| 1 | Overview of energy storage systems, scope, introduction, features and usage areas of energy storage | [1]-[3] |
| 2 | The importance and features of electrical energy storage systems | [1]-[3] |
| 3 | The importance of energy storage systems and the range of use of their equipment and the future of the market | [1]-[3] |
| 4 | Renewable Energy Resources and Thermal energy storage systems, Heat pumps | [1]-[3] |
| 5 | Storage Methods of Energy Obtained from Renewable Energy Resources | [1]-[3] |
| 6 | Calculations of Storage Methods of Energy Obtained from Renewable Energy Resources | [1]-[3] |
| 7 | Chemical energy storage systems, advantages-disadvantages, limitations. | [1]-[3] |
| 8 | Electromagnetic energy storage systems, double-layer capacitors, superconducting magnetic energy storage usage areas | [1]-[3] |
| 9 | Electrochemical Storage Systems: Batteries and operating principles, battery performance evaluation methods | [1]-[3] |
| 10 | Basic battery chemistry and voltage. Li-ion batteries, metal hydride batteries vs lead acid batteries | [1]-[3] |
| 11 | Supercapacitors: working principles, types, performance characteristics, battery - supercapacitor differences. Electrochemical hybrid supercapacitors | [1]-[3] |
| 12 | Storage operating principles and types in fuel cells | [1]-[3] |
| 13 | Latest developments and future place of Energy Storage Technologies | [1]-[3] |
| 14 | General topic review | |