At JEF, we specialize in providing top-notch Power Quality Studies to ensure your
electrical systems operate efficiently and reliably. With years of experience and a
team of experts, we help you identify and mitigate power quality issues that can
affect your operations.
Get in touch for any queries and real-life case-studies
JEF has a large number of class ‘A’ power analysers and highly trained engineers & technicians to carry out complete power quality measurements for various applications including Renewable Energy, Industries, Airports, Data Centre etc. With a large team of qualified engineers based in our Abu Dhabi office, we cater to the requirements of clients in the entire GCC & North Africa areas.
Power Quality Studies are crucial for maintaining the integrity and performance of your electrical systems. They help in:
Identifying potential power quality issues that can cause tripping, equipment failures and/or inefficiencies.
Ensuring compliance with international standards such as IEEE 1159, IEEE 519, and IEC 61000.
Reducing operational costs by preventing equipment damage and minimizing downtime.
At JEF, we follow a systematic approach to Power Quality Studies:
Data Collection: Using advanced power quality analyzers to gather data on voltage, current and frequency.
Analysis: Detailed analysis of collected data to identify power quality issues such as sags, swells, harmonics, and transients.
Reporting: Comprehensive reports detailing findings, compliance status, and recommendations for improvements.
Mitigation: Recommending implementation of tailored solutions to address identified power quality issues.
Get in touch with us to discover the unique value addition that our expert team consistently deliver to our customer.
Enhanced Safety: Reducing the risk of lightning-related hazards and protecting personnel and equipment.
Operational Reliability:Ensuring uninterrupted operations and protecting critical infrastructure
Standards Compliance: Meeting international and local regulations for lightning protection systems.
Cost Savings: Preventing costly damage and downtime through effective lightning protection measures.
Assessing sags, swells, unbalance, and harmonics in the voltage supply.
Analyzing current distortions and their impact on equipment.
Ensuring the frequency remains stable and within acceptable limits.
Identifying and mitigating short-duration high-energy disturbances.
