IOT Pergola Control System
A modular embedded control platform for automated blinds, motorized louvers, pergolas, and architectural shading systems, featuring intelligent motion control, precise positioning, remote operation, and scalable building automation.
Project Overview
The Alumetric Smart Architectural Automation Platform was developed as a complete embedded control solution for modern architectural shading systems, including motorized blinds, adjustable aluminum louvers, pergolas, and automated façade elements.
The platform enables smooth motion control, accurate positioning, synchronized multi-motor operation, and flexible control methods for residential, commercial, hospitality, and office buildings.
Designed with a modular hardware architecture, the system supports different installation sizes while providing reliable performance in demanding outdoor environments.
Client Requirements
The client required a platform capable of:
- Controlling motorized blinds.
- Operating adjustable aluminum louvers.
- Automating pergola roof systems.
- Supporting synchronized multi-motor operation.
- Providing smooth opening and closing.
- Controlling blade rotation angles.
- Integrating wall switches and remote controls.
- Supporting future smart-home integration.
- Operating reliably outdoors.
- Protecting motors against overload and obstruction.
- Simplifying installation and maintenance.
Our Solution
Metanoia designed and developed a complete embedded automation platform including:
- Main Control PCB.
- Motor Driver Electronics.
- Embedded Firmware.
- Motion Control Algorithms.
- Position Management.
- Safety Monitoring.
- Limit Switch Integration.
- Power Management.
- Communication Interfaces.
- Functional Testing.
- Manufacturing-ready PCB Design.
The platform was designed to support multiple architectural automation systems using a unified embedded hardware architecture.
Main Features
Motorized Blind Control
Smooth opening and closing with reliable motor synchronization.
Adjustable Louver Control
Precise positioning of aluminum louvers for:
- Daylight control.
- Natural ventilation.
- Privacy.
- Solar shading.
Pergola Roof Automation
Automated movement of pergola roof systems with synchronized motor operation.
Intelligent Motion Control
Embedded firmware provides:
- Soft Start.
- Soft Stop.
- Direction Control.
- Position Management.
- Motion Synchronization.
Safety Protection
The controller continuously monitors:
- Motor overload.
- Mechanical obstruction.
- Travel limits.
- Fault conditions.
Flexible Control Options
Supports:
- Wall switches.
- Remote controls.
- External automation inputs.
- Future smart building integration.
Engineering Challenges
Precise Position Control
Achieving smooth and repeatable positioning for blinds and louvers required accurate embedded motion algorithms.
Outdoor Reliability
Electronics were designed for continuous operation in outdoor architectural installations.
Multi-Motor Synchronization
Maintaining synchronized movement between multiple motors required optimized embedded control logic.
Scalable Hardware
The controller architecture supports different installation sizes without redesigning the electronics.
Development Process
- System Requirements Analysis
- Motion Control Architecture
- Electronic Hardware Design
- Custom PCB Design
- Embedded Firmware Development
- Functional Testing
- Manufacturing Validation
