In this technical study, a bachelor’s thesis explores how Edison’s storage battery performs under real test conditions and what that means for practical use.
This nonfiction work presents a detailed look at battery construction, testing methods, and the resulting data. It focuses on capacity and efficiency across different charging and discharging rates, at various temperatures, and under both normal and high-stress conditions. The analysis aims to show how design choices and operating practices affect performance, with conclusions about optimal charging strategies and what the tests reveal about the battery’s behavior.
- See how capacity and efficiency change with charging rates (for example, at 15, 20, or 30 amperes) and with different discharge rates.
- Learn about the experimental setup, including how voltage, current, time, and temperature were monitored during tests.
- Understand the role of electrolyte composition, gas evolution, and temperature control in battery performance.
- Review summarized results and conclusions that compare different test conditions and their impact on overall performance.
Ideal for readers of engineering history and practical battery research who want a grounded, data-driven look at early storage-battery testing.