Name: Photovoltaic Engineering Technology
SKU: N/A

Photovoltaic Engineering Technology

Course Overview

This course is oriented toward positions in photovoltaic (PV) power station planning and design, installation and commissioning, operation and maintenance, and engineering construction and management in Photovoltaic Engineering Technology, helping learners develop practical technical capabilities capable of engaging in PV product manufacturing and PV power system design, installation, commissioning, and maintenance. This course covers core skill areas including:

PV power generation principles
PV cell and module fabrication
Engineering drawing and CAD
Electrical and electronic engineering
Power conversion.

Adopting an integrated theory-and-practice teaching approach, the program delivers project-based instruction built on real production projects and typical work tasks, combined with artificial intelligence and other technologies to implement digital transformation, cultivating versatile technical professionals who can meet the demands of the PV industry's intelligent development.

Why This Course?

1.Curriculum

Integrates theory with practice through project-driven learning, supporting practical skill application.

2.Standards

Aligned with international technical skill standards, meeting PV industry job requirements.

3.Faculty

Enterprise engineers and academic experts co-deliver instruction.

4.Platform

Equipped with comprehensive training facilities, leveraging cutting-edge information technologies including virtual simulation, big data, and cloud computing.

5.Outcomes

Directly aligned with PV industry development needs, developing skilled technical personnel and supporting career development in PV-related roles.

What You'll Be Able to Do?

1. PV System Design

Master solar energy resource assessment and PV power station site survey and inspection
Perform equipment selection and capacity design for PV power systems
Design PV grid-connected generation array systems and electrical systems
Apply carbon emission monitoring and carbon trading volume calculation for PV power stations

2. PV Power Station Construction

Install and commission PV power station mounting structures, modules, and electrical equipment
Apply project organization management, engineering budget management, and schedule management knowledge
Compile construction organization design and management process technical documents
Perform commissioning, inspection, testing, and acceptance management of primary and secondary equipment in PV power stations

3. PV Power Station Operation and Maintenance

Analyze common faults in large-scale ground-mounted grid-connected and distributed grid-connected PV power stations
Maintain PV modules and mounting structures
Inspect and maintain PV grid-connected inverters and power distribution lines
Manage control, operation, monitoring, and energy management of intelligent microgrids

What You Will Learn?

Training Skills	Description
System Planning and Design	PV power station site survey and inspection, equipment selection, capacity design, series-parallel connection calculation, and cost-benefit analysis pv grid-connected generation array system design and electrical system design Carbon emission assessment and carbon trading
Power Station Construction	Construction organization design compilation, schedule management, safety management, and quality management Installation and commissioning of pv power station mounting structures, modules, and electrical equipment Commissioning, inspection, testing, and acceptance management of primary and secondary equipment
Power Station Operation and Maintenance	Fault analysis for large-scale ground-mounted grid-connected and distributed grid-connected pv power stations Maintenance of pv modules, mounting structures, inverters, and monitoring systems Operation and fault handling of primary and secondary systems
Intelligent Microgrid Technology	Working principles and capacity configuration of energy storage systems Intelligent microgrid control, operation, monitoring, and energy management Microgrid protection Microgrid system simulation and intelligent microgrid planning and design

Learning Environment

The course is equipped with comprehensive training facilities, including:

Electrical Engineering Technology Training Lab

AC power supply equipment, DC power supply equipment, test and measurement instruments, electrical tools, etc.

Electronic Technology Training Lab

Function signal generators, frequency counters, electronic tools and training kits, etc.

PLC Electrical Control Training Lab

Electrical control system training platforms, PLCs, AC and DC motors, and other equipment.

PV Module Production Training Lab

Laser scribing machines, soldering stations, EL testers, laminators, framing machines, etc.

PV Power System Design Training Lab

PV power system design and simulation software, etc.

Wind-Solar Hybrid Power System Installation and Commissioning Training Lab

PV power supply systems, wind power supply systems, inverter systems, etc.

PV Power Station Construction Training Lab

Grid-connected PV power station with an installed capacity of no less than 60 kW.

PV Power Station O&M Industry-Education Integration Training Base

PV cell testing equipment, inverter systems, power station control systems, etc.

Intelligent Microgrid Training Lab

PV modules, inverters, combiner boxes, power distribution cabinets, microgrid operation systems, etc.

Learning Environment

Company Strength

At ECR Academy, our Photovoltaic Engineering Technology training programs are backed by unmatched industry depth and global reach. We've delivered professional training to nearly 500,000 participants across 28 countries since 2010, with over 300,000 learners earning recognized certifications. Our curriculum benefits from a robust ecosystem featuring more than 3,300 industry and academic experts, partnerships with over 500 enterprises, and access to 60,000+ educational resources including simulation platforms, case studies, and assessment systems. With 16 years of experience in vocational education and over 150 skills competitions organized, we bring real-world expertise directly into your learning journey. Our project-driven approach combines enterprise engineers with college experts, ensuring you gain skills aligned with current photovoltaic industry demands—from module efficiency optimization to grid integration challenges—preparing you for meaningful careers in solar energy innovation.

Company Strength

FAQ

Q: Can I take this course with no prior background?

A: Yes. The course starts from foundational theory and progresses step by step, covering professional fundamentals such as electrical and electronic engineering and engineering drawing. Equipped with comprehensive training facilities and experienced instructors, it helps students with no prior background gradually master the core skills of the product.

Q: What career paths are available after completing the program?

A: Learners can prepare for roles such as:

PV Power Station Planning and Design Engineer
PV Power Station Installation and Commissioning Engineer
PV Power Station Operation and Maintenance Engineer
PV Product Design and Process Engineer
Intelligent Microgrid Operation and Maintenance Engineer
PV Power Station Engineering Project Management Engineer

Q: How does this program differ from traditional electric power programs?

A: This program focuses specifically on photovoltaic power generation technology. Compared to traditional electric power programs, it places greater emphasis on professional skills in solar power system planning and design, construction, and operation and maintenance, cultivating students to master full-lifecycle management capabilities of PV power stations, adapting to the rapid development needs of the new energy industry.

Contact Us

Ready to advance your skills in renewable energy? Connect with ECR Academy today at ecr2008@enteredu.com and discover how our Photovoltaic Engineering Technology programs can empower your future.