Solar technician training, written for your market
Climate, equipment, incentives, licensing and building stock differ enormously between markets — and so does the work a solar technician actually does. Every page in this section is written for one place.
Why does solar service training need to be local?
Because the failure patterns are local. A Phoenix array fails from heat and dust, a Houston array from moisture in its connectors, and a Minneapolis array from ice loading on its wire management. The electrical theory is universal; the diagnosis is not.
What is in each service area page?
Local climate effects on production and equipment life, the dominant equipment and its real failure patterns, named incentives and export rules, licensing and permitting reality, the building stock driving demand, and market-specific questions answered directly.
How does this connect to the Academy?
Every page links to the Solar Training Academy curriculum and certification pathways. The training itself is online and self-paced; these pages explain which parts of it matter most where you work.
Browse by area
Featured metros
- Annapolis, MarylandBaltimore Gas and Electric (BGE)
- Atlanta, GeorgiaGeorgia Power
- Austin, TexasAustin Energy
- Baltimore, MarylandBaltimore Gas and Electric (BGE)
- Boston, MassachusettsEversource
- Charlotte, North CarolinaDuke Energy Carolinas
- Chicago, IllinoisComEd
- Columbia, MarylandBaltimore Gas and Electric (BGE)
- Dallas, TexasOncor (delivery) with competitive retail providers
- Denver, ColoradoXcel Energy
- Detroit, MichiganDTE Energy
- Ellicott City, MarylandBaltimore Gas and Electric (BGE)
Train your crew for this market
The Solar Service Technician track is sixteen modules of graded field labs and a four-stage capstone — self-paced, no cohort dates.