Lectures related to Transmission Pricing & Congestion Management

Explores transmission pricing, congestion management, and redispatching techniques in power systems to optimize costs and ensure fair transactions.

Explores the optimal dispatch of power generation units and the economics of power systems in deregulated environments.

Covers energy contracts, market mechanisms, locational marginal pricing, and congestion management in power systems.

Covers bidding strategies, Game Theory, Nash equilibrium, system security, ancillary services, and market power in power systems.

Explores the transition to market competition in electricity supply, promoting efficiency and lower prices.

Explores small signal stability in power systems and the impact of excitation control.

Explores energy contracts, spot markets, and risk management strategies in power system restructuring and deregulation.

Explores power system security, ancillary services, stability phenomena, congestion, and control mechanisms for ensuring system reliability.

Explores transient stability in power systems, emphasizing critical parameters and methods to enhance system stability.

Explores transient stability in power systems, analyzing stability during prefault, fault, and postfault states.

Discusses rotor oscillation modes, excitation control effects, and system stability implications.

Explores small signal stability in power systems, emphasizing linearization, eigenvalues, eigenvectors, and critical power analysis.

Explores challenges and developments in ancillary services from the TSO perspective.

Explores power system economics, Nash equilibrium points, profit maximization, and system security.

Explores the transition to an unbundled electricity supply system and market mechanisms.

Covers the analysis of power systems dynamics with a focus on stability.

Covers the basics of Vectorworks software and attributes like fill types and shadow settings.

Explores electricity transmission networks, including demand estimation, voltage quality, and power transport.

Explores transient stability in power systems dynamics, covering algebraic equations, generator models, and numerical integration techniques.

Covers the fundamentals of spectroscopy, including selection rules and transitions.