Fully online technical training designed around real industry demand, so you can specialize at your own pace.
10/31/2026
Start Date
2 months
Duration
100
Total Hours
6 Modules
Program
Duration
Total Hours
Program
Start Date
The Course in Wind Energy from ICTESS is built to train technicians specialized in the sizing, installation, and maintenance of wind generation systems. The program covers both the aerodynamic fundamentals of wind turbines and the practical applications of small and medium scale installations for behind-the-meter generation, rural properties, and industrial sites.
You will learn the technical calculations behind rotor selection based on a site’s wind curves, the charge control and regulation systems that optimize energy capture, and the strategies for hybridizing with solar PV and batteries to guarantee continuous supply. The course includes practical training in mounts, towers, commissioning, and operation, closing with a Capstone Project in which you apply everything to a real wind installation.
The distributed wind sector is growing steadily, driven by demand for on-site generation and the electrification of rural areas. Small and medium wind installations need professionals able to assess the local wind resource, select the right equipment, and design hybrid systems that maximize energy capture at sites with variable wind.
The course qualifies you for specialized technical roles at installation companies, renewable equipment distributors, engineering firms serving on-site generation projects, and the technical departments of energy cooperatives. You will be ready to work as a wind system installer, turbine maintenance lead, hybrid installation designer, or technical advisor on behind-the-meter wind solutions.
The program prepares you to manage complete wind installations: running wind resource studies through meteorological data analysis, sizing turbines to the site’s characteristics, designing charge control and regulation systems, configuring hybrid setups with solar and storage, and executing commissioning procedures to applicable technical standards, including ASCE 7 wind-load design for towers and foundations.
You will also build the skills to perform preventive and corrective maintenance on turbines, diagnose faults in regulation systems, optimize the performance of existing installations, and propose efficiency improvements in hybrid systems. The practical focus lets you apply what you learn to live distributed renewable projects right away.
Study from anywhere with no commuting, fitting your wind specialization around the job you already have.
Organize your study around your own availability. Move through the content when it suits you and go back over whatever you need to reinforce.
Learn from real wind installation case studies. Size systems, select equipment, and design hybrid configurations.
Technical video lessons, updated downloadable materials, forums with specialized instructors, and practical exercises.
With ICTESS you get specialized technical training in wind energy, built around professional practice and designed so you master the competencies the renewable installation sector is actually hiring for. Learn with an up-to-date methodology and real project case studies.
What you'll achieve
Interpret wind curves and Weibull distributions to assess the wind potential of a site and select the optimal rotor based on cut-in and rated speeds.
Size charge control and wind regulation systems applying technical criteria of protection, efficiency, and compatibility with inverters and battery storage.
Design wind-solar hybrid configurations with storage, optimizing the complementarity between sources and guaranteeing continuous supply.
Calculate and specify mounts, towers, and foundations for wind turbines under ASCE 7 wind-load provisions and site soil conditions.
Execute commissioning protocols, operating parameter verification, and preventive maintenance strategies to guarantee optimal performance of wind installations.
Distributed wind represents a growing opportunity in the energy mix, particularly in rural, agricultural, and industrial areas where the wind resource complements solar generation effectively. Policy support for distributed and behind-the-meter generation keeps expanding, and wind-solar hybrid systems offer greater supply stability by drawing on the complementarity between wind and sun across the day and the seasons.
A technical niche with less professional saturation: While the solar sector has an abundant supply of technicians, small wind faces a shortage of professionals able to assess the wind resource correctly, select the right equipment, and design optimized hybrid installations. That specialization opens job opportunities in a less crowded segment.
Growing demand for hybrid systems: On-site generation customers increasingly want solutions that combine wind and solar with storage to maximize their energy independence. Designing these configurations requires specific knowledge of both technologies and their integration, skills that remain scarce in today’s labor market.
Rural electrification and industrial applications: Small wind installations are essential for electrifying farms, livestock operations, and off-grid sites. They also find use in industrial settings where the nighttime consumption profile lines up with wind availability, complementing existing solar installations.
Completing the Course in Wind Energy places you in a specialized technical niche within the renewable sector, where demand for professionals qualified in small and medium wind installations keeps growing, driven by on-site generation and rural electrification.
Differentiating technical specialization: Distributed wind requires specific knowledge that generalist renewable training does not cover. Mastering rotor selection by wind curve, regulation systems, and solar hybridization sets you apart as a technical professional in a segment with far less competition than conventional photovoltaics.
Capability for complete hybrid projects: The sector is moving toward systems that combine multiple renewable sources with storage. This training lets you design optimized wind-solar hybrid installations, a skill increasingly in demand from installers and clients pursuing energy independence.
Installation and maintenance skills: You will gain practical abilities to run commissioning, verify operating parameters, and perform preventive maintenance on wind turbines. That end-to-end technical capability lets you offer complete installation and aftersales services, raising your professional value in the market.
Recognized professional certification: The ICTESS professional certificate documents your technical specialization in wind systems, strengthening your position in the job market and validating your competencies.
This course is designed for professionals and technicians looking to specialize in the sizing, installation, and maintenance of small and medium scale wind generation systems. Recommended profiles include:
Program details
The Capstone Project is the culminating stage of the training and represents the practical integration of every technical competency developed during the program. It consists of the complete development of a real wind installation project, from resource assessment through the proposed operation and maintenance plan, applying the technical methodologies and sizing criteria used in professional practice.
The project covers the wind resource analysis for the selected site through the interpretation of meteorological data and Weibull distributions, the technical selection of the optimal turbine by power curve and characteristic speeds, the sizing of the regulation and charge control system, and the design of the hybrid configuration with solar and batteries where applicable. You will calculate the support structure and tower against wind loads under ASCE 7 and produce the annual energy production estimate.
The work also includes the installation’s electrical diagram, the specification of protections and safety devices, the commissioning protocol with operating parameter verification, and the preventive maintenance plan that keeps performance where it should be. The final documentation must be delivered at the technical level and professional format demanded by permit submittal packages, demonstrating your ability to produce complete documentation applicable to real installations.
The Course in Wind Energy gives you hands-on practice with the calculation methods used across the industry: interpreting wind curves and Weibull distributions to characterize a site’s wind resource, applying IEC 61400-12 power performance data to compare turbine options, and using annual energy production estimation tools to size a system against expected demand. You’ll also work through the compatibility calculations between turbines, charge controllers, inverters, and battery banks needed to design a reliable wind-solar hybrid system.
Prior electrical knowledge isn’t a strict requirement, but a working understanding of basic electrical concepts (voltage, current, wiring) is recommended, since the course covers charge control systems, regulation equipment, and hybrid system electrical design under NEC Article 694. The program works well both for electricians and renewable installers extending into wind, and for technicians or graduates building wind-specific skills from a solar or general electrical background. To perform installation work professionally, you’ll still need to meet your state’s or jurisdiction’s licensing requirements.
The ICTESS professional certificate documents your specialized technical training in small and medium wind system design, sizing, and maintenance, and is recognized by companies in the sector as evidence of specific competencies. It complements, rather than replaces, any electrical or contracting license required to perform installation work or to interconnect a system with the local utility. Many installation companies and distributors value this certification because it shows a technician can assess wind resources, size hybrid systems, and manage installations end to end.
This Course in Wind Energy stands out because it focuses specifically on small and medium distributed wind, a segment most renewable training overlooks in favor of solar PV. Where general renewable energy courses give a broad overview, this program goes deep into wind-specific technical skills: wind resource assessment with Weibull distributions, rotor selection by power curve, charge control and regulation system design, structural calculations for towers and foundations under ASCE 7, and wind-solar hybrid configuration. That specialization fills a real gap, since qualified distributed-wind technicians remain far scarcer than solar installers.
