VeraGridEngine.IO.others package

Submodules

VeraGridEngine.IO.others.anarede module

class VeraGridEngine.IO.others.anarede.PWFParser[source]

Bases: object

to_veragrid() → MultiCircuit[source]: Convert Anarede grid to VeraGrid :return:

class VeraGridEngine.IO.others.anarede.PwfBus[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(vg_dict: Dict[str, PwfVoltageGroup]) → Bus[source]

Parameters:: vg_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfComment[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfDCLine[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → HvdcLine[source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfEquipmentConnection[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfGenerator[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → Generator[source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfGeneratorIdentification[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfGeneratorReactance[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfInjection[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfLine[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → Line[source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfLoad[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → Load[source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfMotorConfiguration[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfNetwork[source]

Bases: object

add_device(device)[source]: Add a device to the appropriate list based on its class type. :param device: :return:

to_veragrid() → MultiCircuit[source]

Returns:

class VeraGridEngine.IO.others.anarede.PwfShunt[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → list[tuple[int, Shunt]][source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfStaticCompensator[source]

Bases: object

StaticCompensator

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → tuple[int, ControllableShunt][source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfTransformer[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

to_veragrid(bus_dict: Dict[int, Bus]) → Transformer2W[source]

Parameters:: bus_dict
Returns:

class VeraGridEngine.IO.others.anarede.PwfTransformerSettings[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfVoltageGroup[source]

Bases: object

PwfBus

parse(line: str) → None[source]

Parameters:: line
Returns:

class VeraGridEngine.IO.others.anarede.PwfVoltageLimitGroup[source]

Bases: object

parse(line: str) → None[source]

Parameters:: line
Returns:

VeraGridEngine.IO.others.dpx_parser module

VeraGridEngine.IO.others.dpx_parser.load_dpx(file_name, contraction_factor=1000) → tuple[MultiCircuit | Any, Logger | Any][source]: Read DPX file :param file_name: file name :param contraction_factor: contraction factor :return: MultiCircuit

VeraGridEngine.IO.others.dpx_parser.read_dpx_data(file_name)[source]: Read the DPX file into a structured dictionary :param file_name: :return:

VeraGridEngine.IO.others.dpx_parser.reformat(val)[source]: Pick string and give it format :param val: string value :return: int, float or string

VeraGridEngine.IO.others.dpx_parser.repack(data_structures, logger=<VeraGridEngine.basic_structures.Logger object>, verbose=False)[source]: Pack the values as DataFrames with headers where available :param data_structures: Raw data structures :param logger: logger (inherited) :param verbose: print extra stuff :return:

VeraGridEngine.IO.others.helper_pow2pp module

VeraGridEngine.IO.others.helper_pow2pp.add_new_buses_to_pandapower_net(new_buses, pandapower_net, voltage_level: Series, assign_id_column_if_not_set=True)[source]

VeraGridEngine.IO.others.helper_pow2pp.catch_exceptions(func)[source]

VeraGridEngine.IO.others.helper_pow2pp.connect_elements_to_switches_bus_breaker(all_switches: DataFrame, elements_connected_to_switches: DataFrame, pandapower_net: pandapower.pandapowerNet)[source]

VeraGridEngine.IO.others.helper_pow2pp.connect_elements_to_switches_node_breaker(all_switches: DataFrame, pandapower_net: pandapower.pandapowerNet)[source]

VeraGridEngine.IO.others.helper_pow2pp.create_and_match_buses_for_switches(pandapower_net, powsybl_net) → DataFrame[source]: Parameters

pandapower_net powsybl_net

Returns

pandapower only allows two types of switches: bus-bus switches and bus-element switches. In the first case, a switch is connected to two pandapower-buses, in the second case, a switch is connected to a pandapower-bus and an element from another pandapower-net-table. Only lines 2w-transformers and 3w-transformers are allowed as elements for a bus-element-switch.

powsybl models switches differently: The connections between switches and elements are defined by nodes. Either switches share nodes with other switches or elements or they share a connection via another node.

There are three cases: 1. A switch shares a node with an element.

a. In this case, if the element is a transformer or a line, the element-index will be referenced in the column ‘element’ of table switch and the element type in the column ‘et’. b. If the element is not a transformer or a line, we need to create a new bus between the element and the switch. The index of this new bus will then be referenced in the column ‘element’ and the entry in column ‘et’ will be ‘b’.

2. Two switches share a node. In this case, we need to create a new bus between the switches. It will be referenced in either the ‘bus’- or the ‘element’-column. 3. The nodes of two switches have an internal connection via another node. In this case, for each of these nodes not directly referenced by any switch, we create a new bus. The new bus will be referenced by the switches in either the ‘bus’- or the ‘element’-column.

VeraGridEngine.IO.others.helper_pow2pp.create_and_match_buses_for_switches_per_voltage_level_bus_breaker(all_switches: DataFrame, elements_connected_to_switches: DataFrame, pandapower_net: pandapower.pandapowerNet, powsybl_net: pypowsybl.network.Network, voltage_level: Series) → tuple[DataFrame, DataFrame][source]

VeraGridEngine.IO.others.helper_pow2pp.create_and_match_buses_for_switches_per_voltage_level_node_breaker(all_switches: DataFrame, pandapower_net: pandapower.pandapowerNet, powsybl_net: pypowsybl.network.Network, voltage_level: Series) → DataFrame[source]

VeraGridEngine.IO.others.helper_pow2pp.create_new_buses(nodes: Sequence, highest_bus_index: int) → tuple[DataFrame, int][source]

VeraGridEngine.IO.others.helper_pow2pp.create_switches(*args, **kwargs)[source]

VeraGridEngine.IO.others.helper_pow2pp.drop_irrelevant_columns(element_table: DataFrame, element_type: str) → DataFrame[source]

VeraGridEngine.IO.others.helper_pow2pp.find_voltage_levels(element_table: DataFrame, powsybl_net: Network) → DataFrame[source]

VeraGridEngine.IO.others.helper_pow2pp.initialise_new_columns(switches)[source]

VeraGridEngine.IO.others.helper_pow2pp.set_index_as_column(dataframe)[source]

VeraGridEngine.IO.others.ipa_parser module

VeraGridEngine.IO.others.ipa_parser.load_iPA(file_name) → MultiCircuit[source]: Read the nuts’ Indra file format :param file_name: json file name :return: MultiCircuit

VeraGridEngine.IO.others.pandapower_parser module

class VeraGridEngine.IO.others.pandapower_parser.Panda2VeraGrid(file_or_net: str | 'pandapowerNet', logger: Logger | None = None)[source]

Bases: object

extract_tap_changers(row) → TapChanger | None[source]: # Tap changer mapping (pandapower → GridCal) # # Ratio + tap_step_percent only: # dV = tap_step_percent / 100 # asymmetry_angle = 0° # # Ratio + tap_step_percent + tap_step_degree (cross regulator): # δu = tap_step_percent / 100 # α = tap_step_degree (phase shift per tap, deg) # # Conversion (UCTE): # tan(α) = (δu · sinΘ) / (1 + δu · cosΘ) # ⇒ Θ = α + arcsin(sin(α) / δu) # # If δu = 0 or |sin(α)| > δu: # Fallback → treat as Ideal phase shifter: # dV = 0 # asymmetry_angle = α # # Symmetrical: # dV = tap_step_percent / 100 # asymmetry_angle = 90° # # Ideal: # dV = 0 # asymmetry_angle = tap_step_degree For “Symmetrical” and “Ideal”, mapping stays as before.

get_api_object_by_registry(panda_type: str, panda_code: int) → Generator | Battery | Load | ExternalGrid | StaticGenerator | Shunt | ControllableShunt | CurrentInjection | Line | DcLine | Transformer2W | HvdcLine | VSC | UPFC | Winding | Switch | SeriesReactance | FluidNode | FluidPath | FluidP2x | FluidTurbine | FluidPump | Substation | Bus | BusBar | VoltageLevel | Country | Region | Community | Municipality | Area | Zone | Transformer3W | TransformerNW | OverheadLineType | Wire | TransformerType | EmissionGas | BranchGroup | LineLocations | LineLocation | ModellingAuthority | Facility | Fuel | Investment | InvestmentsGroup | Contingency | ContingencyGroup | RemedialAction | RemedialActionGroup | Technology | Owner | UndergroundLineType | SequenceLineType | RmsModelTemplate | EmtModelTemplate | FmuTemplate | RmsEvent | RmsEventsGroup | ShortCircuitEvent | IfMeasurement | ItMeasurement | QfMeasurement | PfMeasurement | QtMeasurement | PtMeasurement | QiMeasurement | PiMeasurement | VmMeasurement | VaMeasurement | PgMeasurement | QgMeasurement | None[source]: Get a previously registered veragrid object from a pandapower table-key :param panda_type: table name :param panda_code: index key :return: VeraGrid object

get_multicircuit(convert_switches: bool = True) → MultiCircuit[source]: Get a VeraGrid Multi-circuit from a PandaPower grid :return: MultiCircuit

parse_buses(grid: MultiCircuit) → Dict[str | int, Bus][source]: Add buses to the VeraGrid grid based on Pandapower data :param grid: MultiCircuit grid :return: PP row name or index to VeraGrid Bus object

parse_external_grids(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add external grid (slack bus) generators to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary: :return:

parse_generators(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add synchronous generators (row) to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary: :return:

parse_impedances(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add impedances to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary: :return:

parse_lines(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add lines (conductors) to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary:

parse_loads(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add loads to the VeraGrid grid based on Pandapower data :param grid: MultiCircuit grid :param bus_dictionary:

parse_measurements(grid: MultiCircuit)[source]

Parameters:: grid
Returns:

parse_shunts(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add shunts to the VeraGrid grid based on Pandapower data :param grid: MultiCircuit grid :param bus_dictionary:

parse_static_generators(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add synchronous generators (row) to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary: :return:

parse_storage(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add storages to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary: :return:

parse_switches(grid: MultiCircuit, bus_dictionary: Dict[str | int, Bus])[source]: See: https://pandapower.readthedocs.io/en/latest/elements/switch.html :param grid: MultiCircuit grid :param bus_dictionary: :return:

parse_transformers(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add transformers to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary:

parse_transformers3W(grid: MultiCircuit, bus_dictionary: Dict[str, Bus])[source]: Add 3W transformers to the VeraGrid grid :param grid: MultiCircuit grid :param bus_dictionary:

register(panda_type: str, panda_code: int, api_obj: Generator | Battery | Load | ExternalGrid | StaticGenerator | Shunt | ControllableShunt | CurrentInjection | Line | DcLine | Transformer2W | HvdcLine | VSC | UPFC | Winding | Switch | SeriesReactance | FluidNode | FluidPath | FluidP2x | FluidTurbine | FluidPump | Substation | Bus | BusBar | VoltageLevel | Country | Region | Community | Municipality | Area | Zone | Transformer3W | TransformerNW | OverheadLineType | Wire | TransformerType | EmissionGas | BranchGroup | LineLocations | LineLocation | ModellingAuthority | Facility | Fuel | Investment | InvestmentsGroup | Contingency | ContingencyGroup | RemedialAction | RemedialActionGroup | Technology | Owner | UndergroundLineType | SequenceLineType | RmsModelTemplate | EmtModelTemplate | FmuTemplate | RmsEvent | RmsEventsGroup | ShortCircuitEvent | IfMeasurement | ItMeasurement | QfMeasurement | PfMeasurement | QtMeasurement | PtMeasurement | QiMeasurement | PiMeasurement | VmMeasurement | VaMeasurement | PgMeasurement | QgMeasurement)[source]: Register a panda object and it’s associated VeraGrid object :param panda_type: table name :param panda_code: index key :param api_obj: VeraGrid object

VeraGridEngine.IO.others.pandapower_parser.is_pandapower_file(file_path: str)[source]: Check if this is a pandapower file :param file_path: :return:

VeraGridEngine.IO.others.pandapower_parser.is_pandapower_json(file_path)[source]: Check if a file is pandapower JSON :param file_path: :return:

VeraGridEngine.IO.others.pandapower_parser.is_pandapower_pickle(file_path)[source]: Check if a file is pandapower Pickle :param file_path: :return:

VeraGridEngine.IO.others.pandapower_parser.is_pandapower_sqlite(file_path)[source]: Check if a file is pandapower SQLite :param file_path: :return:

VeraGridEngine.IO.others.plx_parser module

class VeraGridEngine.IO.others.plx_parser.PlexosBattery(name='', category='')[source]: Bases: PlxGenerator

class VeraGridEngine.IO.others.plx_parser.PlxBusMode(value)[source]

Bases: Enum

NONE = 4

PQ = 1

PV = 2

REF = 3

STO_DISPATCH = 5

class VeraGridEngine.IO.others.plx_parser.PlxElement(name)[source]: Bases: object

class VeraGridEngine.IO.others.plx_parser.PlxGenerator(name='', category='', p_max=0, p_min=0, node=None)[source]: Bases: PlxElement

class VeraGridEngine.IO.others.plx_parser.PlxLine(name='', units=1, node_from=None, node_to=None, r=0.0, x=0.0, rate_max=0.0, rate_min=0.0)[source]

Bases: PlxElement

delete_zero_coordinates()[source]

Returns:

get_coordinates()[source]: Get polyline of coordinates :return:

get_highest_voltage()[source]: Return the highest voltage at which this line is connected :return:

get_key(sep='-')[source]: Split the name in the plexos way to get the new key

class VeraGridEngine.IO.others.plx_parser.PlxModel(fname, load_profiles=True, text_func=None, prog_func=None)[source]

Bases: object

get_all_branches_dictionary()[source]: Returns a dictionary with all the Branches by the name :return: dictionary name -> object

get_branch_ratings(n=None)[source]: Get DataFrame with the dynamic branch ratings :param n: number of time steps to extrapolate the profile :return: DataFrame

get_buses_dictionary()[source]: Get dictionary relating the bus name to the latitude, longitude, voltage and name >>> bus_dict[name] >>> latitude, longitude, voltage, name :return: dictionary

load_profile(path, zip_file_pointer=None)[source]: Attempt loading the profile :param path: relative or absolute path :param zip_file_pointer: pointer to open zip file is the file ins inside a zip file :return: DataFrame

load_profile_if_necessary(key, path, zip_file_pointer=None)[source]: Load a profile is necessary :param key: object property type :param path: relative or absolute path where to find the file :param zip_file_pointer: pointer to open zip file is the file ins inside a zip file :return: Nothing

load_project_file(fname)[source]: Load a PLEXOS project file :param fname: name of the plexos project file (*.zip, *.xml, *.xlsx)

parse_data(objects, memberships, properties, zip_file_pointer=None)[source]: Pass the loaded DataFrames to model objects :param objects: Objects DataFrame :param memberships: Memberships DataFrame :param properties: Properties DataFrame :param zip_file_pointer: zip file pointer. If not None the data will be read from a zip file :return: Nothing

static parse_excel(fname)[source]: Parse excel export of the plexos file :param fname: complete path to the file

parse_xml(fname, zip_file_pointer=None)[source]: Parse PLEXOS file :param fname: xml PLEXOS file name :param zip_file_pointer: pointer to a zip file, if not none, the file will be read from within a zip file

parse_zip(fname)[source]: Parse zip file with the plexos xml and the profiles utilized :param fname: zip file name :return: Nothing

class VeraGridEngine.IO.others.plx_parser.PlxNode(name='', zone='', region='', voltage=0, latitude=0, longitude=0)[source]: Bases: PlxElement

class VeraGridEngine.IO.others.plx_parser.PlxRegion(name='')[source]: Bases: PlxElement

class VeraGridEngine.IO.others.plx_parser.PlxTransformer(name='')[source]: Bases: PlxLine

class VeraGridEngine.IO.others.plx_parser.PlxZone(name='')[source]: Bases: PlxElement

class VeraGridEngine.IO.others.plx_parser.XmlDictConfig(parent_element, text_to_remove='')[source]

Bases: dict

Note: need to add a root into if no exising Example usage: >>> tree = ElementTree.parse(‘your_file.xml’) >>> root = tree.getroot() >>> xmldict = XmlDictConfig(root) Or, if you want to use an XML string: >>> root = ElementTree.XML(xml_string) >>> xmldict = XmlDictConfig(root) And then use xmldict for what it is… a dict.

update_shim(a_dict)[source]

Parameters:: a_dict
Returns:

VeraGridEngine.IO.others.plx_parser.get_st_generation_sent_out(plexos_results_folder)[source]: Get the generation auxiliary use from a PLEXOS results folder :param plexos_results_folder: PLEXOS results folder :return: pandas DataFrame with the generation dispatch

VeraGridEngine.IO.others.plx_parser.get_st_node_load(plexos_results_folder, parse_dates=False)[source]: Get the node load use from a PLEXOS results folder :param plexos_results_folder: PLEXOS results folder :param parse_dates: Parse the dates? :return: pandas DataFrame with the node load

VeraGridEngine.IO.others.plx_parser.plx_to_veragrid(mdl: PlxModel, plexos_results_folder, time_indices=None, text_func=None, prog_func=None)[source]: Reads plexos model with results and creates a VeraGrid model :param mdl: Plexos model instance :param plexos_results_folder: plexos results folder :param time_indices: time indices to sample :param text_func: :param prog_func: :return: MultiCircuit instance

VeraGridEngine.IO.others.pow2pp module

VeraGridEngine.IO.others.pow2pp.add_tap_parameters_for_3w_phase_tap_changer(powsybl_net: pypowsybl.network.Network, trafo_table: DataFrame) → DataFrame[source]: Add phase tap changer parameters for 3-winding transformers

VeraGridEngine.IO.others.pow2pp.add_tap_parameters_for_3w_ratio_tap_changer(powsybl_net: pypowsybl.network.Network, trafo_table: DataFrame) → DataFrame[source]: Add ratio tap changer parameters for 3-winding transformers

VeraGridEngine.IO.others.pow2pp.add_tap_parameters_for_phase_tap_changer(powsybl_net: pypowsybl.network.Network, trafo_table: DataFrame) → DataFrame[source]: Comprehensive phase tap changer parameter calculation

VeraGridEngine.IO.others.pow2pp.add_tap_parameters_for_ratio_tap_changer(powsybl_net: pypowsybl.network.Network, trafo_table: DataFrame) → DataFrame[source]: Comprehensive ratio tap changer parameter calculation

VeraGridEngine.IO.others.pow2pp.calculate_3w_impedance_parameters(trafo_table: DataFrame, conv: Literal['pairwise_min', 'global_max', 'common_ref'] = 'pairwise_min', ref_winding: str = 'hv', Sbase_common: float | None = None) → None[source]

Convert star-leg impedances (r1,x1,r2,x2,r3,x3 in ohm) to vk_/vkr_ percent fields.

Parameters

trafo_tablepd.DataFrame

Must contain columns: r1,x1,r2,x2,r3,x3, vn_hv_kv, vn_mv_kv, vn_lv_kv, rated_s1/rated_s2/rated_s3 (MVA)

conv{“pairwise_min”,”global_max”,”common_ref”}

Which S-base convention to use:

“pairwise_min”: use S_base for each pair = min(sn_w1, sn_w2) (powsybl-style)
“global_max”: use S_base = max(sn_hv, sn_mv, sn_lv) for all pairs
“common_ref”: use a single Sbase_common and a single ref_winding for Vref

ref_winding{“hv”,”mv”,”lv”}

Used only when conv == “common_ref”.

Sbase_commonfloat | None

If provided used as Sbase in “common_ref”; otherwise uses max rated winding.

VeraGridEngine.IO.others.pow2pp.calculate_3w_iron_losses(trafo_table: DataFrame) → None[source]: Calculate iron losses for 3-winding transformers

VeraGridEngine.IO.others.pow2pp.calculate_detailed_tap_parameters(trafo_table: DataFrame, idx: int, steps: DataFrame, tap_type: str) → None[source]: Map powsybl tap data to pandapower so that the current tap position is accurate. This is only good for the snapshot anaylsis. (tap_pos cannot be changed in

pandapower, the position should be changed in powsybl)

VeraGridEngine.IO.others.pow2pp.calculate_iron_losses_and_open_loop_losses(trafo_table: DataFrame) → None[source]: Calculate iron losses with proper defaults

VeraGridEngine.IO.others.pow2pp.calculate_short_circuit_voltage(trafo_table: DataFrame) → None[source]: Calculate short circuit voltage parameters for transformers with proper defaults

VeraGridEngine.IO.others.pow2pp.convert_to_pandapower(network: pp.network.Network) → pdp.pandapowerNet[source]: Convert pypowsybl network to pandapower network

VeraGridEngine.IO.others.pow2pp.create_buses(pandapower_net: pdp.pandapowerNet, powsybl_net: pp.network.Network) → None[source]: Create buses from pypowsybl network, handling UUID suffixes

VeraGridEngine.IO.others.pow2pp.create_generators(pandapower_net: pdp.pandapowerNet, powsybl_net: pp.network.Network) → None[source]: Create generators from pypowsybl network, excluding slack generators

VeraGridEngine.IO.others.pow2pp.create_intermediate_bus(pandapower_net: pandapower.pandapowerNet, vl_id: str, powsybl_net) → int[source]: Create an intermediate bus for element-element switches

VeraGridEngine.IO.others.pow2pp.create_lines(pandapower_net: pdp.pandapowerNet, powsybl_net: pp.network.Network) → None[source]: Create lines from pypowsybl network

VeraGridEngine.IO.others.pow2pp.create_loads(pandapower_net: pdp.pandapowerNet, powsybl_net: pp.network.Network) → None[source]: Create loads from pypowsybl network

VeraGridEngine.IO.others.pow2pp.create_or_get_bus_for_node(pandapower_net: pandapower.pandapowerNet, node_id: int, nb_topology, powsybl_net) → int[source]: Create or get a pandapower bus for a node

VeraGridEngine.IO.others.pow2pp.find_bus_ids(element_table: DataFrame, pandapower_net: pandapower.pandapowerNet, target_column_name: str = 'bus', column_name_element_table: str = 'bus_id') → DataFrame[source]: Simplified version that doesn’t rely on the identifier column

VeraGridEngine.IO.others.pow2pp.get_bus_index(pandapower_net: pdp.pandapowerNet, bus_id: str) → Any | None[source]: Get pandapower bus index from powsybl bus ID

VeraGridEngine.IO.others.pow2pp.get_pandapower_bus_index(pandapower_net: pandapower.pandapowerNet, bus_id: str) → Any | None[source]: Get pandapower bus index from powsybl bus ID

VeraGridEngine.IO.others.pow2pp.identify_slack_generators(powsybl_net: Network, generators: DataFrame, bus: DataFrame) → DataFrame[source]: Identify slack generators based on extensions or other criteria

VeraGridEngine.IO.others.pow2pp.map_element_type(powsybl_type: str) → str[source]: Map powsybl element types to pandapower element types

VeraGridEngine.IO.others.pypsa_parser module

class VeraGridEngine.IO.others.pypsa_parser.PyPSAParser[source]

Bases: object

parse() → MultiCircuit[source]: Parses the PyPSA network. :return: the VeraGrid circuit object.

VeraGridEngine.IO.others.pypsa_parser.parse_pypsa_hdf5(file_path: str, logger: Logger) → MultiCircuit[source]: Parses the HDF5 store file using the PyPSA library. :param file_path: the file path :param logger: a logger to produce warnings and/or errors. :return: the VeraGrid circuit object

VeraGridEngine.IO.others.pypsa_parser.parse_pypsa_netcdf(file_path: str, logger: Logger) → MultiCircuit[source]: Parses the netCDF file using the PyPSA library. :param file_path: the file path :param logger: a logger to produce warnings and/or errors. :return: the VeraGrid circuit object

VeraGridEngine.IO.others.pypsa_parser.pypsa2veragrid(network: pypsa.Network, logger: Logger) → MultiCircuit[source]

Parameters:

network
logger

Returns:

VeraGridEngine.IO.others.rte_parser module

VeraGridEngine.IO.others.rte_parser.find_class_name(child: Element)[source]: Try to find the CIM class name :param child: XML element :return: class name

VeraGridEngine.IO.others.rte_parser.find_id(child: Element)[source]: Try to find the ID of an element :param child: XML element :return: RDFID

VeraGridEngine.IO.others.rte_parser.fix_child_result_datatype(child_result: Dict)[source]

VeraGridEngine.IO.others.rte_parser.parse_xml_text(text_lines: List[str]) → Dict[source]: Fill the XML into the objects :param text_lines: list of text lines :return Dictionary representing the XML

VeraGridEngine.IO.others.rte_parser.parse_xml_to_dict(xml_element: Element)[source]: Parse element into dictionary :param xml_element: XML element :return: Dictionary representing the XML

VeraGridEngine.IO.others.rte_parser.read_cgmes_files(cim_files: List[str] | str, logger: DataLogger) → Dict[str, List[str]][source]: Reads a list of .zip or xml into a dictionary of file name -> list of text lines :param cim_files: list of file names :param logger: DataLogger instance :return: dictionary of file name -> list of text lines

VeraGridEngine.IO.others.rte_parser.rte2veragrid(file_name: str, logger: MultiCircuit'>, <class 'bool'>)[source]: Read the RTE internal grid format :param file_name: xml file name :param logger: Logger :return: MultiCircuit

VeraGridEngine.IO.others package

Submodules

VeraGridEngine.IO.others.anarede module

VeraGridEngine.IO.others.dpx_parser module

VeraGridEngine.IO.others.helper_pow2pp module

Parameters

Returns

VeraGridEngine.IO.others.ipa_parser module

VeraGridEngine.IO.others.pandapower_parser module

VeraGridEngine.IO.others.plx_parser module

VeraGridEngine.IO.others.pow2pp module

Parameters

VeraGridEngine.IO.others.pypsa_parser module

VeraGridEngine.IO.others.rte_parser module

Module contents