Technical and Economic Report of the 200A Active Harmonic Filter at Petro Imen Sharif Site 2
Hoonam Part Energy significantly enhanced power quality at Petro Imen Sharif’s second site by installing a
۲۰۰-amp Active Harmonic Filter. This project reduced network harmonics, improved production process stability,
and protected equipment from distortion-related damage. The data in this report was extracted directly from the filter’s HMI panel,
demonstrating the high efficiency of this technology. This successful case can serve as a model for other industrial facilities in the region.
About Petro Imen Sharif
Petro Imen Sharif, located in the Charmshahr Industrial Complex in Varamin, covers an area of 9,600 square meters.
It includes four 2,000 m² production halls and has a storage capacity of 4,500 tons. A 300-ton stainless steel reactor with Complete Mix technology
and a daily loading capacity of 4,400 tons showcase the company’s strong operational capabilities.
Advanced electrical equipment has solidified its position in the oil and gas industry.
Power quality issues, including high harmonic distortion, placed stress on equipment and disrupted production and loading processes.
Therefore, Petro Imen Sharif decided to install a 200A Active Harmonic Filter at its second site to eliminate these challenges.
About Hoonam Part Energy
Hoonam Part Energy provides advanced solutions for optimizing electrical network performance.
The company designs Active Harmonic Filter systems to reduce harmonic distortion and enhance network stability.
Through expert consulting services, Hoonam accurately identifies and meets the specific needs of each industry.
Post-installation technical support and professional staff training are key features of Hoonam’s service approach.
This customer-focused strategy has earned strong trust, and the successful collaboration with Petro Imen Sharif
stands as evidence of Hoonam’s commitment to quality.
Active Harmonic Filter HMI Panel
The HMI panel of the Active Harmonic Filter is a powerful tool for monitoring electrical parameters such as voltage, current, THD,
and power factor in real time. It enables quick and precise data analysis without additional equipment.
All the data presented in this report was obtained from this HMI panel.
With remote connectivity and phase-by-phase data visualization, the HMI panel is an efficient tool for managing power quality.
Its intuitive, touch-based interface makes it easy for operators to use.
Measurement Results: Network, Load, and Compensation
| Network Data | Phase A | Phase B | Phase C |
|---|---|---|---|
| Voltage | ۲۱۶.2V | ۲۱۶.4V | ۲۱۳.9V |
| Current | ۸۲.6A | ۸۲.1A | ۸۴.5A |
| Current THD | ۴.۳% | ۴.۲% | ۷.۸% |
| Voltage THD | ۵.۲% | ۱.۳% | ۶.۰% |
| Power Factor | ۰.۹۹ | ۰.۹۷ | ۰.۹۷ |
Network-side Data
| Load Data | Phase A | Phase B | Phase C |
|---|---|---|---|
| Current | ۹۸.3A | ۸۷.6A | ۸۲.3A |
| Current THD | ۱۲.۲% | ۱۳.۰% | ۱۴.۰% |
| Power Factor (PF) | ۰.۹۳ | ۰.۹۰ | ۰.۹۵ |
| DPF | ۰.۹۸ | ۰.۹۸ | ۰.۹۷ |
Load-side Data
| Compensation Data | Phase A | Phase B | Phase C | Neutral |
|---|---|---|---|---|
| Module Current | ۱۰.3A | ۹.2A | ۱۰.1A | ۲۶.5A |
Active Harmonic Filter Compensation
Technical Benefits
The 200A Active Harmonic Filter reduced average current THD from 13.1% on the load side to 5.4% on the network side.
The Displacement Power Factor (DPF) was maintained at 0.98, and the Power Factor (PF) improved from negative to positive values.
These improvements reduced stress on electrical equipment and prevented harmonic-related failures.
The 26.5A neutral current demonstrates effective compensation.
Network stability increased, production downtimes decreased, and equipment coordination improved.
Transformer and motor lifespans were extended, and maintenance costs dropped significantly.
Economic Benefits
Installing the 200A filter resulted in annual energy savings of approximately 280 million rials.
A 25% increase in generator capacity generated about 500 million rials in added value.
These savings were achieved through reduced energy losses and optimized system performance.
With a rapid return on investment, this project strengthened Petro Imen Sharif’s competitiveness
and enabled further development investments.
Conclusion
The installation of a 200A Active Harmonic Filter by Hoonam Part Energy significantly improved power quality
at Petro Imen Sharif’s second site. The reduction in operational costs and increased production stability
demonstrated the value of this technology. This project serves as a successful model for other industries.
The close collaboration between Hoonam Part Energy and Petro Imen Sharif emphasized the importance of investing
in modern electrical technologies and set new regional standards for power quality.
Enhance your power quality today — contact Hoonam Part Energy for professional consultation!
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