Difference between revisions of "Pumped Hydroelectric Energy Storage"
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| Line 9: | Line 9: | ||
|Has Varieties= | |Has Varieties= | ||
|Has Efficiency Range=70-85% | |Has Efficiency Range=70-85% | ||
|Has Cycle Life=60-100 years< | |Has Cycle Life=60-100 years<sup>1</sup> | ||
|Has Technology readiness level=9 - Fully Mature | |Has Technology readiness level=9 - Fully Mature | ||
|Has Benefits=* Ability to integrate inverter-based renewables | |Has Benefits=* Ability to integrate inverter-based renewables | ||
| Line 20: | Line 20: | ||
|Has Installed Capacity=>160 GW | |Has Installed Capacity=>160 GW | ||
}} | }} | ||
<ref>The world’s water battery: Pumped hydropower storage and the clean energy transition, IHA, December 2018"</ref> | |||
Latest revision as of 15:51, 22 December 2021
Basic Technology Characteristics
Cross section of a pumped hydroelectricity station. Image Courtesy of Voith Hydro. | |
|---|---|
| How it Works: | Gravitational potential energy ↔ kinetic energy ↔ electricity
Water is pumped up hill with excess electrical energy which is stored as gravitational potential energy. When energy is needed, water flows down through the generator to produce electricity. |
| Benefits: |
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| Challenges: |
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| Technology Variations: | |
| Applications: | Bulk, long-duration services, power regulation and load following |
| AC RTE Efficiency: | 70-85% |
| Cycle Life: | 60-100 years1 |
| Technology Readiness Level (TRL): | 9 - Fully Mature |
| Installed Capacity: | >160 GW |
- ↑ The world’s water battery: Pumped hydropower storage and the clean energy transition, IHA, December 2018"