The accelerating integration of power electronics in maritime and offshore applications has revolutionized electrical systems while introducing new technical challenges related to quality and reliability. In an era where vessels and offshore installations are increasingly dependent on variable speed drives, UPS systems, and complex automation platforms, the stability and resilience of power networks have become paramount. The course “Quality and Reliability in Power Systems”, offered by Pideya Learning Academy, is strategically designed to equip professionals with the knowledge and tools necessary to address emerging power quality issues that can compromise operational efficiency, safety, and asset longevity.
A significant factor contributing to these challenges is the presence of harmonics and voltage distortions, often generated by non-linear electronic loads. These disturbances not only degrade the performance of auxiliary systems but can also cause serious communication failures and tripping of sensitive equipment. According to a 2023 report by MarketsandMarkets, the global power quality equipment market is expected to rise from USD 28.5 billion in 2023 to USD 38.3 billion by 2028, growing at a CAGR of 6.1%. This growth underscores the increasing need for reliable and disturbance-free power in critical infrastructure, particularly within the marine and offshore sectors.
Pideya Learning Academy recognizes the growing demand for trained professionals who can assess, mitigate, and manage power quality issues in high-dependency environments. The Quality and Reliability in Power Systems training addresses this need through a robust curriculum that covers harmonic source identification, grounding practices, power factor correction, and the impact of electrical noise. Participants will delve into the engineering principles that govern power system stability and gain exposure to advanced mitigation strategies in line with global standards.
Embedded throughout the course are several key highlights that enhance the learning experience and practical applicability:
Comprehensive analysis of harmonic distortions and their impact on offshore and shipboard systems
Evaluation of waveform anomalies, voltage sags, and surges with reference to international standards
Exploration of power factor correction techniques and K-factor rated equipment considerations
In-depth review of grounding systems and their influence on voltage regulation and personnel safety
Application of protective design principles for gas-insulated switchgear and high-voltage substations
Investigation of transient disturbances and real-world case examples from marine environments
Review of current compliance frameworks and mitigation strategies aligned with IEEE and IEC norms
This course by Pideya Learning Academy is structured to develop technical depth and systemic understanding. Participants will not only identify potential sources of disturbances but also evaluate their impact on the overall electrical system, devise mitigation strategies, and contribute to safer, more reliable operations.
By engaging in this course, learners will be empowered to support critical infrastructure, proactively manage electrical disturbances, and improve both the lifespan and dependability of essential equipment. The training ultimately helps organizations achieve uninterrupted power delivery and improved safety outcomes in challenging offshore and maritime environments.

Key Takeaways:

• Comprehensive analysis of harmonic distortions and their impact on offshore and shipboard systems
• Evaluation of waveform anomalies, voltage sags, and surges with reference to international standards
• Exploration of power factor correction techniques and K-factor rated equipment considerations
• In-depth review of grounding systems and their influence on voltage regulation and personnel safety
• Application of protective design principles for gas-insulated switchgear and high-voltage substations
• Investigation of transient disturbances and real-world case examples from marine environments
• Review of current compliance frameworks and mitigation strategies aligned with IEEE and IEC norms

• Comprehensive analysis of harmonic distortions and their impact on offshore and shipboard systems
• Evaluation of waveform anomalies, voltage sags, and surges with reference to international standards
• Exploration of power factor correction techniques and K-factor rated equipment considerations
• In-depth review of grounding systems and their influence on voltage regulation and personnel safety
• Application of protective design principles for gas-insulated switchgear and high-voltage substations
• Investigation of transient disturbances and real-world case examples from marine environments
• Review of current compliance frameworks and mitigation strategies aligned with IEEE and IEC norms