ENER 221 PV Grid-Tied Electric Systems and ENER 222 PV Battery-Based Electric Systems

ENER 221 PV Grid-Tied Electric Systems

PV Grid-tied Electric Systems presents the key components of photovoltaic (PV) conversion systems to produce electricity from sunlight. Solar module types and properties, balance of system components for utility interface, energy management, and economics for a variety of PV applications are studied. The course includes details of installation, operation, and evaluation of photovoltaic systems that are connected to the existing electrical system. Students will participate in a team-based design project. The course along with ENER 222 (PV Battery-based Electric Systems), include preparation for the NABCEP (North American Board of Certified Energy Practitioners) PV Associate exam. The lab component provides hands-on experience with the key components of utility interconnected photovoltaic conversion systems to produce electricity from sunlight.

ENER 222 PV Battery-Based Electric Systems

Solar Electric Energy presents the key components of Battery Based photovoltaic (PV) conversion systems to produce electricity from sunlight. Solar module types and properties, balance of system components, for stand-alone Systems. Bi-Modal energy management, and economics for a variety of PV applications are studied. The course includes details of installation, operation, and evaluation of Stand Alone and Multi-Modal photovoltaic systems. Students will participate in a team-based design project. The course includes preparation for the NABCEP (North American Board of Certified Energy Practitioners) PV Associate exam along with ENER 221, PV Grid-tied Electric Systems. The lab component provides hands-on experience with the key components of Battery Based PV conversion systems to produce and store electricity from sunlight.

Read the Associate Handbook for further credentialing information.

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