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🎓 Professional Training ProgramPremium Content

Applied Renewable Energy Engineering Professional Program

Learn to design real solar, storage, EV charging, and microgrid projects — PV systems, battery energy storage, grid interconnection, NEC 690/705 compliance, and financial analysis.

21 modules and 6 complete real-project design packages, with worked calculations, field documentation, and a certificate of completion.

21 Modules6 Real Projects12-Template KitQuizzesFinal ExamCertificate

Foundations

☀️
Module 1🔒
Renewable Energy Fundamentals

The renewable energy landscape, the project lifecycle, and a roadmap of this program.

🔆
Module 2🔒
Solar PV Systems

PV cell/module physics, system topologies, array configuration, and performance factors.

🔋
Module 3🔒
Battery Energy Storage Systems

Battery chemistry, BESS architecture, capacity/power ratings, and use cases.

💨
Module 4🔒
Wind Energy

Turbine fundamentals, the power curve, resource assessment, and siting.

🔌
Module 5🔒
EV Charging Infrastructure

Charging levels, connector standards, service sizing, and load management.

🏝️
Module 6🔒
Microgrids

Microgrid architecture, islanding vs. grid-connected modes, and common applications.

Codes, Compliance & Design

🔗
Module 7🔒
Grid Interconnection (IEEE 1547)

Interconnection requirements, anti-islanding, and the utility application process.

📐
Module 8🔒
NEC 690 & 705

Rapid shutdown, disconnects, grounding, and the 120% busbar rule.

🗺️
Module 9🔒
PV Layout Design

Roof/ground-mount layout, setbacks, racking selection, and inter-row shading.

🧵
Module 10🔒
String Sizing

String voltage/current calculation, temperature effects, and inverter matching.

🎛️
Module 11🔒
Inverter Selection

String vs. micro vs. optimizer tradeoffs, sizing, and grid-support functionality.

📊
Module 12🔒
Energy Modeling

Production estimation, derate factors, and performance ratio.

Delivery & Field Skills

💰
Module 13🔒
Financial Analysis

Payback, LCOE, NPV/IRR, incentives, and financing models.

🏢
Module 14🔒
Utility Coordination

Net metering, interconnection agreements, and utility rate structures.

🔧
Module 15🔒
Installation

Mechanical and electrical installation practices, and field safety.

Module 16🔒
Commissioning

Test sequences, acceptance criteria, and commissioning documentation.

🩺
Module 17🔒
Troubleshooting

Real diagnostic scenarios covering common PV, storage, and EV-charging problems.

Real Projects

🏠
Module 18🔒
Residential PV

Rooftop PV system design with a full string-sizing and rapid-shutdown compliance calc.

🏢
Module 18🔒
Commercial Rooftop

Commercial rooftop PV with a supply-side interconnection and financial analysis.

🔋
Module 18🔒
Battery Storage

Commercial BESS sized for demand-charge management with a real savings calculation.

🔌
Module 18🔒
EV Charging Station

Workplace EV charging with a load calc solved via EV energy management.

🏝️
Module 18🔒
Microgrid

Critical-facility microgrid sized for a target autonomy duration.

🏭
Module 18🔒
Utility Solar Farm

Utility-scale ground-mount solar farm design overview at MW scale.

Resources & Certification

📑
Module 19🔒
Professional Practice

Licensing, NABCEP certification, liability, and professional ethics.

📄
Module 20🔒
Documentation & Resource Kit

A downloadable kit of 12 real project templates.

🎓
Module 21🔒
Practice & Certification

A final capstone design assignment and your certificate of completion.

What's in the downloadable kit?

12 real project templates — a site assessment checklist, string sizing calculation worksheet, one-line diagram checklist, NEC 690/705 compliance checklist, interconnection application checklist, commissioning test report, change order and punch list templates, an as-built documentation checklist, an O&M log template, a production monitoring baseline sheet, and a financial analysis summary sheet. Available for download from Module 20 (Documentation & Resource Kit) once you've unlocked the program.

Coming later: sample interconnection application files and video demonstrations. Not included in this release.