The HT Capacitor Bank Shunt Compensation

An initiative by State Power Utility to improve the system Power Factor and minimize the Loss

  • Sandip Boral MECON Limited (PSU under Ministry of Steel, Govt. of India)
  • Joydeep Dasgupta MECON Limited (PSU under Ministry of Steel, Govt. of India)
  • Rupak Biswas MECON Limited (PSU under Ministry of Steel, Govt. of India)
Keywords: Shunt comp­ensation, Compensati­ng kVAR, E­quipment s­election c­riteria, Sizing, voltage ­rise, ener­gy loss

Abstract

In Sub-Transmission & Distribution system the significance of HT Capacitor Bank is increasing day-by-day for Shunt compensation. In West Bengal the premier power utility had taken an initiative for installation of HT Shunt Capacitor Banks at 11kV bus of 33/11kV substations. The main motto has been to improve the p.f. under Maximum demand conditions and subsequently improvement of voltage profile by reducing the huge network losses. Thus a part of today’s increasing demand can be served, keeping the same Generation & Transmission capacity and consequently, more revenue can be earned. A systematic approach for designing the shunt compensation system along with post commissioning results have been presented herewith as case study basis.

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Author Biographies

Sandip Boral, MECON Limited (PSU under Ministry of Steel, Govt. of India)

Ex Senior Design Engineer (Electrical)

Joydeep Dasgupta, MECON Limited (PSU under Ministry of Steel, Govt. of India)

Ex Manager (Electrical)

Rupak Biswas, MECON Limited (PSU under Ministry of Steel, Govt. of India)

Ex General Manager

References

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TE Grebe, “Application of Distribution System Capacitor Banks and their Impact on Power Quality" in IEEE Transc. IAS, Vol 32, No.3, May/Jun 1996.

DF Miller, “Application guide for Shunt Capacitors on Industrial Distribution Systems at Medium Voltage Levels" in IEEE Transc. IAS, Vol 12, No.5, Sep/Oct 1976.

WU Baum & WA Frederick, “A method of applying Switched & Fixed Capacitors for Voltage Control" Jan 1965.

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BIS 12360: 1988 “Voltage bands for electrical installations including preferred voltages and frequency".

Published
2019-09-02
How to Cite
Boral, S., Dasgupta, J., & Biswas, R. (2019). The HT Capacitor Bank Shunt Compensation. PREPARE@u® | General Preprint Services, 1(1). https://doi.org/10.36375/prepare_u.a10
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Others