Power and renewables

The future of grid stability

The future of grid stability white paper

Advancements in power oscillation damping

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Whitepaper

The future of grid stability

The future of grid stability

About:

Advancements in power oscillation damping

Whitepaper

The future of grid stability

About:

Advancements in power oscillation damping

The future of grid stability

Request a copy

(optional)
(optional)

Please note that by subscribing to updates, newsletters and other regular email distributions, you must be opted in to receiving informational emails from DNV. By submitting this form, you agree to this and accept that you are opted in, and you understand that you can opt-out at any time using the links in the email you receive as well as visiting the email preference centre.

Today’s power networks are large and complex, which means that different parts of the grid are not always perfectly synchronized. This can cause the power to fluctuate. Traditional power grids have synchronous generators which can help mitigate oscillations due to their inertia. However, with the increasing penetration of inverter-dominated renewable power plants, the power grids inertia is decreasing. This can reduce the quality of the power and makes the network susceptible to power cuts. This paper outlines GreenPowerMonitor’s (GPM) solution for reducing this oscillation and making the power transfer more stable, while reducing additional costs and supporting grid operators to meet regulations that ensure our power networks are ready to underpin the clean-energy transition.

Whitepaper

The future of grid stability

The future of grid stability

About:

Advancements in power oscillation damping