Govee Outdoor Smart Cylinder Pathway Lights vs Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control
🏆 已定
Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control — 选 Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control —— 它在以下分组领先: 灯光 1 效率 1
点击分组名查看证据 · 评分方法透明公开
一句话结论
Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control 以 52 对 48 的综合分胜出。
主要差异：亮度 (425 lm vs 1300 lm) · 功耗 (24 W vs 13.5 W)。
评分基于 3 项公开规格归一化计算；缺失项在表格中如实标为未知，评分时由同规格机型继承或按品类中位数填补，绝不伪装成实测。
🏆 综合最佳
Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control
Govee52得分 / 100
2 项领先 · 1 项并列
分组一览
每组 0–100，分组内归一化 · 点击分组名跳到明细
怎么选
选 Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control，如果你在意…
- 亮度 1300 lm +875 lm vs 425 lm
- 功耗 13.5 W +10.5 W vs 24 W
价格对比
低价替代
LIFX A19 1100lm
Govee RGBIC Pro Strip 2m
Nanoleaf Shapes Hexagon Starter Kit
Nanoleaf Essentials A19
Ceiling Light T1M
Led Bulb T2(E26,E27,GU10)
差异在哪
2 · 只列真正不同的行，逐行裁定
| Govee Outdoor Smart Cylinder Pathway Lights | Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control | 差异在哪 | |
|---|---|---|---|
| 亮度 | 425 lm | 1300 lm | Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control |
| 功耗 | 24 W | 13.5 W | Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control |
完整规格
按分组折叠 · 点击组名收起
灯光2▾
| Govee Outdoor Smart Cylinder Pathway Lights | Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control | |
|---|---|---|
| 亮度 | 425 lm | 1300 lm |
| 色彩输出 | — | — |
效率1▾
| Govee Outdoor Smart Cylinder Pathway Lights | Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control | |
|---|---|---|
| 功耗 | 24 W | 13.5 W |
数据来源: Amazon
常见问题
Govee Outdoor Smart Cylinder Pathway Lights 和 Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control 哪个更好？
Govee Outdoor LED Flood Lights 2 - Bright, Waterproof, With Smart Control 综合评分更高（52 分对 48 分），在灯光、效率等方面领先。
主要区别是什么？
主要差异：亮度 (425 lm vs 1300 lm) · 功耗 (24 W vs 13.5 W)。
评分是怎么算出来的？
我们把 3 项公开规格在同类目内归一化，按分组加权得出 0–100 分；缺失的规格由规格完全相同的机型继承或按类别中位数插补，规格稀疏不会获得优势。方法完全公开。