Energy Storage Finance
About this course
Learning Objectives
- Explain how battery energy storage systems generate financial value across residential, commercial, and utility-scale applications, including demand charge reduction, time-of-use optimization, and grid services.
- Identify and apply key financial concepts such as levelized cost of storage, compound energy rate, and value stacking to evaluate the economics of a solar-plus-storage project.
- Navigate current federal incentives for energy storage, including the ITC, domestic content and energy community adders, bonus depreciation, and FEOC compliance requirements under the One Big Beautiful Bill.
- Recognize state-level incentive programs and market conditions that signal strong opportunities for energy storage deployment across residential and commercial segments.
- Evaluate financial structures for commercial and utility-scale projects, including offtake contracts, PPA models, and the growing role of energy storage in serving large power loads like AI data centers.
Course outline
Welcome • 9 assignments
Energy Storage Finance
Conclusion • 3 assignments
Feedback and Additional Resources
Author
Wes Kennedy
Wes has focused his career on design and application engineering in the solar PV plus energy storage deployment sector, currently with Dynapower Corporation. He managed sales engineering with Fronius inverters and was the senior application engineer for Blue Planet Energy's C&I sector and SMA America’s Hybrid Energy Solutions group. In these positions, project scope...