10-bus, 69-bus, and 873-bus radial distribution feeder datasets for power flow calculation

Citation Author(s):
Pedro
Vasconcelos
Submitted by:
Pedro Vasconcelos
Last updated:
Sat, 10/19/2024 - 12:01
DOI:
10.21227/5n30-5402
Data Format:
License:
0
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Abstract 

This dataset includes the system data and equivalent Distributed Energy Resource (DER) allocations for three test cases: a 10-bus system, the IEEE 69-bus radial test feeder, and an 873-bus radial test feeder. The IEEE 69-bus system data is based on the work of Baran and Wu ("Optimal capacitor placement on radial distribution systems," IEEE Trans. Power Deliv., vol. 4, no. 1, pp. 725-734, 1989). The 873-bus test feeder is derived from a publicly available resource for distribution network data (https://www.dejazzer.com/reds.html). This dataset aims to help researchers model radial distribution systems and test methodologies for integrating and managing DERs in steady state.

Instructions: 

Tab 1: DER Locations

This tab contains information about the distributed energy resources (DERs) located at different buses in the system. The columns are as follows:

  • Item counter: A sequential identifier for each entry.
  • Bus number: The identifier of the bus where the DERs are located.
  • Peak active power generation from PV DERs (pu): The maximum active power generated by photovoltaic (PV) DERs in per unit.
  • Peak reactive power generation from PV DERs (pu): The maximum reactive power generated by PV DERs in per unit.
  • Peak active power generation from WT DERs (pu): The maximum active power generated by wind turbine (WT) DERs in per unit.
  • Peak reactive power generation from WT DERs (pu): The maximum reactive power generated by WT DERs in per unit.
  • 10 MVA: The base power of the system, set to 10 MVA.

Tab 2: Branch Data

This tab provides data about the branches (lines) connecting different buses in the network. The columns include:

  • Item counter: A sequential identifier for each branch.
  • First bus number: The bus at one end of the branch.
  • Second bus number: The bus at the other end of the branch.
  • Line resistance (pu): The resistance of the line in per unit.
  • Line reactance (pu): The reactance of the line in per unit.
  • Active power flow from the first end of a line at t = 0: The active power flowing from the first bus at time t = 0.
  • Active power flow from the second end of a line at t = 0: The active power flowing from the second bus at time t = 0.
  • Reactive power flow from the first end of a line at t = 0: The reactive power flowing from the first bus at time t = 0.
  • Reactive power flow from the second end of a line at t = 0: The reactive power flowing from the second bus at time t = 0.
  • 10 MVA: The base power of the system, set to 10 MVA.

Tab 3: Bus Data

This tab contains detailed information about the buses in the system, including their power consumption and generation. The columns are as follows:

  • Item counter: A sequential identifier for each bus.
  • Bus Number: The identifier of the bus.
  • 3 - Slack bus; 0 - Load bus: Indicates if the bus is a slack bus (3) or a load bus (0).
  • Voltage magnitude at time t = 0: The voltage magnitude of the bus at time t = 0.
  • Voltage angle at time t = 0: The voltage angle of the bus at time t = 0.
  • Active power consumed (pu): The active power consumption of the bus in per unit.
  • Reactive power consumed (pu): The reactive power consumption of the bus in per unit.
  • Active power generated (pu): The active power generation at the bus in per unit.
  • Reactive power generated (pu): The reactive power generation at the bus in per unit.
  • Base voltage (kV): The base voltage level of the bus in kilovolts.
  • Maximum voltage magnitude (pu): The upper limit for the voltage magnitude at the bus in per unit.
  • Minimum voltage magnitude (pu): The lower limit for the voltage magnitude at the bus in per unit.