Solar Battery Systems – PV Energy Storage Training

Soon, most PV systems will require energy storage. Learn to be the battery expert.

Solar PV Battery Systems Hands-On Workshop PV204 Solar PV Systems with Energy Storage – Design and Installation

24 Hours – $785.00 – 3 Day Hands-On Workshop & Lab

Be the solar installer with the know-how to design and install PV systems with energy storage (battery back-up) for stand-alone and multi-modal systems that include bimodal interactive, grid backup, net zero, and self-consumption.

Diverting energy to temporary storage will make solar energy as flexible as any other energy source.

Prerequisite: Completion of Solairgen’s PV201 Online course, or an equivalent course. We also recommend completing PV202 online.

The course runs for three days (Monday – Wednesday) with eight hours of training each day beginning at 8:30 and ending around 5:30. The course consists of approximately 70% classroom training and 30% lab work.

Completion of Solairgen training courses will provide the individual with an expanded knowledge and understanding of the construction trade. These courses are supplemental and not primary to become a licensed professional construction contractor.

This course includes design and installation methods for the leading solar battery storage and PV systems.

Stay tunned for upcoming class dates!

Here is what PV204 covers each day:

Solar PV Training Workshop	2025	2026	2027
PV204 PV Systems with Energy Storage	TBD	TBD	TBD
Registration Deadlines
Enrollment
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Monday

Source circuit designing
Insolation sourcing and formulas
Battery types and classifications
- Lead-acid
- Lithium-ion
- Nickel-Iron
- Saltwater
- Redox-Flow
NEC code review and battery safety
Charge controllers
- PWM and MPPT types
- Lighting controllers
- Linear current boosters
Lab: Inspecting and testing batteries: Working with controllers:

Tuesday

AC electrical standards
Inverters for energy storage
Designing systems for a specific purpose
- Stand alone and multimodal systems
- Self consumption systems
NEC requirements: Requirements for output circuits
- Requirements for Disconnects
- Grounding requirements
- Dedicated space requirements
- Labeling requirements on the AC output circuits
Lab: NEC labeling, load centers and inverter connections
Inverter System Designs
- AC coupled vs. DC coupled
- Integrated energy storage and control systems
- Commercial PV systems with energy storage
Lab: DC and AC coupled system setups

Wednesday

Designing Stand Alone and Multimodal Systems
- Example: Bimodal PV system configuration
Designing Bimodal / Self-consumption Systems
- Example: AC Coupled bimodal / Self-consumption
Exercise: Bimodal Self-consumption configuration
LAB: Interconnection of AC coupled system

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