Communications Infrastructure / Embedded Control

Solar Charging Controller and Control System

Stable control had to consider outdoor conditions, power fluctuation, remote maintenance and display operation.

太陽光充電制御IoT組み込み制御

Results Summary

1

Stable inspection quality: AI-based judgment dramatically reduces human error

2

Reduced workload: Automated recording and assessment cuts labor hours

3

Fast PoC-to-production: Evaluation kit enables rapid validation and smooth transition

Customer Challenge

Stable control had to consider outdoor conditions, power fluctuation, remote maintenance and display operation.

Implementation Overview

Background

Solar equipment requires control according to environment and power state. Depending only on site checks increases maintenance workload.

Challenges

  • Generation and charge-state fluctuation
  • Stable outdoor operation
  • Remote status awareness
  • Integrated on-site display and control

Implemented Solution

Charge-control board, display UI, sensor input, log management and communication were combined.

  • Charge controller
  • Display and operation panel
  • Sensor/alarm input
  • Log and communication functions

Rollout

  1. Control Review
    Power, charge, protection and display requirements were confirmed.
  2. Board and UI
    Control logic and display operation were implemented.
  3. Environment Evaluation
    Outdoor operation, power fluctuation and log review were evaluated.

Operational Change

  • Charging status and alarms were unified
  • On-site operation and maintenance logs were organized
  • Remote monitoring and additional sensor links became easier to review

Expansion

IoT cloud, remote firmware update, battery monitoring and camera monitoring can be integrated later.

Discuss Outdoor Control

Share power conditions, controlled devices, display requirements and communication method for a proposal.

Results & Impact

Charging status, alarms, display operation and maintenance logs were integrated into an easier-to-manage control base.

Why CSUN

1

Integrated camera, embedded, AI, and connectivity: System-level optimization, not piecemeal

2

One-stop from PoC to mass production: Prototype evaluation → design → production → long-term supply

3

Flexible design for real-world constraints: Adapts to existing lines, lighting conditions, and space limits

4

Trilingual support (JP/ZH/EN): Global development, sourcing, and support capabilities

Related Solutions & Products

From camera selection to AI model design, embedded implementation, and mass production — we provide end-to-end support.

Discuss a Similar Case

FAQ

Can this work in a similar production environment?

In most cases, yes. Please share sample images and requirements from your site. We'll propose the optimal configuration based on similar cases.

Can I consult just for a PoC?

Absolutely. We welcome PoC-only engagements. Our evaluation kit enables rapid validation.

Can we validate without stopping our existing line?

Yes. Add-on cameras or non-invasive sensors allow validation while your existing line keeps running.

Can you help with camera selection?

Yes. We'll recommend the optimal camera module based on your target objects, lighting conditions, and inspection criteria.

Facing a similar challenge?

From camera selection to AI model design, embedded implementation, and mass production — we provide end-to-end support.