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Course Overview and Safety Framework

Course Introduction, Outcomes, and Assessment Map

Safety, Codes, and Commissioning Fundamentals for Specialized Systems

Variable Frequency Drives (VFDs) and Advanced Motor Controls

Design and Installation of VFD Motor Control Systems

Commissioning, Troubleshooting, and Reliability of VFD Systems

Building Automation and Integrated Control Systems

Building Automation System (BAS) Architectures and Protocols

Field Devices, I/O, and Control Strategies for BAS

Renewable Energy Integrations and Energy Storage

Photovoltaic (PV) Systems: Design, Installation, and Code Compliance

Energy Storage Systems (ESS) and Hybrid Integrations

Advanced Lighting Controls and Power Quality

Networked Lighting Controls: Design, Programming, and Compliance

Power Quality, Metering, and Surge Protection for Sensitive Systems

Assessment and Validation

Quiz: VFD Motor Controls and Commissioning

Quiz: Building Automation Architectures and Protocols

Quiz: PV Systems and Energy Storage Integration

Quiz: Advanced Lighting Controls and Energy Codes

Quiz: Power Quality, Metering, and Surge Protection

Course Feedback Survey

Master the design, installation, and commissioning of specialized electrical systems with a rigorous, NEC-aligned program built for working professionals. This hands-on course covers the full lifecycle of Variable Frequency Drives (VFDs), Building Automation Systems (BAS), renewable energy (PV) with Energy Storage Systems (ESS), advanced lighting controls, and power quality. You will apply NFPA 70/70E, UL, IEEE, and NFPA 855 requirements to real-world scenarios—bridging the gap between theory and field execution. Learn how to select and parameterize VFDs, mitigate harmonics, and resolve EMC issues. Architect interoperable BAS networks using BACnet, Modbus, and MQTT; implement secure OT practices; and tune control loops for reliable performance. Design PV arrays, perform rapid shutdown per NEC 690, and integrate ESS under NEC 706 with robust protection and islanding strategies. Build networked lighting solutions aligned with energy codes and integrate them with BAS and demand response. Throughout, you will practice commissioning workflows—factory and site acceptance, functional testing, documentation, and performance verification—while producing artifacts such as single-line diagrams, control schematics, and commissioning reports. If you’re a licensed electrician, technician, or engineer seeking to elevate your commissioning and controls expertise across modern, code-compliant systems, this course delivers the depth, standards alignment, and practical toolset to lead projects with confidence.

NEC-Compliant Specialized Systems: VFDs, Automation, Renewables, Lighting Controls

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            <p>Electrical projects increasingly hinge on specialized systems that must be safe, interoperable, and verifiably compliant. This course equips licensed electricians, controls technicians, and commissioning professionals to design, install, program, and validate Variable Frequency Drives (VFDs), building automation, renewable energy, energy storage, and advanced lighting controls in accordance with the National Electrical Code (NEC) and related standards. Grounded in NFPA 70, NFPA 70E, UL, IEEE, IECC/Title 24, and NFPA 855, the curriculum blends code literacy with hands-on practice, from documentation and labeling through functional testing and performance verification. You will progress from foundational safety and commissioning methods to advanced integration, power quality diagnostics, and end-to-end project delivery—culminating in a capstone-style commissioning report that mirrors real-world expectations.</p>

<p>The opening section establishes the safety framework and compliance mindset: applying NFPA 70E to energized work and arc flash risk, implementing lockout/tagout for multi-source systems, and producing single-line diagrams and control schematics aligned with NEC Articles 110, 409, 430, 690, 725, 760, and 770. You will then dive into VFD design and installation (selection, harmonics per IEEE 519, wiring, grounding, EMC, SCCR, and parameterization) before commissioning and troubleshooting with practical tools such as insulation resistance tests, harmonic filters, and EMI diagnostics. Building automation modules develop a robust understanding of BAS architectures, open protocols (BACnet, Modbus, LonWorks, MQTT/REST), OT network hygiene, and control strategies for AHUs, VAVs, and chiller plants—while addressing NEC requirements for Class 1, 2, and 3 circuits and isolation practices.</p>

<p>Renewables and storage are covered with a focus on field-ready compliance: PV array configuration, inverter selection and grid support, rapid shutdown per NEC 690, grounding, bonding, surge protection, and commissioning tests like I-V curve tracing and performance ratio analysis. Energy storage modules map ESS safety and code (NEC 706, NFPA 855), BMS protections, ventilation and spacing, and hybrid AC/DC coupling, including microgrid transitions and protection coordination. Advanced lighting content develops fluency in 0-10V, DALI, DMX, and wireless meshes (BLE, Zigbee, Thread); programming for zones, scenes, occupancy/daylight strategies; and integration with BAS for demand response and peak shaving, all while aligning energy codes with NEC wiring methods.</p>

<p>Because power quality underpins system reliability, you will learn to measure and mitigate sags, swells, transients, and harmonics that impact drives, LED drivers, and controls. Using PQ analyzers, data loggers, and waveform capture, you will correlate events, place SPDs per NEC 285, and apply grounding and bonding best practices—then translate findings into actionable commissioning documentation. Assessments include targeted quizzes for each technical domain and a comprehensive project that ties together design, verification, and reporting. By the end, you will be prepared to deliver NEC-compliant, high-performance systems that commission cleanly, operate reliably, and integrate seamlessly across electrical and controls scopes.</p>
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