Bluetooth Mesh Camping Light

Low-power solution;丨all-day controllable丨scene mode丨 local timing丨group control

Communication Protocol

Bluetooth mesh

Develop Mode

SoC Plug and Play

Lighting Solutions Type

Dimmable Light (C)

White Light (CW)

Multicolor Light (RGB)

Multicolor Light (RGBC)

Multicolor Light (RGBCW)

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Detail

Feature highlights

Advantage

Development

Documentation

Value-added Services

Bluetooth Mesh Camping Light

The smart solar light solutions are no-code SoC solutions that use the mesh networking protocol of the Bluetooth Special Interest Group (SIG) to help you quickly develop smart solar lights. The solutions provide basic lighting-related features: brightness and color adjustment, scenarios, and music mode. Provide extension features: consumer-grade battery management system (BMS), built-in AI-based energy-saving mode, and local timing function. Widely apply to outdoor Camping lights and various battery-powered lights.

Parameters

Communication Capability:Sig Mesh

Development Mode:SoC plug and play solution

Chip Platform:TLSR8250

Features

Power display

Battery level display

Energy saving mode

At night, the device automatically adjusts the brightness according to the battery power to maintain lighting for a longer period of time

Solar mode

Automatically turn off the lights during the day and turn on the lights at night

Local RTC timing

Precise local timing without gateway and network, realizing precise local timing "normally open", "normally closed" and "solar mode"

Scene switching

Outdoor lighting scenes continue to iterate and update

Color light adjustment

Support color temperature, color light, etc. adjustment

Scenarios

Outdoor Camping light

Through the consumer-grade BMS management system, AI intelligent power saving mode, and local timing mode, it solves the pain points of the traditional solar lamp using time. Combining the characteristics of the solar lamp without wiring and plug-and-play, it allows users to easily arrange outdoor courtyard scenes.

Outdoor Camping light local timing

According to personal habits, set the preset timing in a non-network environment, such as: 50% brightness in solar mode from 12 o'clock to 3 a.m., and 100% brightness in solar mode the rest of the time.

Solution Benefits

Why Choose Tuya?

No-Code Development

No-code and visualized development help you quickly build smart IoT products online.

Quick Network Pairing

The smart lights can be paired within 3 to 5s through Bluetooth auto-discovery.

Multiple Control Methods

Multiple control methods such as mobile app, remote control, and voice control are available for different application scenarios, making control easier.

Work Without a Gateway

Local control of a single light or a group of lights is available even without a gateway, making light control secure and reliable.

App Panel Available Without Coding

Tuya Smart/Smart Life app panels can be ready online in 10 minutes to meet requirements for rapid development and use.

Compliance with Production Standards

This solution contains complete content that complies with the trial and mass production standards, including functional parameter settings, app control panels, applicable modules, and firmware programs.

Control Panels

A component-driven and no-code approach where you can dictate and complete a control panel through drag and drop in just 5 minutes.

Solar light(RGBCW)-Classical D002P

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Solar light(RGBCW)-Classical L002P

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Recommended Modules

A series of cost-effective proprietary network modules of multiple communication protocols and specifications at low cost.

Development Process

Provide one-stop proven IoT solutions covering modules, software, apps, and cloud services, helping you achieve mass production within 15 days.

Comparison on Development Methods

MCU SDK Development

Use plug-and-play cloud modules to create smart products by writing only a few code to the MCU.

Low-Code

No need to extensively change the original MCU function code. Just integrate the MCU SDK to achieve device networking.

Cost Efficiency

No need to replace the master control chip. Just integrate Tuya's cost-effective modules on the existing hardware.

Short Cycle

No need to design, test, and calibrate complex radio frequency circuits. Tuya cloud modules and MCU SDKs facilitate modular development to shorten the development cycle and get your product into mass production much faster.

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No-Code Development

Quickly build smart IoT products online in a visualized way.

No-Code

Use the configuration dashboard to develop your product by simply clicking and selecting the desired options. The entire process works without coding. The simple, industry-leading, and step-by-step workflow allows you to quickly and easily develop smart products. You can complete the whole development process in just five steps.

Cost Efficiency

Our SoC solution provides the full system functions of a device, including networking capability. All you need to pay is a one-time module cost.

Short Cycle

Our plug-and-play solution is based on best practices from large-scale smart product development. Smart product models can be ready for mass production within 15 minutes.

Ease of Use

The development requires zero programming skills. Following the step-by-step workflow to complete function definition, app panel design, and hardware configuration.

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TuyaOS Pro-Code Development

Choose your desired chips to develop smart products.

Widely-Adaptive Feature

Get access to over 30 types of IoT chips covering all the major communication protocols.

Componentized Feature

Easily develop and deploy smart products based on our accumulated smart solutions.

Cost Efficiency

TuyaOS fully leverages IoT SoC resources. A single chip can implement the full functions of a smart product to reduce the cost of system hardware.

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Development Steps

Product Function Definition

Various standard functions enable you to define product functions rapidly and accurately.

App UI Design

Choose device panels as needed or design visualized DIY panels.

Hardware Development Debugging

Implement embedded development such as module and SDK development.

Product Configuration

Configure personalized products in real time, without changing any hardware.

Trial & Mass Production

Put into trial and mass production.

Documentation

Hardware Development Document

Provide hardware solution design references to guide the design of hardware solutions and accelerate the implementation of hardware developers' solutions.