O predmetu

Nastava će se održavati uživo prema rasporedu časova.

Kratak sadržaj kursa:

Introduction. Engineering economics . Interest rate. Depreciation. Value of money as a function of time. One-time interest rates. Factors of uniform arrays. Cash Flow Diagram. Minimum attractive rate of return on capital. Inflation strings. Nonuniform cash strings. Determination of investment value. The current value method. Annual value method. The method of future value. Method of internal rate of return of capital. Repayment method method. Benefit / cost method. Depreciation of fixed assets. Acceleration Depreciation Method. Straight depreciation. SYD depreciation. Load forecast . Methods for forecasting load. The least squares method. Budget for various functions. Dispersion diagram. Estimation using a correlation equation. Calculation of correlation equations. Planning the source . Reserve reserve method. Loss of the largest generator. Expected Load Loss Method (LOLP). Maximum size of the installed generator. The economical size of the installed generator. Simulation of source production. Diagram of load. Unit fuel costs. Unit cost of the generator. Dynamic programming. Belman's principle of optimality. Characteristics of hydropower plants are important for planning. Characteristics of thermal power plants important for planning. Power / energy diagram. Network limitations are important for planning. LOLP method . Fundamentals of probability theory. Basics of the concept of reliability. Calculating static reliability of the source. The tables are out. Change of risk with changing system load. Change the risk with the change in the installed power of the system. Turn off network components. Reliability of the complex system. Planning the network of the electric power system. Static safety. Methods for planning the power system network. DC power flow calculation. Successive expansion method. Sensitivity method. Efficiency Index. Simulation of the network drive. Measures for removing overload. Losses in the system. Approximate calculation methods for losses. Comparative estimation of losses, forecast of load and estimation of the installed power of the source. Power system in the work of deregulated power and energy markets. Open Access Network. Simulation of the network drive. Measures for removing overload. Losses in the system. Approximate calculation methods for losses. Comparative estimation of losses, forecast of load and estimation of the installed power of the source. Power system in the work of deregulated power and energy markets. Open Access Network. Simulation of the network drive. Measures for removing overload. Losses in the system. Approximate calculation methods for losses. Comparative estimation of losses, forecast of load and estimation of the installed power of the source. Power system in the work of deregulated power and energy markets. Open Access Network.