b. ZP26 & Ties c. SP15 & Ties d. ISO (NP15+ZP26+SP15 + All Ties) e. Only Ties Market Participant Data Requirements This section describes the data and process that is expected from the Market Participants to support the FNM. This data includes topology information from transmission owners, Generating Unit characteristics from Generators, Load Distribution Factors for Custom Load Aggregation, Generation Distribution Factors for aggregation of Generating Units, etc. Power System Components The network model is a mathematical representation of the physical components, which comprise the power system. The network model includes representations for major power system components including Loads, Generating Units, and Transmission Elements (i.e., transmission lines, transformers, and shunt and series compensators). A description of each of these major components as represented in the network model and the data required are noted in the sub-items below. Loads In the network model, a Load is the representation of each physical take-out point from the high voltage network represented. Loads may thus represent, for example, each distribution transformer from the high voltage network through which power and Energy ultimately
b. ZP26 & Ties c. SP15 & Ties d. ISO (NP15+ZP26+SP15 + All Ties) e. Only Ties Market Participant Data Requirements This section describes the data and process that is expected from the Market Participants to support the FNM. This data includes topology information from transmission owners, Generating Unit characteristics from Generators, Load Distribution Factors for Custom Load Aggregation, Generation Distribution Factors for aggregation of Generating Units, etc. Power System Components The network model is a mathematical representation of the physical components, which comprise the power system. The network model includes representations for major power system components including Loads, Generating Units, and Transmission Elements (i.e., transmission lines, transformers, and shunt and series compensators). A description of each of these major components as represented in the network model and the data required are noted in the sub-items below. Loads In the network model, a Load is the representation of each physical take-out point from the high voltage network represented. Loads may thus represent, for example, each distribution transformer from the high voltage network through which power and Energy ultimately