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 either the PV202 online or PV203 hands-on course prior to enrolling in this course.

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 IREC-Logo-Training-Providermethods 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	Feb. 2024	March 2024	April 2024
PV203 PV System Design and Installation	26th – 29th	25th – 28th	29th – May 2nd
Registration Deadlines	Feb. 12th	March 11th	April. 15th
Enrollment	Open	Open	Open
Status	Unconfirmed	Unconfirmed	Unconfirmed

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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