Quantum/Relativistic Computation of Security and Efficiency of Electrical Power System for a Day-Ahead: I. Renormalization

An algorithm for Electrical Power System (EPS) quantum/relativistic security and efficiency computation via perturbative renormalization of the EPS, finding the computation flowcharts, verification and validation is built in this paper. EPS renormalization is performed via virtual thermalization. EPS energy renormalization provides EPS critical load and outlines the EPS fractal landscape. EPS time renormalization gives the critical exchanges in EPS and shows the electricity minimal leveled cost and the market price of the electricity. The computation flowchart is obtained through market homogenization, virtual market shocks, Random Matrix Theorycommunication at the market and electricity flow in EPS. This flowchart causes entropy stochastic resonance in EPS and performs EPS connection percolations. Computation verification is achieved via checking the EPS separability and checking EPS grid. Computation verification consists of checking the solving problems for security and efficiency and checking the changing in EPS, as well in checking of the forecasting for EPS. Computation validation is carried out through forecasting and avoiding a threat for EPS. The partial valid computation is recorded in Programming language for Computable Functions-style and causes limited rational action of the coarsed EPS.