Credential(s) Offered
Industry certification, Employment, Measurable Skill Gain Leading to a Credential, Measurable Skill Gain Leading to Employment
Method of Delivery
Online, e-learning, or distance learning
When offered
Daytime Hours, Evening Hours, Weekends
Instructional Program (CIP)
Description
"With the solar market expected to triple by 2028, the demand for professionals with expertise in solar photovoltaic (PV) design is skyrocketing. This Solar Design Training course focuses on practical skills essential to the job, so that you can excel within a career in solar system design.
With a customer-centric approach, you will learn to tailor your designs to meet specific customer needs, considering their energy requirements, preferences, and unique project requirements. You will also gain expertise in defining project criteria and documentation by learning to establish clear criteria for system capacity, location, budget, and timeline and create detailed documentation outlining project specifications and objectives.
Throughout this solar design course, you will delve into mechanical and electrical design principles and learn how to select appropriate equipment, such as solar panels, inverters, mounting structures, and wiring. With a focus on understanding how to optimize energy production and system reliability, you will discover custom system layouts, shading analysis, and equipment compatibility.
From start to finish, this solar PV design course provides you with the necessary knowledge to comply with local building codes, utility regulations, and interconnection requirements—so you can prepare and submit all required documentation. Furthermore, you will be able to future proof your solar system designs by implementing monitoring systems for real-time tracking and analysis of system performance for proactive maintenance and optimization.
Please note: To prepare for the certification exam, enroll in the NABCEP Certification – PV Design Specialist course, which includes Solar Design Training content, OSHA 10 training, NEC training, and dedicated exam preparation."
"What you will learn
Understand how to assess customer expectations for their solar system and tailor it by considering their energy needs, preferences, and any specific requirements they may have
Master the criteria and requirements for the solar system design project, including system capacity, location, budget, and timeline to create detailed documentation
Develop the mechanical and electrical design for the solar system, such as selecting appropriate equipment like solar panels, inverters, mounting structures, and wiring to ensure efficient energy production, system reliability, and optimize the design
Discover how to design a solar system layout, considering factors like available space, orientation, and tilt angle to maximize energy generation
Master the implementation of monitoring systems to track and analyze system performance, allowing for proactive maintenance and optimization
Navigate the process of obtaining necessary permits and approvals for the solar system design, including complying with local building codes, utility regulations, and interconnection requirements
Learn to prepare and submit all required documentation and ways to collaborate with relevant authorities to ensure a smooth approval process
How you will benefit
Enhance your understanding of Solar PV system design principles
Build upon your knowledge of Solar fundamentals by learning about key concepts and best practices in designing efficient and effective solar PV systems
Develop the skills to effectively coordinate with clients, local code officials, and other stakeholders involved in the solar installation process
Equip yourself with the key concepts presented in the NABCEP PV Design Specialist job task analysis and enhance your industry credibility
Gain the ability to assess client requirements, conduct system sizing and energy production analysis, and create comprehensive solar PV system designs
Learn and stay up to date with the latest trends and advancements in solar system design, including energy storage and smart technologies
"
Details
Program Length (Weeks)
12
Entrance Requirements
High School Diploma or Equivalent
School
Kansas City Kansas Community College
WIOA Approved Program
Yes
Training Location(s)
7250 State Avenue, Kansas City, Kansas
Local WIB
3 - Workforce Partnership
Name of Credential
Solar Design Training
Type of financial aid offered or have access to
none
Refund Policy
Is the proposed curriculum currently certified by an accrediting agency or similar national standardization program?
No
Is this proposed curriculum considered a nontraditional program of training services for women?
No
Is this proposed curriculum considered a nontraditional program of training services for men?
No
Cost Items
Books (Estimated)
$1,295.00
Testing/Exam Fees
$1,295.00
In-State Tuition
$1,295.00
Out-of-State/District Tuition
$1,295.00
Total In-State Program Cost
$3,885.00
Total Out-of-State Program Cost
$3,885.00
