From CP073040 to CP1005050: Power Glory's 40+ Standard Models of Pouch Cell Batteries
In the showroom of Yichang Power Glory Technology Co.,ltd, there is a display board that shows the CP073040 Pouch Cell battery, which is smaller than a fingernail, on the left and the CP1005050 large-capacity battery, which is much larger, on the right. This difference between "small" and "large" is not only a matter of physical size, but also an extreme test of a company's R&D strength and manufacturing capabilities.
Power Glory's comprehensive product portfolio
As a solution provider with 22 years of experience in the lithium micro-power field, Power Glory currently boasts over 40 standard models of lithium manganese pouch batteries. Combined with lithium manganese button cells (CR series), lithium manganese button cells (PH series), lithium manganese button cells (HT series), lithium fluorocarbon (BR series), lithium aluminum alloy rechargeable batteries (ML series), and lithium manganese cylindrical batteries, this forms Power Glory's product matrix. Through these model codes, the outside world sees not only a rich product portfolio but also a flexible intelligent manufacturing "combination punch" to cope with external uncertainties and meet diverse needs.
In today's era of explosive growth in IoT terminals, power supply demands often tend towards two extremes. Power Glory's comprehensive product matrix demonstrates its ability to navigate effortlessly between these two extremes.
From 0.7mm to 10000mAh: Unlocking the Technological Secrets of Miniaturization and Power
At the pinnacle of "miniaturization," Power Glory has launched ultra-thin batteries as thin as 0.7mm and products with a micro-current discharge of 0.25mA, specifically designed for smart healthcare and wearable devices. These applications demand batteries with extremely low power consumption, ultra-long lifespan, and exceptional reliability. Particularly in the medical field, Power Glory's micro-batteries are not only precisely sized but also mercury-free, environmentally friendly, and leak-proof, ensuring patient safety.
At the pinnacle of "power," Power Glory's products also excel in handling the instantaneous updates of electronic shelf labels and the high-current pulse demands of tracking devices. For example, the CP series soft-pack batteries support a maximum pulse current of 5000mA and a maximum continuous current of 3000mA, with capacities ranging from a minimum of 25mAh to 10000mAh. CP073040 represents ultimate thinness and lightness, while CP1005050 represents powerful performance.
From its humble beginnings to its current prominence, Power Glory's pouch batteries have precisely penetrated core sectors such as intelligent transportation, smart healthcare, and intelligent security. Behind this success lies Power Glory's profound understanding of the essence of manufacturing: in an era of fragmented customer demands, simple large-scale standardized production is no longer sufficient to meet market needs. Therefore, Power Glory has implemented a comprehensive strategy of flexible intelligent manufacturing.
The first move in the "combination punch" of flexible intelligent manufacturing: production capacity
Stepping into Power Glory's Yichang production base, nearly 40 production lines are operating at high efficiency. This is one of the largest button cell battery production bases in China. Conventional production lines can produce 120 to 130 batteries per minute, while the industry's first high-speed production lines have increased this speed to 200 batteries per minute. Behind this high-speed operation is the ability to quickly switch between different models and specifications of products. Whether it's standard products or customized products requiring advanced processing, Power Glory can achieve rapid switching without sacrificing efficiency.
The second move in the "combination punch" of flexible intelligent manufacturing: R&D capabilities
In terms of breakthroughs in customized R&D, flexible manufacturing is not merely a physical adjustment of production lines, but a profound extension of R&D capabilities. When foreign companies imposed patent restrictions on wide-temperature batteries, Power Glory, through a collaborative "industry-academia-research" model with major universities, introduced and cultivated advanced talent, increased R&D investment, and adopted a multi-pronged approach, ultimately overcoming the challenges of ultra-wide-temperature battery technology. This capability enables Power Glory not only to provide standard models but also to conduct forward development from electrochemical systems to physical structures based on customers' specific application scenarios.
From "Regular Troops" to "Special Forces": How does Power Glory Technology prepare for emerging industries?
From CP073040 to CP1005050, this is not merely a physical leap between two model codes, but also a microcosm of Power Glory's efforts to build core competitiveness in the micro power supply field. A complete range of standard models acts like a well-trained "regular army," covering most common market needs; while the "combination punch" of flexible intelligent manufacturing enables the company to deploy "special forces" to execute customized tasks at any time.
With emerging industries such as the Internet of Things, the low-altitude economy, and humanoid robots poised for takeoff, the role of power supplies as the underlying support is becoming increasingly crucial. Power Glory is leveraging this network woven from specialized, refined, and innovative technologies, flexible production lines, and deeply customized services to continuously solidify its leading position in the lithium micro power supply field, injecting a continuous stream of power into smart hardware innovation in China and globally.
