modelSmartMeter

Information

1. Purpose of model

The purpose of this model is to extract realistic measurement values out of a complex root mean square simulation based on different configurations.

2. Level of detail, physical effects considered, and physical insight

Model is based on literature based standard deviation values for Smart Meter. Further details are given in [1]. The TAF7 and TAF10 configurations were added after [1].

3. Limits of validity

4. Interfaces

Input:

epp_a for connection to a complex root mean square grid simulation

Output:

epp_b for connection to a complex root mean square grid simulation

controlBus for output parameters P, Q, V, I, E, delta, f (depends on configuration case)

5. Nomenclature

See parameter and variable descriptions in the code.

6. Governing Equations

6.1. Noise calculation

Based on Modelica.Blocks.Noise.NormalNoise for Noise_Voltage, Noise_Current, Noise_Delay.

connect(Noise_Current.y, noiseCurrent_internal);

connect(Noise_Voltage.y, noiseVoltage_internal);

6.2. Electric state calculation

P = abs(epp_b.P) * noiseCurrent_internal * noiseVoltage_internal;

V = epp_b.v *noiseVoltage_internal;

I = epp_b.PI * noiseCurrent_internal;

delta = epp_b.delta*noiseVoltage_internal;

f = epp_b.f;

Q = epp_b.Q*noiseVoltage_internal*noiseCurrent_internal;

6.3. Delay calculation (if active)

State = delay(State, abs_Delay.y, maxDelay);

6.4. Configurations

Ideal: Values for P, V, I, delta, f, Q are connected to controlBus without noise and without delay.

Manual: Values for P, V, I, delta, f, Q are connected to controlBus with configured noise and delay.

TAF7: Values for P, V, I and E are connected to controlBus with noise and without delay. All values are taken the mean value over 900s and then are sampled by a discrete sampler to get the regulatory required 900s mean values.

TAF10: Values for P, V, I, delta, f, Q are connected to controlBus without noise and without delay. All values are sampled every 60s to get the regulatory required 60s effective values.

7. Remarks for Usage

Choose the configuration for purpose. Default the measurements are ideal and not delayed.

8. Validation

9. References

[1] T. Steffen, B. Wiegel, D. Babazadeh, A. Youssfi, C. Becker and V. Turau, "Generation of realistic Smart Meter Data from Prosumers for future energy system scenarios," NEIS 2022; Conference on Sustainable Energy Supply and Energy Storage Systems, Hamburg, Germany, 2022, pp. 1-6.

10. Version History

Added by Tom Steffen, Techische Universität Hamburg, Institut für Elektrische Energietechnik, 2025

Parameters

Connectors

Components