Hydropower
Hydropower plants are vital contributors to grid stability. Pumped storage hydropower is also key, as it pumps water to higher reservoirs during periods of low electricity demand to later release the stored water through turbines to generate electricity when demand peaks. This dual capability not only supports sustainable energy generation but also enhances grid reliability by efficiently managing fluctuations in power demand.
Testimonials
We are convinced that we will get the best performance of our systems in terms of economic and ecological aspects. The first milestone has been already reached by the integration of the hydropower plant to the CyberNoc flexibility management platform. The next milestone is the integration of our planned BESS to the software and the combination of both systems - water power and BESS.
Frequently asked questions
In what ways do pumped storage facilities enhance grid flexibility?
How can the flexibility of hydropower plants and pumped storage be turned into revenue?
What strategies can increase the profitability of a hydropower plant?
How can the integration of BESS with hydropower plants be monetized?
What role do advanced technologies play in optimizing hydropower plants?
Revenue you can generate
BESS
- Make up to 300k Eur/MW/a
- Additional revenues + 30% with free bids
Power-to-Heat
- Make up to 250k EUR/MW/a
- Additional revenues + 30% with free bids
Hydro
- Make up to 180 k EUR/MW/a
- Additional revenues + 30% with free bids
*This is a sample calculation for participating in multiple markets based on energy and ancillary services market prices in 2024. The calculation is for illustrative purposes only. No claims whatsoever can be derived from this calculation.
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