Published On: Sep 08, 2016
Q 6. What are the key benefits achieved focusing on below points? Return on investment, Payback, Savings in O&M, reliability etc.
A. Overall, there was power quality improvement for the plant electrical system. Specific benefits that were achieved are:
Q 7. What message would you to like to give to fellow industry professionals to improve PQ environment?
A. In an era of IoT, all loads shall be non-linear and PQ issues are bound to increase further. Nothing to panic, with a systematic approach we can resolve power quality challenges. In case of Green Field Project, I recommend PQ detailed study to be done along with Short circuit and load flow studies.
Mitigating Harmonics in MV (6.6 kV) System (This blog is based on a APQI case study titled “Mitigating Harmonics in MV (6.6 kV) System”. It depicts the case of a unit/plant facing power quality issues due to internal and external factors and highlights various mitigation techniques adopted & benefits realized by the unit to mitigate these issues.)
ABOUT THE EXPERTNaveen Kumar Basva is an engineering graduate in Electrical and Electronics from Prathyusha Engineering College Affiliated to ANNA UNIVERSITY, and post graduate diploma in project management from IIM-Indore – L&T IPM. He is also a certified energy auditor and life member of Society of Power Engineers. With 10 years total Experience diversified in ,Design, Installation ,testing & Commissioning of Electrical Systems, Distribution of Power ,Energy Efficiency & Conservation, EPC Power Plant Erection commissioning and now in Manufacturing facilities Maintenance. |
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