自带伸缩线+大功率输出，联想thinkplus方胖子充电宝实测表现怎么样？

A built-in retractable cable and high-power output—the Lenovo thinkplus "Fatty" Power Bank seems like the ultimate dream for mobile professionals. But does the convenience of the cable compromise the charging performance? [The Summary] At Lihuo Teardown & Test, we don't care about the marketing slogans. We’re putting this thinkplus unit through our professional testing protocol to see if it’s a true productivity beast or just a pretty face on a spec sheet. We cover everything from Protocol Compatibility to Energy Efficiency and AC Ripple. [The Hardcore Test Suite] Can this "Fatty" handle your laptop and phone simultaneously? The Cable Factor: Does the retractable mechanism affect the charging speed or add unnecessary resistance? Compatibility Boss: Testing with the latest smartphones and laptops to verify high-power PD delivery. Thermal & Efficiency: Measuring how much energy is lost during the conversion process and how it handles sustained 100W loads. Power Quality: Detailed AC Ripple analysis to ensure your expensive ThinkPad or MacBook is safe. [The Verdict] Is the retractable cable a genius design or a point of failure? We provide the data you need before you buy. [Call to Action] If you value hardcore, data-driven hardware analysis, hit that Like button and Subscribe! We test for understanding; we tear down for the truth! #Lenovo #thinkplus #PowerBank #TechReview #FastCharging #RetractableCable #ElectronicsEngineering #PowerDelivery #BusinessTech #HardwareAnalysis #EfficiencyTest 00:00 Intro: The Ultimate Mobile Office Companion? (开篇：移动办公神器还是纸面猛男？) 01:00 Unboxing & Retractable Mechanism (开箱外观、伸缩线设计及屏显交互) 02:54 Specs & Global Fast Charge Protocols (规格参数及快充协议握手) 04:36 Real-world Smartphone Compatibility (手机快充兼容性实测) 06:27 Energy Conversion Efficiency (能量转换效率：伸缩线有损耗吗？) 08:08 100W Sustained Load Stress Test (大功率充放电稳定性实测) 09:53 High-Power Phone Charging (手机百瓦快充实测) 11:34 Mid-Power Scenarios (中功率手机快充表现) 13:02 Multi-port Power Allocation Logic (多口功率动态分配测试) 14:51 AC Ripple & Output Quality (交流纹波输出：电力纯净度测试) 16:47 Final Verdict: Is It Worth It? (测试篇总结：有真本事还是花架子？)