Deep dive course on solar PV and energy storage in the 2020 National Electric Code
A solar crash course for folks new to the solar industry or working outside of the industry, but who still need a solid foundation of PV and energy storage technology and the process of going solar from initial site visit to installation.
IREC-Certified Master Trainer Christopher LaForge's deep dive into battery-based solar PV systems. A one-of-a-kind opportunity to learn about designing storage systems from a true master.
Students who participate in this free lecture will be able to properly define battery capacity, define amp-hours and watt-hours, understand the active elements of a battery and how they affect capacity.
Learn the elements of energy storage for residential and commercial clients with this introductory overview of the field. This free course is led by expert Chris LaForge.
Learn how commercial scale storage will affect the market for commercial clients, some of the major players that are in the current expanding field and see how small utilities will benefit from this scale of storage added to Commercial PV arrays.
This case study presents the Kroska Residential PV installation Seminar that blends two PV system designs (battery free and battery back-up) and accommodates two roof planes and types.
This course covers an overview of the "future-proofing solar savings" concept. The changes being proposed and implemented depend on state and utility territory, but the one general commodity that most share is that they typically erode the savings.
Panelists share their unique and interesting applications of solar technology, including solar greenhouses, solar generators, and more.
We unpack the mechanics of how exactly NEM Paired Storage works, and illustrate the added value it can provide for both Residential & Commercial solar + storage projects.
This one hour lecture builds the case for battery energy storage systems and then discusses specific use cases for those systems.
Important findings from a rigorous, months-long analysis where we studied the economics of solar + storage projects on every C&I (commercial and industrial) utility rate tariff in California’s Investor-Owned Utility (PG&E, SCE, SDG&E) territories.
This lecture demonstrates how to accurately, objectively, and transparently model the economics for any type of behind-the-meter (BTM) energy storage project.
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