The Philips BWS010 LED100/765 Solar Sensor Wall Light is a versatile outdoor lighting fixture designed for energy-efficient and automatic operation. Here’s a detailed introduction in English:

Key Features

Solar-Powered Design

Harnesses solar energy via a built-in solar panel to charge the integrated 3.7V Li-ion NMC battery (with PWM charge controller), eliminating the need for electrical wiring and reducing energy costs.

Eco-friendly and self-sufficient, ideal for areas with limited access to power.

PIR Motion Sensor

Equipped with a passive infrared (PIR) sensor that detects motion within a specified range, triggering brighter illumination when movement is detected.

Operates in automatic mode: Turns on at dusk, turns off at dawn, and adjusts brightness based on motion to optimize battery life.

Adjustable Lighting Modes

Features a front-mounted switch for easy mode selection, allowing users to customize performance for different scenarios (e.g., constant low light, motion-activated high light).

Brightness and Color Temperature

3W LED module delivers up to 100 lumens of light output (推测，as "LED100" likely refers to lumen rating).

Emits cool white light with a color temperature of 6500K and a CRI (Color Rendering Index) >70, providing clear and natural illumination.

Durable Construction

IP54 weatherproof rating: Resistant to dust and water splashes, suitable for outdoor use in gardens, pathways, parking areas, and building exteriors.

Made with ABS plastic housing for impact resistance and long-term durability.

Easy Installation

Compact, all-in-one design mounts securely to walls using screws (hardware included), requiring no complex setup.

Technical Specifications

Parameter Details

Model Number BWS010 LED100/765

Power Source Solar panel + Li-ion NMC battery

Battery Voltage 3.7V

LED Power 3W

Brightness ~100 lumens (estimated)

Color Temperature 6500K (cool white)

CRI (Color Rendering Index) >70

Sensor Type PIR motion sensor

Protection Rating IP54

Mounting Type Wall-mounted (screw-fixed)

Dimensions Compact design (specifics unspecified)