Microcontroller Solar Panel Wiper

@macroenergy

With over a decade of experience in the field, I am confident that my skill set is perfectly suited to your solar panel wiper project. I have extensive knowledge and hands-on experience in areas such as Digital Motor Control, Analog Design, Electronic Design, Power Electronics, PCB Design and Embedded System - all of which are directly relevant to the key requirements of your project. I have successfully implemented several motor-based automation projects including clean-up systems that involved safe control of motors with torque control and end-stop arrangements. My proficiency in Arduino and STM32 firmware development can ensure that your system starts, stops, and parks the wiper smoothly without causing any damage to the delicate glass surface. Moreover, my strong background in Matlab allows me to simulate and fine-tune power electronics designs. For your solar-powered system, I understand the importance of optimizing every aspect for energy efficiency - from circuit layout to power management. Rest assured, by the end of the project, you will not only have a functioning automated wiper but also clear documentation that a diligent electrician can easily follow for system duplication and maintenance.

@pritsheth10

Hi, I have gone through the project and we can work on this. I have experience in system design and makeing prototype.. please share with me any design if you already have in mind . Let's discuss in detail over chat. Thanks

@Webslinger01

I have experience working on automation systems, sensor-based control, and motor-driven mechanisms, including projects where I integrated dust/air quality sensing, temperature monitoring, and actuator control with safety logic. I am comfortable designing both hardware, firmware and basic mechanical integration, so I can deliver a reliable end-to-end solution. I will build a compact, efficient control system that works smoothly in real outdoor conditions. My Deliverables: 1. Complete schematic, PCB design and BOM 2. Well-commented firmware 3. Dust & temperature sensing with logic control 4. Motor control with smooth start/stop & safety interlocks 5. Parameter adjustment interface 6. Mechanical integration guidance 7. Demo/testing support Quick question: Any specific panel size or wiper length I should consider? I’m ready to start and deliver a practical, field-ready solution.

@Santoshchaulaga

Hello, I am Santosh Chaulagain, a professional Electrical Engineer and PCB Designer with over 7 years of experience in schematic design, PCB layout, and embedded systems, including ESP32, IoT devices, analog and digital circuits. I have successfully completed multiple projects for clients worldwide, delivering reliable and manufacturable designs. I have carefully reviewed your project requirements and I am confident that I can provide a high-quality solution tailored to your needs. My expertise includes PCB design using industry standards, component selection, BOM preparation, Gerber generation, and design optimization for cost and performance. I always ensure that my designs are fabrication-ready and tested for reliability. I focus on clear communication, timely delivery, and customer satisfaction. I am happy to discuss your project in detail and provide revisions until the final result meets your expectations. Looking forward to working with you. Best regards, Santosh C. Electrical Engineer | PCB Designer | ESP32 & IoT Specialist

@soniaer987

Hi, Solar panel auto-wiper with dust sensing and motor control — clean scope, well suited to ESP32. My approach: — ESP32 as brain: handles sensor reads, motor PWM, and serves a simple web UI over WiFi for parameter tweaks (dust threshold, wipe count, cooldown) without needing physical buttons — Sharp GP2Y1010AU0F optical dust sensor — proven, cheap, analog output; sampled with a moving average to avoid false triggers from momentary shadows — DHT22 for ambient temperature; wiper inhibited above panel safe limit (typically 70°C surface proxy) — L298N or DRV8833 for DC wiper motor; PWM speed control with soft start/stop to avoid glass shock; end-stop limit switches on both park and far positions, hardware-wired to cut motor current independently of firmware — AC input → HLK-PM05 SMPS module for 5V/12V rail; no mains routing on the MCU PCB — Manual override button with debounce; all parameters and cycle log stored in NVS flash Deliverables: KiCad schematic + PCB, commented ESP32 Arduino firmware, BOM with MPNs, mechanical integration notes (motor torque spec, end-stop bracket dimensions), and a test routine video. One question: DC geared motor or worm-drive motor already selected, or should I size and recommend one based on panel dimensions and wiper arm length?

@anilptk

Hello Sir , My Name Is Anil Saini I am interested in your project and confident I can deliver exactly what you need. I have completed many similar projects and always focus on quality, speed, and clear communication. Why choose me: • Quick response and regular updates • High-quality professional work • 100% client satisfaction We are an expert team which have 12 years of experience on Electronics, PCB Layout "I have a couple of ideas on how to optimize the Electronics, PCB Layout let’s discuss them in the chat." Warm regards, Anil Saini

@Afsana4900

Hi, I’m Afsana, a Full Stack developer with experience in IoT systems, automation logic, and hardware-software integration. I can design your solar panel cleaning controller with a reliable microcontroller setup (ESP32/Arduino) to manage dust detection, temperature monitoring, and automated wiper control. I’ll provide a complete solution including circuit schematic, PCB design, firmware, and BOM, along with logic for smooth motor control, safety interlocks, and configurable parameters via LCD/buttons or a simple interface. The system will ensure efficient cleaning cycles based on sensor thresholds and safe operating conditions. I’ll also include mechanical guidance, testing workflow, and clear documentation so your electrician/fabricator can implement it بسهولة. Ready to build a robust and practical solution for your solar setup.

@juan580

Hello, I’m a developer in training with experience in Python, C/C++, and microcontrollers such as Arduino, ESP32, PIC, and Raspberry Pi. I’ve worked on sensor-based and automation projects, so I can help you build a reliable solar panel cleaning system. I can contribute by designing a compact control system similar to your reference, where a motor-driven wiper is activated based on dust levels and temperature conditions. I will ensure smooth motor control, safe operation, and easy parameter adjustment. I can also provide the full system: circuit design, firmware, and clear documentation so it can be easily reproduced. I’m available to start immediately and would be happy to discuss your setup in more detail. Best regards.

@techhelp24x7

I can design and deliver a compact, reliable automated solar panel cleaning system tailored to your needs, backed by 14+ years of embedded systems experience in control and motor-driven applications. My approach is to build a complete, field-ready solution covering hardware, firmware, and mechanical integration for easy deployment. I will design a robust controller using ESP32 or STM32, interfacing dust sensing (optical or indirect accumulation logic) and a temperature sensor, along with a safe motor driver powered from your AC source with proper protection. The firmware will use a state-machine design to ensure smooth start/stop/park of the wiper, trigger cleaning only when dust exceeds threshold and temperature is safe, and include safety interlocks to prevent damage. User parameters like dust threshold, wipe cycles, and cooldown will be configurable via buttons with LCD or a simple serial/web interface. Deliverables will include complete schematic, PCB files, BOM, well-commented firmware, and clear mechanical guidelines covering motor torque, linkage, and end-stop design. I will also provide a test demo/video showing system response to dust and temperature conditions. I have prior experience in motor control, sensor-based automation, and embedded product development, ensuring a practical and scalable solution

@ferdyalr

Designing an efficient PCB for an automated solar panel wiper system to enhance performance and reliability.

@Bhargav99786

we have done this project for solar panel clean with arduino we are able to share you complete detail to you . connect us for more detail With deep expertise in both firmware development and hardware design, we are the ideal team to execute your solar panel wiper project. Drawing upon a vast inventory of resources for rapid prototyping and testing, including familiarity with ESP32 (S3, C6, H2, WROOM), STM32 (Blue/Black Pill), Arduino, and Raspberry Pi platforms, we have the capacity and versatility to create a high-performance microcontroller system uniquely tailored for your needs. As seen in our P10 BAS NTP Clock product, we have delivered numerous successful projects worldwide, adhering consistently to high-quality standards and ensuring efficient communication with our clients throughout. This history of reliability extends to providing end-to-end solutions in IoT fittings such as a dust sensor and temperature probe that will interact with the system.

@denizg777

Hello, I can develop the full control system for your solar panel wiper project, including electronics, firmware, PCB, and practical integration notes. I work on embedded electronics, PCB design, industrial control, and sensor-based automation. This project fits well with my background because it combines sensing, motor control, protection logic, and real-world field usability. I can deliver: Complete schematic, PCB files, and BOM Firmware with clear comments Dust and temperature monitoring with adjustable thresholds Manual override and safe automatic cleaning logic Motor control with limit/end-stop handling, park logic, and protection interlocks Mechanical integration guidance for mounting and motion arrangement Test/demo routine showing system behavior I would approach this as a robust practical controller, not just a basic demo: reliable sensing, clean control logic, safe operation, and documentation clear enough for implementation in the field.