Fig 1 SCADA based power station
| 322 | IETE TECHNICAL REVIEW, Vol 23, No 5, 2006 |
Fig 1 SCADA based power station
uncontrollable burning of wood, leading to deforestation.
At some places, costly diesel is used for
power generation. Use of diesel also involves
substantial foreign exchange, and also causes pollution.
As such, its use should be restricted as far as possible.
The problem presented in this paper includes the
design, development and application of Remote Area
Integrated Power Station, which reveal several new
aspects with respect to load control and power system
dynamic behavior. The control of renewable energy
sources through the Supervisory Control Data
Acquisition (SCADA) is also presented to take care of
seasonal variation. In the applications envisaged for
this research exercise, the grid is not to be used due to |
the Remote Area Application. Nevertheless, it is desired to generate a good sine waveform using PWM techniques. These factors make it necessary to evolve a comprehensive protection scheme with knowledge based controllers via extensive prior simulation and laboratory based experimental studies carried out at IIT Delhi [1-10]. 3. SCADA AND MICROCONTROLLER INTERFACE
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Fig 2 Control unit
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