PD 100W Super Fast Charging Power Bank Case 8-Cell 21700 Battery Holder for Mobile Phone Power Supply High-Brightness LED Light… Vairāk

Semi-finishedproduct : Yes Data Record : Yes High-concerned chemical : none Shape : Rectangular Electronic : No Type : Fast Charging Power Bank Case Model Number : Fast Charging Power Bank Case DIY Supplies : Electrical Brand Name : diymore Origin : Mainland China Style : Fast Charging Power Bank Case Certification : CE,RoHS A set: Parameter Compatible Batteries: 3.7V flat-top, unprotected ternary lithium 21700 batteries Battery Configuration: 2 in parallel, 4 in series (all batteries must be identical) Note: The battery casing must not be damaged. Carefully identify the positive and negative terminals and do not install them incorrectly, as this may cause a battery short circuit or even spontaneous combustion! Effective Battery Pack Voltage: 12.5V–16.5V (Note: Voltage drop increases with more series connections) Built-in input overvoltage and undervoltage protection; integrated output overcurrent, overvoltage, and short-circuit protection; built-in battery overcharge, over-discharge, and overcurrent protection; built-in IC over-temperature protection; DC Port Output Specifications DC1 Specifications: 5.5 × 2.1 DC2 Specifications: 5.5 × 2.5 Output Voltage: 3.3V–24V (multi-point voltage adjustment or continuous voltage adjustment available) Note: Only the DC port supports voltage adjustment; it cannot be used simultaneously with the USB and Type-C ports. When multiple ports are in use simultaneously, the output is limited to 5V. The DC function is normally open and normally closed; once enabled, it remains active and cannot be automatically turned off. To turn off the circuit, switch back to USB mode Output Power: 100W (MAX) Output Current: 5A (MAX) Button Controls: Press and hold the power button to enter DC mode; press the left or right function buttons once to adjust the voltage range; press and hold the left or right function buttons for continuous voltage adjustment USB Output 5V/9V/12V/15V/20V/3A; Supported Fast Charging Protocols: SCP; UFCS; PE1.1; PE2.0; AFC; QC3+; QC3.0; QC2.0; FCP; SFCP; SVOOC, and VOOC (requires a fast-charging cable with a recognition chip); Note: Charging for most smartphones is limited to 10V/3A (30W); when multiple ports are in use simultaneously, only standard 5V charging is available; Type-C Output PD 100W 20V/5A (supports laptop charging recognition mode) Recognized fast charging protocols: PD 3.1; PD 3.0; PD 2.0; 5V/9V/12V/15V/20V-3A; Supported fast charging protocols: PD 3.0; PD 2.0; PPS; SCP; UFCS; PE 1.1; PE 2.0; AFC; QC3+; QC3.0; QC2.0; FCP; SFCP; SVOOC and VOOC (requires a fast-charging cable with a recognition chip); PD charging cables without a recognition chip typically limit most smartphone charging to 10V/3A (30W); those with a high-voltage recognition chip generally support 9–20V (up to 45W); Note: Simultaneous output to multiple ports does not support fast charging; Type-C Input Supported fast charging protocols: PD 100W 20V/5A (PD 3.1; PD 3.0; PD 2.0); 5V/9V/12V/15V/20V-3A; PD 3.0; PD 2.0; PPS; SCP; UFCS; AFC; FCP; SVOOC and VOOC (requires a fast-charging cable with a recognition chip); Supports 5V charging and discharging simultaneously; Note: If your phone’s proprietary protocol does not support fast charging (USB without fast charging), you can use PD charging (Type-C output). The PD open standard supports over 90% of smartphones and provides higher and more stable output power. Basic Knowledge of Fast Charging Protocols for Charging and Discharging 1. Fast charging is not a one-size-fits-all solution; it is merely a general term. Each smartphone manufacturer has its own proprietary protocol, and support for any one of these protocols enables fast charging; 2. If fast charging is not detected, only standard charging will occur. Standard charging for smartphones is typically limited to 10W or less, i.e., within 5V × 2A; 3. Fast-charging protocols are automatically matched between the phone and its chipset. While some phones support multiple protocols, the phone’s power management system selects the optimal fast-charging protocol based on the charging environment—this cannot be manually controlled; 4. If the charging cable lacks a high-voltage detection chip or is not a dedicated charging cable, the current is capped at 3A. Since the voltage for phone charging protocols is generally within 10V, the maximum power output for charging a phone typically does not exceed 30W. 5. The fast-charging protocols listed above represent the maximum power ratings specified by manufacturers. However, most smartphone manufacturers impose restrictions when non-original chargers are used, so the actual charging power is generally below 30W. Additionally, charging a smartphone is a variable process; the current is controlled by the phone’s own power management system and cannot be fixed—it can only fluctuate within the specified power range; 6. Flash charging involves high-current charging at 5V, which places extremely high demands on the charging cable; please use a dedicated flash-charging cable; 7. If the fast-charging current does not increase while the phone’s battery level is below 80%, the issue is almost certainly caused by a faulty charging cable or poor contact; 8. If the charging current for a battery pack is below 1A when the battery level is below 90%, and the charger has a power output of 10W or more, the issue is almost certainly caused by a faulty charging cable or the presence of high-internal-resistance, low-rate cells in the battery pack; 9. Since the current through the balancing resistors is extremely low, the balancing process will fail if there is a significant voltage difference between the cells. Please ensure that the actual voltage, capacity, rate, and internal resistance of all 8 cells are consistent; otherwise, one set of cells may discharge prematurely, causing the output to be interrupted; Package include Power Bank Kit*1 Accessory Pack*1 B set: USB Output Protocols 5V/3.1A (Standard Output) SCP: 40W UFCS: 33W PE 1.1: 7.5W PE 2.+: 45W QC 3.0: 36W QC 2.0: 24W AFC: 18W FCP: 18W SFCP: 18W Simultaneous multi-port output is 5V only Type-C Output Protocols 5V/3.1A (Standard Output) PD3.1: 100W PD 3.1: 100W SCP: 40W UFCS: 33V PE 1.1: 7.5W PE 2.0: 7.5W PE 2.0: 30W QC 3+: 45W PPS: 44W PPS: 44W QC 3+: 45W QC 3.0: 36W QC 2.0: 24W AFC: 18W FCP: 18W SFCP: 18W Multi-port output does not support fast charging Button Functions 1. Double-click the button to turn on the LED light; press once more to cycle through LED modes: 100% brightness → 50% brightness → 25% brightness → 10Hz strobe → 3Hz flash → SOS 2. Press and hold the button for 2 seconds to enter or exit DC mode. The “DC” indicator will light up; tap the button to adjust the DC voltage (adjustment in 0.1V increments/decrements). Precautions 1. After assembly, use a charger to charge the power bank to activate it. 2. After activation, fully discharge the power bank first, then charge it for approximately 20 hours to ensure the battery is fully balanced. 3. Only use flat-top 21700 batteries without a protection circuit. The battery must be in good condition, and the positive terminal must not be damaged. If the insulation is damaged, it must be insulated. Do not use pointed-top batteries, batteries with protection circuits, or any other batteries that do not meet these requirements. Package include Power Bank Kit *1 Accessory Pack *1 label:yes