To Design schematic, from Source to Terminal of Electric Heater in both cases AC and DC calculate losses, and Cost analysis and define which one is more efficient and economical to use for high power industrial electric heater 33.3 MW

I m Power engineer with 11 years experience. I have good hands on simulation tools like MATLAB and PSCAD. i can design and analyze for your project in accordance with all parameters you mentioned.

Hello, I am PhD Researcher in Electrical Engineering with specialization in Control Systems (Linear and Nonlinear Control Systems). I have Master's degree in Electrical Engineering and Bachelor's Degree in Electronics Engineering. My Area of Specialization is Control System & Unmanned Aerial Vehicles (UAVs) and My Major skills are PCB design, Arduino, c/c++ MATLAB, Simulink,FPGA Mathematics, Statistics, FPGA,verilog/vhdl/Numerical Methods, Numerical, Logical and Verbal Reasoning, Modeling, Design and Analysis. I am an professional embedded software and hardware designer and I have done many project using wireless modules like ESP32. I have many projects using ESP32 and other wireless modules like: - ESP32 based smart door locker device - smart rign using ESP32 - OLED display using ESP8266 I have excellent skills in these: * SHL (Numerical+Logical+Vebal Reasoning), Korn Ferry * MATLAB * Simulink * Mathematica * Logisim * Pspice * Quite Universal Circuit Simulator (QUCS) i'll be looking forward to have more discussion with you on the project.

Hi! I have understood your requirnments about your project with every detail of it. I am an Electrical Engineer with more then 9 years experience in electronics, circuit design, PCB layout, Verilog, FPGA, Embadded System, microcontrollers, Proteus, Arduino, Raspberry pi, NB-IOT, Algorithm and Product design. I can assure satisfactory work. I'll be glad to work with you. Thank You!

Salve, Sono un ingegnere elettronico e delle telecomunicazioni e la mia specializzazione è wireless systems' design che ho studiato a Politecnico di Torino. Ho esperienza nella progettazione di hardware e sistemi embedded. Ho disegnato/stampato/testato molti PCB e ho una certa esperienza con la progettazione RF come; antennas, matching networks(distributed/lumped elements), filters(distributed/lumped elements), power amplifiers, dividers, feed networks, differential pairs/signals, EMI, clearance areas, shielding for EMI, conducted interference, common mode, etc, LVD, high speed data communication. Ho controllato le tue esigenze, sono sicuro che posso aiutare con il tuo progetto. Darmi tutti i dettagli e farò del mio meglio per aiutarti. Oltretutto, Ho vivito in Torino e piano di riturnare dal decembre a torino e quindi posso autarti anche in Italia. Cordinali saluti

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Hi, I have masters in electrical engineering with over 5 years of experience in oil & gas and process industry. I can help you with this task. I will need more details though. Lets discuss more over chat. Thanks,

Dear sir! I read your "To Design schematic, from Source to Terminal of Electric Heater in both cases AC and DC calculate losses, and Cost analysis and define which one is more efficient and economical to use for high power industrial electric heater 33.3 M" project requirement and ready to work with you. I have 10+ years of experience in CIRCUIT DESIGN, PCB DESIGN, ELECTRONICS etc. I have good command over your project. I'm ready to jump into your project and complete it carefully and on time. Feel free to contact me Thank you!!

Hi, I feel there is a mis-calculation somewhere. The AC power at Line voltage of 690V and phase current of 398A will be about 475kW (sqrt(3) VI). DC power at 398V and 398A will be 158kW. Can you please check and correct me. I presume that there is an error in the line currents or I am reading them wrong. I can simply say that AC will be cheaper because of the higher voltage and the fact that your incoming power is AC. But it really depends upon the kind of control you need and how accurate the temperature control has to be. If you need very accurate control, which is not possible with a simple 60 min on, 10 min off strategy then the calculation become more complex. Please feel free to get in touch with me for further information. Thanks and Regards, Sujoy

Hi there, i have thoroughly gone through your project description, i am an experts and i can help you with it. kindly send me a message. I'm a senior engineer with rich experience in Engineering, Electronics, Electrical Engineering, PCB Layout, Circuit Design. I am a Python developer with 5+ years of experience Skills: PyQt, PySide/PyQt,Scrapy, BeautifulSoup Java, C++, C#, SQL, 4, Pillow, Matplotlib, Xml, PHP, Django json, and csv modules. Expert in statistical analysis of datasets/images and apply ML/DL algorithm with python (Tensorflow, Keras,Pytorch) and R. I am interested in taking this task up for you and I hope I could awake your interest in me. Please kindly send me a message in chat window for more about the project and to adjust price, note price quoted in bid is not the final price, it can be less or more after discussing the project. I am always online, work hard and very sensitive to details. I hope to read from you in chat box. Best regards

electrical engineer from cnam Paris in France with several years experiences. I have worked in similair project and also in sustainable development. I want to see the desing of the heater

Hello, I am an expert power electronics hardware developer and my working ground is based on circuit design and PCB design. I have 8 years working experience having developed various solutions for clients in the automotive, FMCG, telecommunications and mining industries. I have a masters degree in Electronics Engineering from the University of Surrey in the UK. I can do anything that is related to the job you have advertised. Please visit my profile and contact me. I hope you give me a chance to do this work for you. Regards, Kaone

Hello. I am an electrical engineer with over 15 years of experience in working with LV and HV networks. To be honest this task is demanding but I was drawn to curiosity. I have never worked with equipment of this size, max up to 5-6 MW size HV equipment. At first sight i think that AC system is better option, it needs less equipment and thiner cables. I would like to know a few facts: -connection to the network- via transformer or directly -data on the external network or transformer -lengths of cables -cable type and size -heater connection- delta or Y Scheme and calculation can be done but the problem arises when choosing equipment. For example: The current drawn by the heater from the mains is 27500 A. The current carrying capacity of CU bus bars 300x16 is approx. 6000 A. So we need 6 CU bus bars 300x16, near the power supply