Behind-Meter Power System Design

@Mahihassi

As an experienced Electrical Engineer with a Master's in Embedded Systems, I have honed my skills in designing and implementing complex power systems, precisely what your behind-the-meter plant project demands. My vast expertise in Microgrid & DER Integration perfectly aligns with your needs for overseeing the integration, coordination, protection, and synchronization of diverse power sources. Proficient at producing detailed single-lines, sizing cables and protective devices, defining control wiring, and network topology, I am well-positioned to deliver the construction-ready electrical design you require. I'm capable of conducting comprehensive load-flow, short-circuit and arc-flash studies using high-performing tools like ETAP or SKM models. With proficiency in AutoCAD and a knack for producing native ACAD and searchable PDF drawings sets promptly, I will make sure that all your required specifications are met without deviations. Given my track record of delivering successful projects involving firmware development, PCB design, IoT product engineering along with a strong grasp on NEC 2023, IEEE 1547,I’m confident I can take this project from concept to stamped plans on a milestone schedule agreed upon by both of us. Let’s collaborate together to transform your vision into tangible reality!

@macroenergy

As a seasoned electrical engineer with a vast range of skills and expertise, I am uniquely qualified to tackle your project. My knowledge and understanding of circuit design, electronics, and PCB layout have positioned me well for this specific role where the task is to pull together multiple energy resources into a coherent whole. Furthermore, I have considerable experience in power electronics and renewable energy systems - invaluable for an undertaking involving solar, battery storage, and gas engine systems as yours does. My skills and competencies extend to the use of tools such as Matlab for simulation - a valuable asset in providng essential load-flow, short-circuit, and arc-flash studies for your project. In addition, my diligent approach ensures that quality remains paramount at every stage of the work - from preparing detailed equipment specifications to generating suitable drawing set. This meticulousness will be crucial in ensuring your project remains within code-compliance and satisfies all relevant standards (NEC 2023, IEEE 1547, local AHJ amendments). Safeguarding seamless utility interconnection engineering submission also isn't overlooked. As we move forward together from concept to stamped plans on a milestone schedule, you can count on me to bring the same commitment and dedication that has marked my career so far. Let's power your project with my expertise!

@Ryan15222

Having reviewed the specifics of your Behind-Meter Power System Design project, I can confidently say that I possess the experience combined with a well-honed skill set to deliver on its requirements. My skills in AutoCAD will ensure that I capture every single detail in your provided specifications and bring them perfectly into reality. This coupled with my proficiency in Electrical Engineering and Electronics creates an assurance to design a cohesive, code-compliant package that ties seamlessly to your existing assets. In addition, my extensive background in PCB layout and schematic design guarantees accurate control wiring and network topology development for optimum performance. I understand the gravity of fault tolerance within such complex power systems; hence, my expertise spanning load-flow, short-circuit, and arc-flash studies will add substantial value to the whole project process. My unique ability to harmoniously unite seemingly disjointed components into a functioning, practical whole is what truly distinguishes me as your top contender. Let's leverage on my cross-disciplinary capabilities to transform this concept to stamped plans on a milestone schedule for first-upload acceptance by the utility’s interconnection engineering portal. Make the informed decision. Hire me!