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Production, Transmission And Use Of Electric Power Simulator Educational Equipment Electrical Lab Equipment

Item No.: SEE-1
SEE-1 Production, Transmission And Use Of Electric Power Simulator Educational Equipment Electrical Lab Equipment
Description
SEE-1 Production, Transmission And Use Of Electric Power Simulator Educational Equipment Electrical Lab Equipment

Simulation of a (thermoelectric or thermonuclear) power plant for the production of electric energy, relieved (when necessary, according to the energy demand) by a hydroelectric plant using the water jump between two basins.
INTRODUCTION
The normal operation of a network of electric power transport and distribution must also program the use of some power plants that produce an almost constant quantity of energy; this energy is carried and distributed on the territory and most power is absorbed by the big industrial or craft businesses and a lower part by the commercial and housing sectors.
As consumption is not constant during a day, when there is a high energy demand, the power distribution agency must set some power plants at work to produce the power demanded and avoid catastrophic black-outs.
The plants enabling to satisfy the energy peaks during the day are generally of medium power and are arranged in the territory near the users with considerable consumptions, when possible; they must reach their full operation in short times (some tens of minutes).
The great thermoelectric or nuclear power plants are distributed and connected in parallel on the territory, so that they can meet the normal demand of electric power, whereas peak demands can be satisfi ed (where possible) by mediumpower power plants of thermoelectric, hydroelectric type or using renewable energies (wind power, solar energy, etc…), managed by personnel, or wholly automated.
Great power plants satisfy the normal daily demand; during the peaks of demand they are “helped” or “relieved” by the plants of medium power. During the night, consumptions of production activities are reduced, and power availability is used in hydroelectric plants to pump water back into the upper basin (even water is not available forever), as reserve for future needs.
This simulator will cover the following topics:
Simulation of a (thermoelectric or thermonuclear) power plant for the production of electric energy, relieved (when necessary, according to the energy demand) by a hydroelectric plant using the water jump between two basins. Pumping water from the lower basin back into the upper basin (during the night), when the energy demand returns to normal standards.
• Transmission on high voltage network, primary substation of
high-medium voltage distribution
• Power-consuming facilities, users of electric energy such as big industry, small-size industry or handicraft, commercial and housing buildings
Values are set by potentiometers on the synoptic panel and the energy fl ow of transmission network and of the various production and consumption centres can be seen on the display; the PC enables to display and delve into the specifi c technical notions of the components of electric power chain, such as:
• Power plants
• Transmission of electric power
• Use of electric power
Supply with 
THEORETICAL – EXPERIMENTAL HANDBOOK