Harmony
HARMONic stabilitY assessment of PE-penetrated power systems
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Local_vs_system.h
Go to the documentation of this file.
1#ifndef LOCAL_VS_SYSTEM_H
2#define LOCAL_VS_SYSTEM_H
3
9#include "Certificate_spec.h"
11
12#include <string>
13
14class Element;
16
26
34 Element& elem,
35 StabilityEstimate& stability,
36 const std::string& converter_name,
37 const std::string& location,
38 const CertificateSpec& spec);
39
40void reportLocalVsSystem(const LocalVsSystemResult& result, bool plotting_enabled = true);
41
42#endif // LOCAL_VS_SYSTEM_H
Shared thresholds and frequency-grid settings for device certificates.
void reportLocalVsSystem(const LocalVsSystemResult &result, bool plotting_enabled=true)
Definition Local_vs_system.cpp:40
LocalVsSystemResult compareLocalVsSystem(Element &elem, StabilityEstimate &stability, const std::string &converter_name, const std::string &location, const CertificateSpec &spec)
Compare decentralized device certificate with Lekić–Beerten H = Y Z_eq.
Definition Local_vs_system.cpp:9
Device-level passivity / phase / geometric metrics and plots.
Base class for multi-phase network elements with Y-parameters and MNA stamping hooks.
Definition Element.h:29
Performs impedance-based stability assessment of network areas.
Definition Stability_estimate.h:30
Frequency-domain certificate evaluation settings.
Definition Certificate_spec.h:12
Frequency-domain certificate sweep for one device (or one H).
Definition Stability_certificate.h:22
Side-by-side local vs system certificate comparison.
Definition Local_vs_system.h:18
std::string message
Definition Local_vs_system.h:24
CertificateSweep local
Definition Local_vs_system.h:19
CertificateSweep system_H
Definition Local_vs_system.h:20
bool local_pass
Definition Local_vs_system.h:21
bool consistent
Both agree (both pass or both fail).
Definition Local_vs_system.h:23
bool system_pass
Definition Local_vs_system.h:22