Custom PCB for Energy Monitoring

@macroenergy

DearSir, My name is Metin. With a strong background in analog electronics, electrical engineering and PCB layout, I offer the expertise this project requires. Equipped with comprehensive knowledge of digital motor control and power electronics, I have worked extensively with voltage, current, and power data in various applications. My proficiency in designing energy monitoring systems further strengthens my suitability for this project. I have hands-on experience with PCBs designed to monitor grid electricity and collect various parameters like voltage, current and power consumption. I am also well-versed in the essential aspects of renewable energy which could add significant value to this project. Moreover, I leverage on my deep understanding of Matlab to expedite the project by simulating circuit designs before implementation. As a detail-oriented individual, I can assure you of a flawless design that meets all your specifications. Finally, my ability to work with CAD files from manufacturers will minimize time wastage and ensure an efficient process throughout. I look forward to bringing my unique skillset and knowledge to your energy monitoring project!

@amelectronics

I am a skilled and reliable Embedded Systems Engineer with over 6 years of hands-on experience in Arduino, ESP32/ESP8266, and microcontroller-based development. I specialize in designing efficient, stable, and scalable embedded solutions, turning ideas into fully functional hardware-software systems. I have a strong background in electronics, sensors, communication protocols (UART, I2C, SPI, MQTT, WiFi, BLE), and real-time embedded systems. My development approach focuses on clean, well-structured, and well-documented firmware, ensuring long-term reliability and easy maintenance. I also provide thorough testing, debugging, and performance optimization, including power efficiency improvements where required. I am a detail-oriented engineer with strong problem-solving skills and extensive experience in hardware debugging and firmware optimization. Beyond technical expertise, I value clear communication, meeting deadlines, and maintaining high client satisfaction. I work closely with clients to fully understand project requirements and deliver high-quality results. Pricing is flexible and can be discussed based on project scope and complexity. I am open to both short-term and long-term projects. Let’s work together to build a professional, reliable, and efficient embedded system for your needs.

@mairajali11

Having over 8 years of experience as an Electrical Engineer, I am well-versed in PCB design, particularly within energy monitoring systems similar to your project. From voltage and current measurements to power consumption monitoring, these are challenges willing to tackle as energizes me problem-solving abilities. My proficiency in handling different parameters like voltage, current, and power consumption data allows me to craft a custom board tailored specifically for energy monitoring applications. What sets me apart from other freelancers is my unique blend of technical expertise and passion for what I do. My track record includes utilizing tools like Eagle, Altium, KiCAD and EasyEDA in designing high-quality circuit boards – a perfect fit with the technology your project demands. Moreover, I hold a certificate as a Certified EasyEDA designer that showcases my advanced skills not only in design but also prototyping and ways to effectively use the software tools. As part of my approach, I commit myself to cater to your needs on time and within budget - even delivering before deadline when possible. My ranking among the top 1% skilled professionals reflects not only the depth of my knowledge but also the quality of my work - something you can rely on for a crucial project as this one. Let's turn your ideas into reality together!

@Adeel2k14

I have worked on development of Energy metering PCB before i can show you my previous work smaple i can build design for you, feel free to reach me out for further discussion. Lookign forward to your response. Regards, Mhammad Adeel

@hayteekeys

HI, KINDLY READ THROUGH MY PROPOSAL I will deliver a complete, safe, and production-ready PCB design for your grid electricity energy monitoring system capable of accurately measuring Voltage, Current, and Power (Active/Reactive/Apparent) with proper isolation and precision. MY APPROACH
 ✅ Phase 1: Detailed schematic design including isolated voltage sensing, current transformer (CT) interface, high-accuracy metering IC (such as HLW8032, CSE7759, or PZEM module equivalent), microcontroller (ESP32 or STM32), and robust power supply.
 ✅ Phase 2: Optimized 2/4-layer PCB layout with proper creepage/clearance for mains voltage, solid grounding, EMI reduction, and compact form factor.
 ✅ Phase 3: Full manufacturing package, BOM with readily available components, and calibration/testing guide. RELEVANT PROJECTS
• Grid energy monitor PCB (single-phase & three-phase versions) with voltage/current/power measurement, ESP32 + Wi-Fi DELIVERABLES 
• Complete schematic + PCB layout files (KiCad preferred) 
• Gerber RS-274X, Drill, Pick&Place files
 • Detailed BOM with supplier links and alternatives 
• 3D STEP model (optional)
• Calibration and testing documentation QUESTIONS 1 What is the target voltage range (single-phase 230V or three-phase) and maximum current to be measured? 2 Do you prefer a specific microcontroller (ESP32, STM32, etc.) or communication method (Wi-Fi, Modbus, etc.)? 3 Any size constraints or enclosure requirements for the PCB? Ready to start immediately.

@Amidst

Hey there! I’m Alok, A PCB, Circuit and Mechanical designer with a passion for turning ideas into rock-solid, high-performance circuit boards. even expert on Python, C, C++ With nearly a decade of experience, I’ve tackled everything from compact consumer gadgets to complex industrial systems—always with a focus on precision, efficiency, and reliability. # Schematic & Layout Design – Clean, optimized, and manufacturable. # Component Selection & Library Management – No surprises, just the right parts for the job. # Reverse Engineering – PCB cloning, replication, and improvements. # Gerber, BOM & CPL Generation – Ready for seamless production. # DFM & DFA Expertise – Because great design means smooth manufacturing. # Multi-Layer, Flex, & High-Density PCB Design – Whatever the project needs. If you need a PCB and Code that’s efficient, reliable, and built for real-world performance, let’s chat. I’d love to help bring your project to life!

@cesur135

As an experienced electrical engineer with a wide range of expertise in PCB design and industrial automation, I am confident in my ability to create a custom PCB for your energy monitoring needs. Throughout my career, I have completed numerous large-scale projects involving monitoring and control systems. This includes working with grid electricity parameters such as voltage, current, and power consumption that are key to this project. In my prior work, I've utilized multiple software programs like Siemens TIA Portal, E Plan P8 V2.6, Honeywell DCS C200 and more that are applicable to PCB design and layouts. In addition, my familiarity with systems like ABB and Delta PLC as well as SCADA systems will enable me to incorporate your desired data points (Voltage, Current, Power Consumption) seamlessly into the final design. Drawing from my knowledge of various industries including wastewater treatment plants, chocolate machines and lines and iron steel industry; working with complex energy monitoring systems like yours is my forte. Trust me to not only complete the task efficiently but also provide ongoing support and troubleshooting. Let's get started on building a reliable custom PCB for your energy monitoring application that unlocks the maximum potential for efficient power management!

@shadabkhan92

With years of experience in circuit design and electrical engineering, I have successfully developed several PCBs for energy monitoring applications. My proficiency in PCB design, embedded systems, and my knowledge of grid electricity parameters make me an ideal candidate for your project. Additionally, my in-depth understanding of monitoring voltage, current, and power consumption will contribute greatly to the effectiveness and efficiency of the PCB design. What sets me further apart is my capability to perform beyond just hardware design. I can build a comprehensive IoT solution that covers hardware, firmware (using ESP32/STM32), and cloud connectivity (with MQTT). This means, in addition to designing the perfect PCB for you, I can also provide a full-fledged system where you can fetch real-time data from your energy monitoring devices and analyze it. Enchanting projects by deploying AI intelligently is something we excel at. We can implement machine learning models tailored precisely to your need on this custom hardware or any other devices in your network. And our proven track record using AWS, GCP, Azure ensures that I can deliver the complete project on a reliable platform as well.

@mahmoudralizadeh

Hi there, I am interested in your project for designing a custom PCB for energy monitoring. I have extensive experience in designing and laying out PCBs for precision measurement systems, specifically for monitoring grid electricity parameters (Voltage, Current, and Power). My Technical Expertise: - PCB Design: Proficient in Altium Designer/KiCad with a focus on signal integrity and EMC. - Energy Monitoring: Experienced with current sensors (e.g., ACS758, SCT013), voltage sensing (e.g., ZMPT101B), and dedicated energy metering ICs (e.g., ADE7753, HLW8012). - Safety & Standards: Expert in handling high-voltage inputs and ensuring proper isolation (creepage & clearance) for grid-connected devices. My Approach: 1. Requirement Analysis: Defining the exact measurement range, accuracy requirements, and communication protocols. 2. Component Selection: Selecting reliable, cost-effective, and industry-standard components. 3. Schematic & PCB Layout: Designing the board with a focus on noise immunity and safety. 4. Documentation: Providing all necessary deliverables, including Gerber files, BOM, and assembly guides. A Quick Question: To ensure the best design performance, could you please clarify if you intend this board for industrial/grid-grade applications or for general/consumer use? This will help me determine the appropriate level of isolation, component selection, and design standards required. I am ready to share my portfolio and discuss the project details with you. I look forward to hearing from you. Best regards,

@Webslinger01

I’ve spent over a decade shipping production-grade embedded systems, and your energy monitoring PCB is exactly the kind of project where that experience pays off. I’ll design a custom board that captures voltage, current, and power factor data with the precision you need—no guesswork, just reliable hardware. I’ve already built similar solutions, like a solar-powered water vending machine for a remote desert community that ran entirely on an ESP32 with zero connectivity. That project required rugged, low-power design and precise metering, which maps directly to your energy monitoring goals. I handle everything from schematic capture and multi-layer PCB layout to firmware development and prototype fabrication. If you want a board that’s accurate, manufacturable, and delivered on time, let’s talk specifics.

@Ryan15222

Hello, Your project is a great fit for my background in embedded hardware integration and engineering-oriented electronics development. I understand the importance of accuracy, safety, noise reduction, and reliable data acquisition when designing PCB systems for grid energy monitoring. I can support the project with: - Custom PCB schematic and layout design - Voltage and current sensing integration - Power calculation architecture - Signal conditioning and filtering - Isolation and protection considerations - Connector and communication interface planning - Prototype-ready PCB development - BOM and manufacturing documentation My approach would focus on creating a stable and scalable design with attention to: - Measurement accuracy - Electrical safety and isolation - EMI/noise reduction - Thermal behavior - Reliable long-term operation - Easy manufacturing and debugging Depending on your requirements, the system can support features such as: - Real-time voltage/current monitoring - Active power calculation - Data logging and communication interfaces - Microcontroller or embedded platform integration Deliverables can include: - Schematic files - PCB layout files - Gerber and manufacturing files - BOM - 3D PCB visualization - Assembly documentation I would be happy to discuss sensing method preferences, voltage/current ranges, accuracy targets, communication protocols, and enclosure constraints before starting. Best regards,

@maksymk35

Hello, I have strong experience in PCB design and embedded electronics for power and monitoring applications, including circuits involving voltage sensing, current measurement, signal conditioning, and real-time data acquisition. I have previously worked on custom boards using current transformers, Hall-effect sensors, shunt-based current sensing, isolated voltage measurement circuits, ADC integration, and MCU-based monitoring systems for energy and industrial applications. For this project, my approach would include selecting safe and accurate sensing methods for grid voltage and current measurement, designing proper isolation and protection circuitry, optimizing PCB layout for signal integrity and noise reduction, and ensuring reliable power consumption calculations through calibrated sensing and embedded processing. I also focus heavily on safety considerations for mains-connected systems, including creepage/clearance rules, filtering, grounding strategy, and protection against surges and EMI. I can provide complete schematic design, PCB layout, BOM recommendations, prototype-ready Gerber files, and support for testing and calibration. I am detail-oriented and focused on building reliable, production-quality hardware rather than just generating a basic PCB layout. Best Regards, Maksym

@aRtEmIx404

Hi, I once designed a voltmeter using a microcontroller. It might be applied to your case. Do not hesitate to write me to share more information on the operation conditions of the device. Carlos

@hosamm13

I have experience in PCB and hardware design, and I previously worked on a Smart Power Meter project for monitoring voltage, current, and power consumption. I can design a reliable and accurate PCB with proper isolation and optimized layout. I can provide schematic, PCB layout, and production-ready files.

@HVSPCB

We have experience in single and three phase energy meter pcb design, also have automotive for 2w,4w Speedo meter pcb design I have total 18 years experience in pcb design.

@neelamkicad

Hello Sir, I have checked your requirement for Custom PCB for Energy Monitoring. I can design a complete 2-Layer PCB using ADE7758 energy metering IC + ESP32 for WiFi data. My design will include: 1. Proper 6mm isolation between High Voltage AC and Low Voltage DC side for safety 2. CT Sensor + Voltage Divider circuit for accurate measurement 3. ESP32 Module for WiFi/cloud connectivity 4. Compact 80mm x 50mm size with all required test points 5. Complete deliverables: Schematic, PCB Layout, Gerber, BOM, 3D Model I have 2+ years experience in Power Electronics PCB design. I follow IPC standards and will provide DRC-clean files ready for manufacturing. I can complete this in 7 days. My bid is ₹45,000 INR for the complete design. Please share any specific size or connector requirement if you have. Ready to start immediately. Regards Neelam

@rfandelectronics

Hello sir/madam, We are RF and electronics engineers with over 5 years of experience in antenna and PCB design, as well as microcontroller programming. We can assist you in all areas of electronics and RF. You can trust us to design your project with the highest quality and at the lowest price. We look forward to your message so we can send you our previous work. Thank you.

@taiy15

Adopting HLW8032 calibration free measuring chip, resistance voltage divider+transformer sampling voltage and current, STM32/ESP32 main control. PCB design emphasizes high and low voltage isolation, differential routing, and single point grounding. Can provide schematic diagrams PCB、BOM， Supports single-phase/three-phase expansion.

@abdullrahhmman

Hello! I am a professional Hardware & Embedded Systems Engineer with extensive experience in taking concepts from a simple napkin sketch to a production-ready PCB. Whether you need a high-speed digital board, a power-efficient IoT device, or a rugged automotive controller, I deliver designs optimized for performance, size, and cost. ### Why Choose My Design Services? Design for Manufacturing (DFM): I don’t just design "pretty" boards; I design for the real world. My layouts are optimized for easy assembly (DFA) and high yield at the factory, reducing your production costs. Signal & Power Integrity: I have deep expertise in minimizing EMI/EMC issues, handling high-speed signals, and ensuring stable power delivery for sensitive components. Component Optimization: I actively work to reduce your BOM (Bill of Materials) cost by selecting modern, readily available components to avoid supply chain delays.