Solar Battery Lite for Custom Devices

What is Solar Battery Lite for Custom Devices?

Solar Battery Lite for Custom Devices is a solar-powered energy solution that supports a wide range of your custom devices across varied deployment scenarios. It captures sunlight, stores it in an internal battery, and supplies stable power to connected equipment even in off-grid or unstable environments. Designed to work with diverse hardware platforms, it enables both new system integrations and retrofit projects without requiring access to the electrical grid.

Users can also track energy availability and Battery Status through the battery-integrated data interfaces, helping them plan maintenance activities and prevent outages. Built for outdoor use, it maintains steady operation in changing weather, making it suitable for long-term field deployments, pilot installations, or production-scale networks that require dependable autonomous power.

Solar Panel Variants:

If you're interested in ordering the Solar Battery Lite with Large Panel, feel free to drop us an email at inquiry@rakwireless.com. Let us know your requirements, and we can customize them to fit your needs. Looking forward to hearing from you!

Why You Need Solar Battery Lite for Custom Devices

Reliable power is essential for IoT systems deployed in locations where wiring or grid access is limited.

Why it's useful:

• Flexible integration: Works with various IoT devices and platforms.
• Retrofit ready: Adds power to existing deployments without infrastructure changes.
• Energy visibility: Provides operational data for proactive maintenance.
• Off-grid capability: Enables installation in remote environments.

Key Features of Solar Battery Lite

• Battery capacity: 5200 mAh
• Operating temperature: -20～60° C
• Dimensions: 180 x 130 x 60 mm
• Outputs: one 12 VDC output for Sensor Hub; one 9-13.2 VDC output for WisGate Edge Pro/Prime/Other devices
• Integrated BMS and heater
• Supported mounting pole diameter: 65～89 mm

Use Cases of Solar Battery Lite for Custom Devices

Providing continuous power supports long-term operation of IoT devices with minimal upkeep.

Use Case #1: Retrofitting a Legacy Monitoring Site

An integrator upgrades an old environmental station lacking power lines. Solar Battery Lite for Custom Devices supplies the energy needed, allowing continuous sensor operation without installing permanent electrical infrastructure.

Use Case #2: Supporting a Prototype IoT Device

A device manufacturer deploys prototype units for field testing. Using the Solar Battery Lite for Custom Devices with the RAK1905 connectivity module, they send energy status data to the cloud via LoRaWAN® while powering the devices, enabling real-time monitoring during outdoor trials.

What’s in the Box

• 1 pc Solar Battery Lite RAK9154
• 1 pc Mounting Kit for Solar Battery Lite RAK9154
• 1 pc Solar Panel (10W)
• 2 pc steel strips (φ65-89mm)
  

How to Get Started with Solar Battery Lite

• Overview of RAK9154 Solar Battery Lite
• Datasheet of RAK9154 Solar Battery Lite
• Installation Guide of RAK9154 Solar Battery Lite

Frequently Asked Questions

How can the Solar Battery Lite for Custom Devices be integrated into existing IoT systems?

It can be connected as an external power source to devices that accept a stable low-voltage DC input. Its design allows installers to retrofit it into existing enclosures or mounting structures, supplying power without requiring grid wiring. This makes it suitable for upgrading current sensor networks or adding power to previously passive installations without reworking system architecture.

Can it provide operational data to remote platforms?

Yes. When paired with the RAK1905 connectivity module, it can send energy status data to the cloud over LoRaWAN. This allows remote monitoring of power availability, enabling operators to track performance trends, detect declining capacity, and plan maintenance schedules without on-site inspections.

What factors affect its reliability in outdoor deployments?

Reliability depends on enclosure design, thermal regulation, and weather resistance. It uses sealed housings and corrosion-resistant materials to reduce moisture ingress. Adequate airflow around the unit prevents heat buildup, and proper mounting minimizes physical stress from wind or vibration, all of which contribute to stable long-term operation in varied climates.

How does panel size selection influence performance?

Larger panels capture more energy in low-irradiance conditions, allowing longer operation between charge cycles. However, they require more mounting space and can be heavier, which affects structural support needs. Selecting the panel size involves balancing energy collection needs against physical installation constraints and the expected power profile of the connected devices.