matpower — MATPOWER power grid test cases (1962-2025)

Description

Electrical power systems distributed as test cases (case*.m files) with MATPOWER, the open-source MATLAB package for power flow and optimal power flow computations by Zimmerman, Murillo-Sánchez and Thomas. Nodes are buses (substations or connection points) and directed edges are branches (transmission lines, cables and transformers), directed from the "from" bus to the "to" bus of the branch (for transformers, the tap ratio and phase shift apply at the "from" side). Parallel branches are kept as multiple edges. Generators are not represented as nodes; their data are aggregated at the buses they are connected to. DC lines (present in two cases) are not included.

The test cases come from many sources, which are described in each case file. They include:

• Classic IEEE test cases and textbook examples: case4gs, case5, case6ww, case9 (and variants case9Q, case9target), case14, case24_ieee_rts, case30 (and variants case30Q, case30pwl, case_ieee30), case39 (New England), case57, case59 (Australian), case60nordic, case118, case145, case300.
• The Polish transmission system at several dates between 1999 and 2008: case2383wp, case2736sp, case2737sop, case2746wop, case2746wp, case3012wp, case3120sp, case3375wp.
• Parts of the European high-voltage transmission system from the PEGASE project: case89pegase, case1354pegase, case2869pegase, case8387pegase, case9241pegase, case13659pegase (Fliscounakis et al., 2013; Josz et al., 2016).
• Snapshots of the French transmission system from RTE: case1888rte, case1951rte, case2848rte, case2868rte, case6468rte, case6470rte, case6495rte, case6515rte (Josz et al., 2016).
• Synthetic grids of the ACTIVSg project, which resemble the grids of US regions without containing real infrastructure data: case_ACTIVSg200 (Illinois), case_ACTIVSg500 (South Carolina), case_ACTIVSg2000 (Texas), case_ACTIVSg10k (western US), case_ACTIVSg25k (northeastern US), case_ACTIVSg70k (eastern US), and case_SyntheticUSA (combined US, 82,000 buses) (Birchfield et al., 2017).
• Radial distribution systems from the literature, e.g. case10ba, case12da, case33bw, case69, case118zh, case136ma, case141, case533mt_hi, case533mt_lo, case1197. For these cases, the unit conversions performed by the case files (branch impedances from ohms to per unit, loads from kW to MW, and, for case141, loads from kVA using a power factor of 0.85) have been applied.

The RTS-GMLC test case is not included, since its data use agreement requires reproducing a notice with every copy.

The networks have the following properties (in MATPOWER's units: powers in MW and MVAr, voltages in per unit of the base voltage, angles in degrees, impedances in per unit of the system base base_mva, a graph property):

• Nodes: bus_id, the bus number; bus_type (1: PQ (load) bus, 2: PV (generator) bus, 3: reference (slack) bus, 4: isolated bus); pd and qd, the active and reactive power demand; gs and bs, the shunt conductance and susceptance (MW and MVAr consumed at 1 p.u. voltage); area and zone, area and loss zone numbers; vm and va, the voltage magnitude and angle; base_kv, the base voltage (kV); vmax and vmin, the voltage limits; n_gen, the number of in-service generators at the bus; gen_p, gen_q, gen_pmax, gen_pmin, gen_qmax, gen_qmin, the total active and reactive power output and limits of these generators; name, the bus name (only for some cases).
• Edges: r, x and b, the branch resistance, reactance and total line charging susceptance; rate_a, rate_b and rate_c, the long-term, short-term and emergency power ratings (MVA; 0 means unlimited); ratio, the transformer tap ratio (0 for lines); shift, the transformer phase shift angle; status, 1 if in service and 0 otherwise; angmin and angmax, the limits on the voltage angle difference across the branch.

Tags

Technological Power grid Weighted Metadata

Citation

• R. D. Zimmerman, C. E. Murillo-Sánchez, R. J. Thomas, "MATPOWER: Steady-State Operations, Planning, and Analysis Tools for Power Systems Research and Education." IEEE Transactions on Power Systems 26(1), 12-19 (2011) 10.1109/TPWRS.2010.2051168 Sci-Hub
• S. Fliscounakis, P. Panciatici, F. Capitanescu, L. Wehenkel, "Contingency Ranking With Respect to Overloads in Very Large Power Systems Taking Into Account Uncertainty, Preventive, and Corrective Actions." IEEE Transactions on Power Systems 28(4), 4909-4917 (2013) 10.1109/TPWRS.2013.2251015 Sci-Hub
• C. Josz, S. Fliscounakis, J. Maeght, P. Panciatici, "AC Power Flow Data in MATPOWER and QCQP Format: iTesla, RTE Snapshots, and PEGASE." arXiv:1603.01533 (2016) arXiv:1603.01533
• A. B. Birchfield, T. Xu, K. M. Gegner, K. S. Shetye, T. J. Overbye, "Grid Structural Characteristics as Validation Criteria for Synthetic Networks." IEEE Transactions on Power Systems 32(4), 3258-3265 (2017) 10.1109/TPWRS.2016.2616385 Sci-Hub

Upstream URL OK

https://matpower.org

Upstream license

Various; see the individual case files (many are CC BY 4.0), https://github.com/MATPOWER/matpower/blob/1a828c7af590714499284e36ee9c81273388c594/LICENSE

Networks

Tip: click on a column header to sort the list, or hover over it for a description.

Column legend

$\left<k\right>$

Mean degree

$\sigma_k$

Standard deviation of the degrees

$\lambda_h$

Largest eigenvalue of the Hashimoto (non-backtracking) matrix

$\tau$

Random walk mixing time

$r$

Degree assortativity

$c$

Global clustering coefficient

$\oslash$

(Pseudo-) diameter

$S$

Relative size of the largest component

NPs

Node properties

EPs

Edge properties

Show all columns

Name	Nodes	Edges	$\left<k\right>$	$\sigma_k$	$\lambda_h$	$\tau$	$r$	$c$	$\oslash$	$S$	Kind	Mode	NPs	EPs	gt	GraphML	GML	csv
case4gs	4	4	1.00	0.00	1.00	inf	nan	0.00	2	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	2 KiB	3 KiB
case4_dist	4	3	0.75	0.50	1.00	1.44	-0.50	0.00	3	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	2 KiB	3 KiB	2 KiB	3 KiB
case5	5	6	1.20	0.49	1.42	0.91	-0.33	0.33	2	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case6ww	6	11	1.83	0.94	2.77	0.91	-0.47	0.75	2	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case9	9	9	1.00	0.82	1.00	2.89	-0.80	0.00	4	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case9Q	9	9	1.00	0.82	1.00	2.89	-0.80	0.00	4	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case9target	9	9	1.00	0.82	1.00	2.89	-0.80	0.00	4	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case10ba	10	9	0.90	0.40	1.00	16.08	-0.13	0.00	9	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case12da	12	11	0.92	0.37	1.00	24.18	-0.10	0.00	11	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case14	14	20	1.43	1.12	2.16	4.97	-0.07	0.33	5	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case15da	15	14	0.93	1.09	1.00	11.46	-0.38	0.00	6	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case15nbr	15	14	0.93	1.09	1.00	11.46	-0.38	0.00	6	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case16am	15	14	0.93	1.02	1.00	10.86	-0.17	0.00	6	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	3 KiB	3 KiB	3 KiB
case16ci	16	16	1.00	0.71	1.00	9.74	-0.57	0.00	7	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case17me	17	16	0.94	0.76	1.00	31.08	-0.30	0.00	11	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case18	18	17	0.94	0.74	1.00	34.58	-0.18	0.00	12	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case18nbr	18	17	0.94	0.99	1.00	19.23	-0.24	0.00	8	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case22	22	21	0.95	0.90	1.00	49.88	-0.64	0.00	12	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	3 KiB	3 KiB
case24_ieee_rts	24	38	1.58	1.07	2.14	14.02	-0.14	0.03	7	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	4 KiB	4 KiB	4 KiB
case28da	28	27	0.96	0.65	1.00	42.77	0.23	0.00	13	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	4 KiB	3 KiB
case30	30	41	1.37	1.39	2.17	10.66	-0.09	0.18	6	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	4 KiB	4 KiB	4 KiB
case30Q	30	41	1.37	1.39	2.17	10.66	-0.09	0.18	6	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	4 KiB	4 KiB	4 KiB
case30pwl	30	41	1.37	1.39	2.17	10.66	-0.09	0.18	6	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	4 KiB	4 KiB	4 KiB
case_ieee30	30	41	1.37	1.39	2.17	10.66	-0.09	0.18	6	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	5 KiB	4 KiB	4 KiB
case33bw	33	37	1.12	0.49	1.30	22.65	-0.17	0.00	10	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	5 KiB	4 KiB	4 KiB
case33mg	33	37	1.12	0.49	1.30	22.65	-0.17	0.00	10	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	5 KiB	4 KiB	4 KiB
case34sa	34	33	0.97	0.54	1.00	86.82	0.08	0.00	19	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3 KiB	4 KiB	4 KiB	4 KiB
case38si	38	37	0.97	0.60	1.00	120.52	-0.22	0.00	21	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	5 KiB	4 KiB	4 KiB
case39	39	46	1.18	1.00	1.57	27.26	-0.28	0.04	10	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	5 KiB	5 KiB	5 KiB	4 KiB
case51ga	51	50	0.98	0.48	1.00	109.08	0.16	0.00	20	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	5 KiB	4 KiB	4 KiB
case51he	51	50	0.98	0.84	1.00	162.20	-0.27	0.00	21	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	4 KiB	5 KiB	4 KiB	4 KiB
case57	57	80	1.40	1.13	2.45	25.28	0.19	0.15	12	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	6 KiB	7 KiB	6 KiB	5 KiB
case59	59	138	2.34	2.77	2.15	221.18	-0.08	0.07	23	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	6 KiB	7 KiB	6 KiB	5 KiB
case60nordic	60	88	1.47	1.93	2.07	43.35	0.01	0.04	11	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	6 KiB	7 KiB	6 KiB	5 KiB
case69	69	68	0.99	0.51	1.00	309.17	0.17	0.00	35	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	5 KiB	6 KiB	6 KiB	6 KiB
case70da	70	76	1.09	0.48	1.21	122.58	-0.26	0.00	20	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	5 KiB	6 KiB	5 KiB	5 KiB
case74ds	74	73	0.99	0.23	1.00	1039.66	0.00	0.00	69	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	5 KiB	6 KiB	5 KiB	5 KiB
case85	85	84	0.99	0.87	1.00	367.91	-0.37	0.00	26	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	5 KiB	6 KiB	5 KiB	5 KiB
case89pegase	89	210	2.36	4.05	9.48	11.95	0.40	0.44	9	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	10 KiB	11 KiB	10 KiB	9 KiB
case94pi	94	93	0.99	0.79	1.00	511.09	-0.08	0.00	38	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	6 KiB	7 KiB	6 KiB	6 KiB
case118	118	186	1.58	1.80	2.76	105.23	-0.05	0.12	14	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	10 KiB	12 KiB	11 KiB	9 KiB
case118zh	118	132	1.12	0.58	1.31	131.69	-0.07	0.00	22	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	8 KiB	9 KiB	8 KiB	7 KiB
case136ma	136	156	1.15	0.94	1.67	58.43	-0.13	0.01	19	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	9 KiB	11 KiB	10 KiB	9 KiB
case141	141	140	0.99	0.84	1.00	859.08	-0.34	0.00	43	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	7 KiB	10 KiB	9 KiB	8 KiB
case145	145	453	3.12	4.84	10.83	32.32	0.11	0.45	11	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	14 KiB	17 KiB	16 KiB	13 KiB
case300	300	411	1.37	1.56	2.70	288.63	-0.21	0.10	24	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	17 KiB	21 KiB	19 KiB	16 KiB
case533mt_hi	533	577	1.08	1.42	2.28	580.38	0.02	0.01	36	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	29 KiB	32 KiB	29 KiB	25 KiB
case533mt_lo	533	577	1.08	1.42	2.28	580.38	0.02	0.01	36	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	28 KiB	32 KiB	29 KiB	25 KiB
case1197	1,197	1,196	1.00	1.17	1.00	4136.53	-0.45	0.00	35	1.00	Directed	Bipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	25 KiB	38 KiB	37 KiB	32 KiB
case1354pegase	1,354	1,991	1.47	2.57	3.04	437.36	-0.04	0.04	25	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	82 KiB	97 KiB	92 KiB	76 KiB
case1888rte	1,888	2,531	1.34	2.36	3.03	543.68	0.02	0.04	29	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	109 KiB	133 KiB	124 KiB	105 KiB
case1951rte	1,951	2,596	1.33	2.39	3.06	559.36	-0.02	0.04	29	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	113 KiB	137 KiB	128 KiB	109 KiB
case2383wp	2,383	2,896	1.22	1.35	2.52	735.11	-0.08	0.01	30	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	119 KiB	151 KiB	140 KiB	118 KiB
case2736sp	2,736	3,504	1.28	1.35	2.49	730.13	0.02	0.02	30	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	143 KiB	177 KiB	164 KiB	138 KiB
case2737sop	2,737	3,506	1.28	1.35	2.49	730.31	0.02	0.02	30	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	146 KiB	178 KiB	165 KiB	139 KiB
case2746wop	2,746	3,514	1.28	1.35	2.45	729.60	0.02	0.02	30	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	147 KiB	179 KiB	167 KiB	141 KiB
case2746wp	2,746	3,514	1.28	1.35	2.45	729.61	0.02	0.02	30	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	147 KiB	181 KiB	169 KiB	142 KiB
case2848rte	2,848	3,776	1.33	2.32	3.38	862.27	0.02	0.03	31	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	160 KiB	197 KiB	185 KiB	157 KiB
case2868rte	2,868	3,808	1.33	2.34	3.08	865.22	-0.01	0.03	31	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	162 KiB	199 KiB	186 KiB	159 KiB
case2869pegase	2,869	4,582	1.60	2.51	9.48	5325.81	0.03	0.08	55	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	170 KiB	210 KiB	199 KiB	166 KiB
case3012wp	3,012	3,572	1.19	1.21	2.19	933.79	-0.07	0.01	36	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	133 KiB	183 KiB	169 KiB	142 KiB
case3120sp	3,120	3,693	1.18	1.22	2.27	860.90	-0.05	0.01	36	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	110 KiB	162 KiB	149 KiB	121 KiB
case3375wp	3,374	4,161	1.23	1.42	5.43	770.50	0.15	0.04	36	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	147 KiB	204 KiB	189 KiB	159 KiB
case6468rte	6,468	9,000	1.39	2.34	3.51	1449.34	-0.04	0.03	34	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	342 KiB	434 KiB	405 KiB	350 KiB
case6470rte	6,470	9,005	1.39	2.35	3.61	1450.34	-0.04	0.03	34	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	346 KiB	439 KiB	410 KiB	354 KiB
case6495rte	6,495	9,019	1.39	2.35	3.61	1456.30	-0.04	0.03	34	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	348 KiB	440 KiB	412 KiB	355 KiB
case6515rte	6,515	9,037	1.39	2.35	3.61	1459.45	-0.04	0.03	34	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	347 KiB	441 KiB	412 KiB	355 KiB
case8387pegase	8,387	14,561	1.74	3.40	27.66	11584.49	0.74	0.37	91	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	573 KiB	773 KiB	732 KiB	618 KiB
case9241pegase	9,241	16,049	1.74	3.30	27.66	15965.24	0.73	0.35	91	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	519 KiB	690 KiB	650 KiB	556 KiB
case13659pegase	13,659	20,467	1.50	3.30	27.66	20908.91	0.54	0.27	91	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	692 KiB	897 KiB	835 KiB	740 KiB
case_ACTIVSg200	200	245	1.23	1.70	2.45	106.22	-0.40	0.06	18	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	17 KiB	18 KiB	16 KiB	14 KiB
case_ACTIVSg500	500	597	1.19	1.92	2.20	294.08	-0.21	0.03	20	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	35 KiB	38 KiB	35 KiB	30 KiB
case_ACTIVSg2000	2,000	3,206	1.60	2.25	2.76	932.40	0.12	0.00	30	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	124 KiB	153 KiB	143 KiB	122 KiB
case_ACTIVSg10k	10,000	12,706	1.27	1.71	3.18	5721.66	0.14	0.03	52	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	536 KiB	705 KiB	654 KiB	585 KiB
case_ACTIVSg25k	25,000	32,230	1.29	1.78	3.98	18239.49	0.24	0.04	91	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	1.2 MiB	1.6 MiB	1.5 MiB	1.4 MiB
case_ACTIVSg70k	70,000	88,207	1.26	1.58	5.37	57468.91	0.27	0.04	127	1.00	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3.2 MiB	4.6 MiB	4.2 MiB	3.9 MiB
case_SyntheticUSA	82,000	104,121	1.27	1.62	5.37	56975.45	0.25	0.03	127	0.85	Directed	Unipartite	bus_id bus_type pd qd gs bs area vm va base_kv zone vmax vmin name n_gen gen_p gen_q gen_qmax gen_qmin gen_pmax gen_pmin	r x b rate_a rate_b rate_c ratio shift status angmin angmax	3.7 MiB	5.4 MiB	5.0 MiB	4.6 MiB

Ridiculograms^*

^* These are automatically generated force-directed visualizations, and can be quite meaningless for networks both big and small. They should not be taken seriously as sources of scientific insight. See here for a discussion.