Русский
NTC-10.68 “Energy saving in energy consumption systems”
Br0.00
The training laboratory stand is dedicated for using it as a training equipment at secondary specialized colleges and higher education establishments to perform laboratory works for studying the energy saving in energy consumption systems.
Categories: New products, Power supply, electric power industry
- Description
- Experiments provided
- Technical specifications
- Scope of delivery
- Additional equipment (specified when ordering)
Structurally, the stand contains: electrical equipment, microprocessor measuring system, front panel.
At the stand are placed:
- power transformer ОSM-0,1;
- throttle block;
- module of microprocessor measuring system providing multi-channel measurements.
At the front panel of the stand are placed:
- mains automatic switch, fuses;
- load block switch, which allows to set different operating modes of the investigated 3-phase network;
- toggle switches of capacitor store;
- wafer voltage switches of linear and step-down transformers;
- digital indicators of the microprocessor measurement system (ammeters, voltmeters, wattmeters, varmeters and power factor meters);
- switching sockets.
At the front panel of the stand is drawn the general electrical circuit of the distribution network with the possibility of using one-way or two-way power supply.
The set of measured parameters is sufficient for effective studying the distribution network circuits in power supply systems without connecting the stand to a computer
The stand is accompanied with:
- a set of teaching materials and technical documentation intended for the teaching staff;
- software.
Experiments provided
- Determining the static power characteristic of the active load.
- Determining the static power characteristic of an inductive load.
- Determining the static power characteristic of capacitance load.
- Full-scale simulation of the steady state operation of a single-phase transformer.
- Full-scale simulation of the steady state operation of a power line phase.
- Full-scale simulation of the steady state operation of the phase of the electric network with single power supply.
- Full-scale simulation of the steady state operation of a phase of an electric network with two-sided power supply.
- Counterload voltage control.
- Reducing electricity losses in radial distribution networks due to longitudinal capacitive compensation.
- Reducing electricity losses in radial distribution networks due to transverse capacitive compensation.
- Studying the influence of the Power Line length on the loss of electricity in distribution networks.
- Studying the influence of the voltage of the Power Line on the losses of electricity in the distribution network.
- Studying the influence of the nature of the load of power transmission lines on the loss of electricity in distribution networks.
- Study of the electricity mode transmission in radial distribution networks.
Technical specifications
| Power supply | ~220 V, 50 Hz |
| Consumed power, kW, not more than | 0,3 |
| Overall dimensions, not more than | |
| width, mm | 1310 |
| height, mm | 1470 |
| depth, mm | 610 |
| Weight, kg, not more than | 60 |
Scope of delivery
- training laboratory stand – 1 pc.;
- fuses set – 1 set.;
- USB-cable – 1 pc.;
- passport – 1 pc.;
- supplementary materials in electronic format – 1 pc.