locational-marginal-prices

Extract locational marginal prices by retrieving the dual values from nodal balance constraints in your solved DC-OPF model. This process yields per-bus LMPs scaled by baseMVA for nodal price computation.

Locational marginal prices quantify the marginal cost of serving one additional MW at each bus, revealing how congestion affects prices across a DC network. They enable price discovery and help interpret negative LMPs in congested areas.

Yes, you can compute nodal prices for market simulation using CVXPY by extracting dual values from solved DC-OPF problems. This produces per-bus LMPs suitable for pricing analysis and sensitivity studies.

Negative locational marginal prices occur in congested networks when nodal balance constraints cause dual values to reflect localized overgeneration or transmission limits. Extracting these per-bus LMPs helps interpret congestion impacts during analysis.

Yes, a solved DC-OPF model is required before deriving per-bus LMPs, as the extraction process depends on reading dual values from established nodal balance constraints. You also need CVXPY installed to perform this computation.

The best way to perform nodal price computation and reserve pricing across DC networks is to extract dual values from solved DC-OPF nodal balance constraints. This generates scaled per-bus LMPs for comprehensive pricing analysis.