP systems at the upper level are used to generate information. The decision is finally sent to the production site to execute the order; for example, in the production process of a product, the warehouse manager first uses the PDA bar code scanner to perform feed sensing and transmits the information to the control room through the network device. In the MES system, the MES system determines the production process and related schedules according to the production line status, and then transmits the results to the tablet computer on the production line. The on-site operator then dispatches the work order for manufacturing. Through the digitization of information in the production process, managers can keep abreast of the progress of production, and can analyze the effectiveness of production, identify problems in a timely manner and continue to improve production efficiency.
In the intelligent manufacturing segment, provided by the IEI Group specializing in automation companies - Yangwei CNC provides the intelligent control related products needed for production equipment to help customers perceive the status of currently processed items and collect them through bus I/O data. And industrial network transmission, send information to the control computer, operate through the intelligent control software in the computer, and then send the relevant action instructions to each drive original, so that the processing equipment, robot or AGV on the production line is unmanned The car carries out operations to complete the manufacture of the product; for example, a group of industrial cameras are placed in the front section of the assembly line, and the camera picks up the images on the production line, and then intelligently judges the type of the article and the angle of rotation of the article, and finally informs the manipulator that it will The item is grabbed to the designated location and the item is adjusted to the desired posture. This series of actions includes the important elements of intelligence: perception, decision-making and action. This technology can be expanded and adapted. It can be applied to various applications that require intelligent production, and can reduce manpower requirements on the production line and increase The reliability of product production, and can quickly expand production capacity based on production needs, to achieve the ultimate goal of smart factory establishment.
OREMA EFB Battery: Innovation and Excellence in Automotive Batteries
The OREMA EFB battery, specifically engineered for cars equipped with advanced start-stop systems, plays a pivotal role in the auto industry. As a specialised Automotive Start Stop Battery, it flawlessly powers vehicles fitted with this system, ensuring seamless transitions between stops, starts, and idling phases.
Designed for a wide array of vehicles, this range expands to cater to popular European models with DIN style maintenance-free batteries, as well as Asian manufactured vehicles, for which low maintenance flooded batteries are an optimal choice. The diversity of choices reflects OREMA's engagement towards providing highly specialized batteries to meet different vehicle needs.
The key element that differentiates the EFB battery from others is its unique design and composition. It utilizes a new type of alloy, a novel lead paste formula, and a cutting-edge separator. This innovative blend has been meticulously crafted, resulting in remarkable improvements in various significant aspects of the EFB battery.
One significant advantage is the battery's service life – the blend of new alloy, lead paste formula, and the separator fortifies the battery against wear and tear, prolonging its useful life significantly. This makes it not only a cost-effective choice for users but also contributes to sustainability efforts by minimizing waste.
Then comes the aspect of water loss, which has been significantly reduced, thanks to RIMA's novel blend. The substantial decrease in water loss constitutes to the battery's longevity and overall improved performance, even after extensive use.
Moreover, the OREMA EFB battery showcases impressive improvements in low-temperature starting. Ensuring your vehicle starts with ease regardless of the temperature is fundamental for any efficient battery, and RIMA EFB battery excels in this by demonstrating great starting power under low temperatures. This essential feature ensures the vehicle is ready to go whenever it is needed, marking its reliability.
The aspect that makes the OREMA EFB Start Stop battery stand out is its long cycle life coupled with the high starting power under low temperatures. Its efficiency during frequent starts makes it ideal for hectic city life or regions with colder climates where vehicles require more energy to start and run.
In summary, the OREMA EFB Start Stop battery is more than just a power source; it's an embodiment of advanced technology and careful design, tailored specifically for cars with advanced start-stop systems. Its unique formula results in a long-lasting, high-performance battery that ensures reliability under diverse conditions, making it an optimal choice for modern automobiles.
General Feature
Ultra-low internal resistance separator to reduce battery self-discharge
Strongest starting burst, low temperature, or low state of charge can still start the engine
Durable grid design, less water loss, prolonging the service life in a high-temperature environment
Using high conductive lead alloy casting andwelding,through-wall welding technology, highcurrent starting performance is good
2x higher cycling endurance
EFB Battery,EFB Start-Stop Battery,Automotive Start Stop Battery,EFB Car Battery,EFB Automotive Battery
OREMA POWER CO., LTD. , https://www.oremabattery.com