Active Network Management

Short description: Electricity grid management

In electricity distribution circuits, Active Network Management (ANM) describes control systems that manage generation and load for specific purposes. This is usually done to keep system parameters (voltage, power, phase balance, reactive power and frequency) within predetermined limits. ANM generally refers to automated systems.

## Contents

* 1 Details
* 2 Examples
* 3 References
* 3.1 Notes
* 3.2 Footnotes
* 3.3 Sources
* 4 Further reading
* 5 See also

## Details

Real-time or near-real-time measurements are used with a model of the system to determine the control signals that need to be sent to users and generators. These will be requests to adjust power or other parameters. Other equipment can also be included in an ANM system that balances phases, pushes or pulls reactive power or switches circuits to achieve the desired results. The results of the requested changes are monitored and fed back into the data model.[citation needed]

Predictive and forecasting methods may be used to prepare the network for anticipated conditions. This may include delaying load from being connected if an increase in power generation (say from wind turbines, solar power, or tidal generators) is expected in the near future. It may also include bringing on load ahead of schedule (say water pumping or energy storage) ahead of anticipated uncontrollable load—especially domestic or industrial use.[citation needed]

Some systems may include an element of human intervention. This is particularly important for large and complex systems where an accurate, predictive model is impossible to produce. Anticipating human behavior is best done by humans rather than by machines and national grid companies ultimately rely on a team of experienced experts to balance the system.[citation needed]

One purpose of an ANM system can be to allow additional generating capacity to be attached to the existing electrical grid whilst allowing the generators to be shut off if the capacity of the infrastructure might be overloaded under certain conditions; while permitting the generators to be used more effectively if the grid is later "reinforced".[lower-alpha 1][1]

## Examples

* The ANM system on the Orkney is claimed have been the first such system in the British Isles in 2009.[2]

## References

### Notes

1. ↑ "Reinforced" in this context typically means upgrading cables, equipment, etc. so they are able to cope with a high power without overheating or other problematic effects

### Footnotes

1. ↑ Northern Powergrid 2017, 0:54s–1m:12s.
2. ↑ Orcadian 2020.

### Sources

* Northern Powergrid (21 November 2017). Active Network Management for a smarter powergrid. Retrieved 20 September 2021 - via YouTube.
* Orcadian (19 September 2020). "New renewable generation connections welcomed for first time in eight years". The Orcadian (Kirkwall: Orkney Media Group). https://www.orcadian.co.uk/new-renewable-generation-connections-welcomed-for-first-time-in-eight-years/.

## Further reading

* "Active Network Management — Good Practice Guide". Energy Networks Association. 2015. http://www.energynetworks.org/modx/assets/files/news/publications/1500205_ENA_ANM_report_AW_online.pdf.

## See also

* Voltage control and reactive power management
* Smart grids

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