Renewable Electricity Technical Certificates
17-482-1 Renewable Electricity - Photovoltaic
and/or 17-482-2 Renewable Electricity - Wind--planned for 2011
Offered at Ashland (Certificate may be extended to other campuses in future years)
Overview
This certificate provides you with the opportunity to acquire the knowledge and skills necessary to plan, install, and maintain wind and solar (photovoltaic) renewable electrical energy systems. Renewable electricity refers to the generation of electric power by renewable means. Today, most electric power is generated by burning non-renewable, polluting, fossil fuels (primarily coal and oil). Most states have set goals of producing commercial energy from renewable sources such as photovoltaic (PV) and wind systems. Wisconsin, for example, has set a goal of 25% renewable energy by the year 2025 (25x25).
Special Features
There is a growing field of scientists and others who believe that wind and PV will be fulfilling the majority of energy needs in the future - even as early as 2030.
Student Profile
As a student in the Renewable Electricity certificate you should:
- Be enthusiastic about renewable energy concepts and systems
- Enjoy working outdoors with technical equipment and related tools
- Be meticulous in your work habits
- Want to be part of the growing field of renewable (green) energy systems
- Have an interest in using computers to analyze complex data
- Have experience working as an electrical contractor/electrician and desire training with renewable energy systems
- Be interested in ways you can reduce your carbon footprint using renewable energy systems
Preparation for Admission
A background in the following areas will help you prepare for this program:
- Familiarity with scientific calculators
- Experience using computer word processing and spreadsheet software
- Basic math skills, including elementary algebra
- Good written and verbal communication skills
Outcomes
Employers will expect you, as a graduate of the certificate, to be able to:
- Evaluate a site's electrical energy needs by creating a load profile
- Suggest some basic conservation and efficiency strategies that minimize a site's energy demands
- Write a report assessing a site's suitability for renewable energy systems
- Specify the design of a renewable energy system based on energy needs and budget
- Install, test, and troubleshoot/maintain solar photovoltaic and/or wind energy systems
