Smart Solar Power Switch

With the perfect application of my skills in Circuit Design, Electrical Engineering, Electronics, Microcontroller, and PCB Layout, I am confident in tackling the challenge your Smart Solar Power Switch has presented. Having worked extensively with devices similar to your MOES solar power transfer switch, I understand the technical obstacles that can arise and how to overcome them. By integrating your Victron smart shunt information and a Raspberry Pi as you suggested, we can create an intelligent system that not only detects battery voltage but also considers the real-time remaining power in the battery bank. Our extensive experience in Networks, Mechanical, Electrical and Electronics Engineering and Telecommunications assures you that we bring a holistic approach to problem-solving. Moreover, our background in Digital Design has honed our skills precisely where you need it for this project. Enthralling challenges like yours fuel our passion to develop efficient solutions that cater to practical needs. By choosing me for this project, you'll have a reliable and competent professional working on it. I offer a comprehensive skillset and a promise of loyalty to deliver optimal results for clients. Let's bring intelligence and efficiency into your solar power system and resolve every technical hassle you encounter along the way.

I am thrilled to submit a bid proposal for integrating the Victron Smart Shunt with your MOES Solar Power Transfer Switch. With over 6 years of experience as an electrical engineer specializing in PCB design, I am confident in my ability to deliver a seamless solution tailored to your needs. My expertise encompasses a wide range of areas, including designing up to 8-layer PCBs with mixed signals, high-speed digital components, power converters, and analog designs. Additionally, my experience in firmware development equips me with the necessary skills to tackle the integration challenge effectively. By leveraging my experience and technical proficiency, I propose to develop a solution that bridges the gap between the smart shunt and the switching unit, potentially utilizing a Raspberry Pi for seamless integration. This solution aims to enhance the functionality of your system by accurately measuring real-time battery power and optimizing power switching accordingly. I am committed to delivering a high-quality solution that aligns with your requirements and exceeds your expectations. Thank you for considering my proposal. I look forward to the opportunity to collaborate on this exciting project. Warm regards,

As an experienced Embedded Systems Engineer focused primarily on Circuit Design, Electrical Engineering, Electronics, Microcontroller, and PCB Layout among other things, I have dealt with similar renewable power system challenges before. I understand the intricacies and requirements to make this kind of project successful. Your request for bridging the gap between a smart shunt and the switching unit can be efficiently solved by me. With my solid background in Power Electronics and involvement in Microcontroller PCB Board Design, I am well suited to find an innovative solution using your Victron smart shunt in tandem with your MOES solar power transfer switch. Additionally, my proficiency in Arduino and IoT will help me to integrate your Raspberry Pi potentially for a more comprehensive system. Choosing me for this project guarantees not just professional delivery but also thorough quality assurance checks and proper documentation of all accompanying files, which is vital. Time management is key in ensuring no deadline or budget is exceeded. Your project is important to me. I promise to deliver beyond expectations; thus, effective joining of the smart shunt's real-time remaining power function with the switching unit. Thank you for this opportunity; I look forward to discussing more details with you!

Best Smart Solar Power Switch Device Expert⭐⭐ ⭐ ⭐ ⭐ Dear Graeme, With over 30 years of experience in electronics design, circuit design, and PCB Design, I am excited to address the challenge posed by the MOES solar power transfer switch. My approach towards creating a Smart Solar Power Switch involves leveraging the capabilities of the Victron smart shunt to enhance precision in power switching. ✅I will design a solution that interfaces the MOES switch with the Victron smart shunt. This integration will allow the switch to base its decisions on real-time remaining power rather than just battery voltage. ✅I will be implemented to handle inductive loads like electric kettles and washing machines. This algorithm will consider the temporary voltage drop during high load events, preventing unnecessary switches to grid power and ensuring a seamless transition. ✅I will include a user-friendly interface, possibly through a mobile app or web interface, allowing users to monitor and control power preferences. ⭐Can you provide more details about the Victron smart shunt? ⭐Are you considering using a Raspberry Pi to bridge the gap between the smart shunt and the solar power transfer switch? I am enthusiastic about the opportunity to contribute my skills to your Smart Solar Power Switch" enhancement project. I am eager to contribute my skills to create a perfect and efficient power control system. Best Regards, Hari Mohan

We can try with arduino. Can you send me the deatssheet and wiring of your smart switch and the shunt. We can introduce some delay. What kind of inductive load are you using.

Hi Graeme D., I am a professional engineer and have been working on the design as well as hardware projects for the last 08 years. I have a great experience doings work with Microcontroller, Electrical Engineering, Electronics, PCB Layout and Circuit Design. As you can see that all my projects are having 5 star reviews, so that I must be one of the top choices for you. I will wait for your text to have a chat regarding the project. Regards Umair Anwar Awan

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As an experienced Mechatronics Engineer with in-depth knowledge of electrical engineering, electronics, microcontrollers, and PCB design, I am confidently suited to help you solve this critical issue with your MOES solar power transfer switch. I have a strong understanding of how your Victron smart shunt works and I'm excited about the prospect of leveraging my skills and integrating it with the Raspberry Pi solution you've hinted at. My expertise in programming microcontrollers and my familiarity with technologies like IoT and visual AI will allow me to develop a solution that can accurately measure and communicate the real-time remaining power in your battery bank to ensure seamless switching between inverter and main power. I understand how crucial this is for smooth functioning, especially when utilizing high inductive loads such as electric kettles or washing machines which can cause volatile voltage drops. In addition to my technical prowess, I bring a strong sense of commitment and professionalism to my work. Your project represents a compelling challenge for me, and I look forward not only to solving the immediate problem but also optimizing your system for long-term efficiency. Let's collaborate on making your solar power system flawless!

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Greetings. Very interesting project. My name is Prabhath, and electrical engineer by profession with Utility Industry Experience. I went through the MOES ATS and Smart Shunt. I have several proposals. As I feel, we can do control using ESP32. It will be reliable in long term than raspberry pi (SD Card failures). 1. Forget the MOES and purchase a STS. Use an ESP32 to read battery level from smart shunt and control the STS accordingly. 2. Create a synthetic analog signal using esp32 and smart shunt to mimic the battery percentage and feed that signal to ATS. 3. Create a filter ( which will hide sudden dips) and feed the filter output to MOES. This has to be designed carefully. Let's discuss these thoughts in details. Thank you for reading.

Hi,from what I understand the smart shunt you have switches only based on the battery voltage available for instance your battery is full and mains is present but the system does not switch untill battery falls below a certain level? I have a reliable and simplistic design approach I hope to implement for your system where the system will always switch when mains is present regardless of the battery voltage,i intend to make the design as simple as possible but I will need other details such as schematics or wiring diagram to your system to help me understand better. Feel free to reach out for further discussions. Ps chat messages are quite slow so my messages will take some time can even reach you. Thanks

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Hello, good day, your project seems interesting to me, the issue is that inductive loads consume current which causes the voltage to drop to the minimum that the ATS senses to carry out the switching. On the other hand, although I can help you with that , this is the useful life of the batteries; He explained to me that the ATS was surely configured for a minimum voltage that is the protection towards the DC power bank, that is, the batteries to prevent them from suffering a discharge below what is allowed and thus reducing their useful life, that must be taken into account. account...