Product Information of CTECHi smart polymer battery for phone
Product Details
PL10450 is a high performance lithium ion polymer battery with many advantages such as high specific energy, miniaturization, ultra-thinness, light weight and high safety. Based on such advantages, the lithium polymer battery can be made into a battery of any shape and capacity to meet the needs of various products; and it is packaged in aluminum plastic, and internal problems can be immediately expressed through the outer package, even if there is a safety hazard , it will not explode.
PL104050 lithium ion polymer battery is commonly used in mobile phones, tablet computers, e-books, digital electronic products, because of its high operating voltage, high specific energy, long cycle life, small self-discharge, no memory effect.
104050 lithium polymer battery can be used in UAV
104050 lithium polymer battery can be used in paid
104050 lithium polymer battery can be used in phone
Product Comparison
CTECHi Group has great production capability and excellent technology. We also have comprehensive production and quality inspection equipment. Battery has fine workmanship, high quality, reasonable price, good appearance, and great practicality.Compared with similar products, CTECHi Group's Battery is more advantageous in the following aspects.
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Company Advantages 1. CTECHi polymer batterie is made of well-selected materials that conform to strict industry standards. 2. Durability: It has been given a relatively long lifespan and can retain somewhat functionality and aesthetics after long-time application. 3. Reliability: Quality inspection is throughout the whole production, removing all defects effectively and greatly ensuring the consistent quality of the product. 4. The spreading popularity of polymer battery profits by the complete sales network. 5. With strong competitive advantages, CTECHi Technology Co. Ltd's products are welcomed by overseas customers.
Company Features 1. As a professional polymer battery manufacturer, CTECHi Technology Co. Ltd is highly valued among customers. 2. CTECHi Technology Co. Ltd has li-polymer battery manufacturing technology advantages. 3. CTECHi Technology Co. Ltd is committed to supplying satisfactory support to customers. Get quote! Sustainability is core to our business. We are constantly evaluating and improving our processes with not only the services we offer our customers but our own business processes and initiatives. Our business touches the lives of millions of people and we understand that we can have a bigger impact by working collaboratively with partners. We amplify what we do internally and working collaboratively with our clients to support their corporate responsibility agendas. Get quote! The vision of CTECHi Technology Co. Ltd is to develop into a worldwide supplier of polymer battery. Get quote!
As winter sweeps across the globe, plummeting temperatures pose significant challenges for drone batteries. The performance of lithium-ion batteries deteriorates drastically in low temperatures, potentially leading to safety hazards and reduced lifespan.Understanding the Risks of Low-Temperature Battery UsageReduced Capacity: Battery capacity can decrease by up to 6% when using fast charging in low temperatures. This can lead to shorter flight times and increased risk of mid-flight power loss.Permanent Damage: Exposure to extreme cold can permanently damage the battery, even after returning to normal temperatures.Ensuring Safe Winter Drone Operation: Pre-Flight Precautions1. Fully Charge the Battery:Use a high-quality charger to ensure a full charge and optimal voltage.Avoid using partially charged batteries, as low temperatures exacerbate voltage drop.2. Preheat the Battery:Use a battery preheater to raise the temperature to at least 25°C (77°F).Alternatively, place the battery in a warm car with the heater on for a period of time.3. Inspect the Battery and Connectors:Check for any damage, deformation, or corrosion on the battery and connectors.Ensure proper contact and electrical conductivity by inspecting the metal contacts.Safe Flying Practices in Winter:1. Initial Hover:After takeoff, hover the drone for 1 minute to allow internal heat generation.2. Gentle Control:Avoid aggressive flight maneuvers that put excessive strain on the battery.3. Monitor Battery Levels:Pay close attention to battery levels during flight and adjust flight duration accordingly.4. Early Return to Home:Plan for an early return to home to avoid low-battery situations.Proper Battery Storage During Winter:1. Remove and Store Separately:When not in use, remove the battery from the drone and store it separately.2. Avoid Heat Sources and Flammables:Do not store the battery near heat sources or flammable materials.3. Temperature-Controlled Storage:Store the battery in a dry, cool environment between -10°C (14°F) and 45°C (113°F).4. Prevent Complete Discharge:Store the battery with a 40-50% charge to maintain its health.5. Regular Recharging:Every 2-3 months, recharge the battery to prevent deep discharge and maintain activity.By following these guidelines, you can significantly enhance the safety and longevity of your drone batteries during the winter season.
Drone batteries are crucial components, providing the energy needed for flight. To ensure optimal performance and longevity, proper usage and maintenance are essential. This guide explores the best practices for using and maintaining drone batteries.1. Using Drone Batteries EffectivelySelecting the Right Battery: Different drones require specific battery specifications. Choose a battery that matches your drone model and specifications.Charging and Discharging Practices: Follow the manufacturer's instructions for charging and discharging to prevent overcharging or over-discharging, which can affect battery life. Fully charge the battery before use.Avoiding High-Temperature Environments: During operation, minimize battery exposure to high temperatures, as this can shorten its lifespan. If high temperatures are unavoidable, consider using batteries designed for such conditions.Battery Storage: For long-term storage, keep batteries in a cool, dry place with a 40% charge. Regularly charge and discharge the battery to maintain its activity.Battery Replacement: Replace damaged or aging batteries promptly to ensure flight safety.2. Maintaining Drone Batteries for Optimal PerformanceCleaning: Regularly clean the battery surface to remove dust and moisture, ensuring proper connection and performance.Seasonal Maintenance:Spring: As temperatures rise, ensure battery storage temperatures remain moderate. Consider reducing charging current and discharge rate to extend battery life.Summer: In hot weather, avoid over-discharging and high-temperature environments. Use batteries designed for high temperatures if necessary.Autumn: As temperatures fall, maintain moderate battery storage temperatures. Consider increasing charging current and discharge rate to maintain battery activity.Winter: In cold weather, avoid over-discharging and low-temperature environments. Maintain moderate storage temperatures.Regular Inspection: Regularly inspect the battery for damage, deformation, or loose or corroded connectors. Replace or repair any issues promptly.Minimizing Vibration: Avoid subjecting the battery to strong vibrations during use, as this can damage its internal structure and affect its lifespan and performance.Charger Selection: Use a high-quality charger and avoid overcharging to ensure battery longevity and safety.
With the growing popularity of drones, understanding how to care for their batteries is crucial. As the power source, batteries significantly impact a drone's performance and lifespan. This article explores everything you need to know about drone batteries, including their lifespan, charging time, preheating, and swelling.1. Understanding Drone Battery Life CyclesThe cycle life of a drone battery refers to its lifespan, measured by the number of complete charge and discharge cycles. A cycle is one complete discharge and recharge. Generally, drone batteries boast a cycle life of 200-500 cycles.2. Charging Time for Drone BatteriesThe charging time for a drone battery depends on two factors: battery capacity and charging current. Higher capacity batteries take longer to charge. The manufacturer specifies the charging current. Typically, a full charge takes roughly 1-2 hours.3. Preheating Your Drone BatteryPreheating a drone battery before use prevents sudden temperature changes that can damage internal chemical components. This is particularly important in cold weather. Preheating helps the battery maintain a stable temperature, optimizing performance.4. Causes of Drone Battery SwellingSeveral factors can cause drone batteries to swell, including high operating temperatures, overcharging, and physical damage. A swollen battery indicates damage and necessitates immediate replacement.5. Factors Affecting Drone Battery LifespanThe lifespan of a drone battery hinges on several factors, including battery type, usage frequency, and storage conditions. With proper care, drone batteries can last for several years.
Every power station has faced its fair share of challenges and rigorous safety tests. From enduring thousands of bumpy rides in a Jeep to being subjected to extreme temperatures in the trunk of a car, these stations must maintain stable output in demanding outdoor environments. The battery cells, often likened to the "heart" of these stations, play a crucial role in providing reliable power. Just as a healthy heart is essential for proper functioning of the body, safe and efficient battery cells are paramount for the operation of power stations.In the energy storage field, two commonly used battery cell types are lithium-ion batteries with ternary cathodes (LMO/NMC) and lithium iron phosphate batteries (LiFePO4). While ternary lithium-ion batteries offer higher energy density and longer range, they have lower cycle life and poorer thermal stability compared to lithium iron phosphate batteries. Safety considerations make lithium iron phosphate batteries the preferred choice for many applications, especially in demanding environments.CTECHi, a leader in the industry, made the strategic decision to adopt lithium iron phosphate battery cells across its product line as early as 2018. Despite facing challenges such as higher research and development costs and a lack of mature technology solutions, CTECHi remained steadfast in its commitment to prioritizing safety. The company recognized the importance of ensuring that its energy storage products are not only efficient but also durable and safe for users.By using lithium iron phosphate battery cells, CTECHi's power stations offer not only high power generation efficiency but also long cycle life, with some models capable of up to 3000-5000 cycles. This translates to lower operating costs for users, making the investment in CTECHi's products economical and sustainable over the long term.Furthermore, CTECHi's battery cells undergo stringent quality control measures, including laser welding technology to ensure tight and secure connections. This reduces the risk of component loosening, wear, and short circuits, enhancing the overall safety and reliability of the power stations.As the industry moves towards standardization and regulation, CTECHi remains at the forefront, actively participating in the development of industry standards in China. The company's dedication to safety and innovation has positioned it as a trusted provider of energy storage solutions both domestically and internationally.