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Papers by Satyajit Bhuyan

International Journal of Electrical and Electronics Research

The integration of renewable energy sources like solar and wind energy into the transmission and ... more The integration of renewable energy sources like solar and wind energy into the transmission and distribution grid has increased gradually for quenching the increasing demand for alternative sources to fossil fuels. However, due to the intermittent nature of the renewable sources primarily solar and wind, the injection of the renewable power generation into the grid shall also be fluctuating which in turn will impact the voltage profile of the transmission and distribution grid. Also, in case of any major load disconnection or generator tripping in a weak grid, the voltage profile will be severely impacted in a weak grid. The aim is to control the sudden major voltage profile disturbance of a weak grid in case of variation of power injected into the weak grid from solar and wind energy and also due to sudden load tripping or generator tripping in the weak grid by controlling the reactive power in the weak grid. In this paper, a centralized reactive power controller has been proposed...

With the increasing population rate and industrial growth rate, the demand for power has escalate... more With the increasing population rate and industrial growth rate, the demand for power has escalated significantly. High Voltage AC transmission can be termed as one of the measures to quench this increasing energy demands. This paper evaluates the safety limits for electric and magnetic fields generated around the AC transmission and distribution lines at various voltage levels and configuration. Surface current density for an average height human being has also been calculated for safety precautions.

2014 Eighteenth National Power Systems Conference (NPSC), 2014

With the ever burgeoning population rate and rapid industrialisation, the demand for power has in... more With the ever burgeoning population rate and rapid industrialisation, the demand for power has increased manifold. Ultra High Voltage AC transmission is one of the measures to arrest this increasing energy demands. This paper evaluates the safety limits for electric and magnetic fields generated around the UHV AC transmission lines. Shielding methods are also evaluated to reduce the electric field at ground level. Moreover surface current density for human beings has also been calculated.

ADBU Journal of Electrical and Electronics Engineering (AJEEE), 2018

High Voltage Direct Current transmission system can turn out to be the ideal power transmission s... more High Voltage Direct Current transmission system can turn out to be the ideal power transmission system for bulk power and transferring clean power from remotely located hydroelectric dams to distant load centers. Therefore, the solution to the sudden increased demand for electricity can be found by evacuating remotely located bulk renewable energy and transmitting the clean power to load centers located at a significant distance away via HVDC link.

ADBU Journal of Engineering Technology (AJET), 2014

With the increasing population rate and industrial growth rate, the demand for power has escalate... more With the increasing population rate and industrial growth rate, the demand for power has escalated significantly. High Voltage AC transmission can be termed as one of the measures to quench this increasing energy demands. This paper evaluates the safety limits for electric and magnetic fields generated around the AC transmission and distribution lines at various voltage levels and configuration. Surface current density for an average height human being has also been calculated for safety precautions. Keywords: Safety limits, electric field, magnetic field, surface current density *Cite as: Manash Jyoti Baishya, Satyajit Bhuyan, N.K.Kishore, “Calculation of Electric and Magnetic Field under AC Transmission and Distribution Lines in Guwahati City” ADBU J.Engg.Tech., 1(2014) 0011406(5pp)

International Journal of Electrical and Electronics Research

The integration of renewable energy sources like solar and wind energy into the transmission and ... more The integration of renewable energy sources like solar and wind energy into the transmission and distribution grid has increased gradually for quenching the increasing demand for alternative sources to fossil fuels. However, due to the intermittent nature of the renewable sources primarily solar and wind, the injection of the renewable power generation into the grid shall also be fluctuating which in turn will impact the voltage profile of the transmission and distribution grid. Also, in case of any major load disconnection or generator tripping in a weak grid, the voltage profile will be severely impacted in a weak grid. The aim is to control the sudden major voltage profile disturbance of a weak grid in case of variation of power injected into the weak grid from solar and wind energy and also due to sudden load tripping or generator tripping in the weak grid by controlling the reactive power in the weak grid. In this paper, a centralized reactive power controller has been proposed...

With the increasing population rate and industrial growth rate, the demand for power has escalate... more With the increasing population rate and industrial growth rate, the demand for power has escalated significantly. High Voltage AC transmission can be termed as one of the measures to quench this increasing energy demands. This paper evaluates the safety limits for electric and magnetic fields generated around the AC transmission and distribution lines at various voltage levels and configuration. Surface current density for an average height human being has also been calculated for safety precautions.

2014 Eighteenth National Power Systems Conference (NPSC), 2014

With the ever burgeoning population rate and rapid industrialisation, the demand for power has in... more With the ever burgeoning population rate and rapid industrialisation, the demand for power has increased manifold. Ultra High Voltage AC transmission is one of the measures to arrest this increasing energy demands. This paper evaluates the safety limits for electric and magnetic fields generated around the UHV AC transmission lines. Shielding methods are also evaluated to reduce the electric field at ground level. Moreover surface current density for human beings has also been calculated.

ADBU Journal of Electrical and Electronics Engineering (AJEEE), 2018

High Voltage Direct Current transmission system can turn out to be the ideal power transmission s... more High Voltage Direct Current transmission system can turn out to be the ideal power transmission system for bulk power and transferring clean power from remotely located hydroelectric dams to distant load centers. Therefore, the solution to the sudden increased demand for electricity can be found by evacuating remotely located bulk renewable energy and transmitting the clean power to load centers located at a significant distance away via HVDC link.

ADBU Journal of Engineering Technology (AJET), 2014

With the increasing population rate and industrial growth rate, the demand for power has escalate... more With the increasing population rate and industrial growth rate, the demand for power has escalated significantly. High Voltage AC transmission can be termed as one of the measures to quench this increasing energy demands. This paper evaluates the safety limits for electric and magnetic fields generated around the AC transmission and distribution lines at various voltage levels and configuration. Surface current density for an average height human being has also been calculated for safety precautions. Keywords: Safety limits, electric field, magnetic field, surface current density *Cite as: Manash Jyoti Baishya, Satyajit Bhuyan, N.K.Kishore, “Calculation of Electric and Magnetic Field under AC Transmission and Distribution Lines in Guwahati City” ADBU J.Engg.Tech., 1(2014) 0011406(5pp)