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INDOOR SOLAR SOLUTIONS

Custom Flexible Perovskite Solar Panel

Lightweight, flexible indoor photovoltaic modules designed for low-light energy harvesting and seamless integration into compact, curved, or space-constrained electronic products. Custom dimensions and electrical output are available for IoT sensors, smart labels, and other low-power connected devices.

Flexible Stable integration
Low-Light Indoor harvesting
IoT Ready Sensor-grade output
Customizable Size, power, etc.

Product Description

The Custom Flexible Perovskite Solar Panel is designed for indoor energy harvesting in IoT devices, smart sensors and connected electronics. Its lightweight, flexible construction supports seamless integration into curved or space-constrained products, with application-oriented engineering tailored to each project.

  • Lightweight and flexible for integration into compact or curved devices
  • Designed for indoor energy harvesting and low-power applications
  • Suitable for IoT devices, smart sensors and connected electronics
  • Engineering support for application-specific panel integration
  • OEM & ODM customization backed by reliable manufacturing
FULLY CUSTOMIZABLE

We support custom size, shape, electrical configuration, interconnections and branding to meet your device integration and project requirements.

Product Parameters

Custom power & size available
Parameter 300–5200 µW Custom Options
Rated Power (Pmax) 300–5200 µW under specified indoor lighting Customizable
Max Power Voltage (Vmp) Configured to match the target device and power-management circuit Customizable
Max Power Current (Imp) Customized based on project requirements Customizable
Open Circuit Voltage (Voc) Customized based on project requirements Customizable
Short Circuit Current (Isc) Customized based on project requirements Customizable
Open Dimensions Customized based on project requirements Customizable
Surface Material Customized based on project requirements Customizable
Output Connector Customized Customizable
Weight Customized based on project requirements
* Reference indoor test condition: 600 lux. Actual output depends on the light source, spectrum, and module configuration.
* The above parameters are typical values. Specifications can be customized according to your project requirements.

Product Key Features

Application-oriented flexible photovoltaic modules developed for low-light energy harvesting, compact electronics, and seamless OEM/ODM product integration.

Flexible solar panel structure

Thin, Lightweight & Flexible

A lightweight flexible construction supports integration into curved surfaces, compact housings, and products where rigid solar panels are unsuitable.

Indoor light energy harvesting

Indoor Low-Light Energy Harvesting

Designed to harvest energy from ambient indoor light for low-power electronics, wireless sensors, and connected devices.

Custom solar panel form factor

Custom Form Factor Development

Panel dimensions, active area, shape, substrate, and connection layout can be developed around the mechanical constraints of your application.

Application-oriented electrical design

Application-Oriented Electrical Design

Cell layout and electrical output are configured around the device power budget, available light environment, charging circuit, and energy-storage architecture.

Rapid prototype validation

Rapid Prototyping Support

Engineering samples enable form-fit checks, electrical evaluation, and integration testing before the design moves toward production.

OEM and ODM device integration

OEM & ODM Integration

Connector options, module geometry, encapsulation, and assembly requirements can be coordinated for integration into your finished device and manufacturing workflow.

Applications

Smart building sensor energy harvesting icon A wireless environmental sensor powered by an indoor photovoltaic panel.

Smart Building Sensors

Indoor solar panels can be tailored to the available lux level, sensing interval, and wireless transmission load to extend battery life or support autonomous operation.

Typical devices: Occupancy sensors, air-quality monitors, temperature sensors, and building automation nodes.

Retail IoT device energy harvesting icon An electronic shelf label powered by photovoltaic cells under store lighting.

Retail IoT Devices

Flexible perovskite solar modules harvest energy from store lighting and can be customized around display dimensions, update frequency, and power-management requirements.

Typical devices: Electronic shelf labels, promotional displays, customer beacons, and inventory sensors.

Indoor asset tracking energy harvesting icon A compact solar-powered tracking tag transmitting its location in a warehouse.

Indoor Asset Tracking

Thin, lightweight energy-harvesting modules can follow compact enclosures while supporting intermittent location updates and low-power wireless communication.

Typical devices: BLE tags, location beacons, returnable-container trackers, and warehouse inventory tags.

Industrial monitoring node icon A photovoltaic monitoring node collecting vibration data from industrial equipment.

Industrial Monitoring Nodes

Application-specific solar panels for IoT devices can reduce maintenance where wired power is unavailable and sensor access makes battery servicing disruptive.

Typical devices: Condition monitors, vibration sensors, data loggers, and wireless equipment nodes.

Solar-powered wireless control icon A slim wireless wall control with an integrated curved photovoltaic surface.

Wireless Controls

Custom shapes and flexible substrates allow indoor solar cells to integrate discreetly with slim or curved controls exposed to regular ambient light.

Typical devices: Smart switches, remote controls, thermostats, and wireless control panels.

Connected product integration icon A custom-shaped flexible photovoltaic module integrated with compact connected electronics.

Connected Product Integration

Custom development aligns module geometry, voltage, current, encapsulation, and connection layout with constrained product housings and low-power electronics.

Typical devices: Diagnostic tools, wireless accessories, compact controllers, and embedded IoT products.

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