REGISTER TO WATCH THE ON-DEMAND WEBINAR
Designing a power quality system for complex industrial setups or modern facilities with renewable energy sources can cause challenges. Projects of this scale often involve intricate electrical installations with multi-board setups, diverse generation points, and environmental considerations, all of which can lead to costly downtime and equipment failure.
Power Electronics has over 10 years of hands-on experience with power quality products, our experts will guide you through a real-life example of sizing a robust power quality system for a hospital. We’ll provide practical insights on addressing common power quality problems and solutions, and demonstrate effective strategies for power management.
[WATCH: Andrew Sadgrove (Power Electronics Sales Engineer) explain what you will get out from this webinar]
What you’ll learn
A step-by-step approach to designing a power quality system including practical examples and detailed calculations for complex multi-board and multi-generation setups
Strategies for modern installations, such as integrating solar panels, EV chargers, and other renewable energy sources, and understanding their impact on power quality and system performance
Techniques for sizing harmonic loads, determining power factor correction needs and voltage stability.
How to manage complex electrical installations, including environmental considerations and the challenges of coordinating multiple system components.
Real-world application of power quality principles, with a focus on practical, start-to-finish examples that highlight common pitfalls and solutions in
modern installations
Who should watch?
Engineers, system designers, and technical professionals dealing with power quality issues and complex installations
Meet the speakers
Andrew Sadgrove
Sales Engineer (South Island)
Jake O’Herlihy
Sales Engineer (North Island)
Andrew Sadgrove brings extensive experience from his decade-long career in Australia’s iron ore industry. With a background in industrial maintenance and shutdown planning, Andrew now applies his expertise to motor control and power quality solutions. His practical insights will provide valuable perspectives on complex power quality system designs and effective power management.
Jake O’Herlihy comes from a background as a field application engineer, specialising in designing, implementing SCADA and preventive maintenance schedules for local councils. His deep understanding of variable speed drives and their integration with SCADA and control systems enhances his ability to support customers with insightful product selection and integration advice.
Our real-world example will address harmonic mitigation, voltage stability, and integration with new generation sources like renewables. You’ll walk away with a solid understanding of optimal system sizing, installation best practices, and critical factors for modern loads and generation.
.png?width=150&height=63&name=PENZ%20CTA%20Button%20(1).png "PENZ CTA Button (1)")