Onics Energy Savings Blog
Energy Savings Case Study: How A PCB Manufacturer Reduced kWh by 26.8%
Onics Energy Solutions recently installed its cutting-edge OES-11 passive neutral and ground harmonic filters at a printed circuit board manufacturing facility in Anaheim, California and was able to deliver verified energy savings of 26.8 percent. In addition, the facility was awarded an energy incentive rebate of more than $50,000 from the local utility company.
Why Neutral and Ground Harmonics Matter For Power Quality
When it comes to power quality, the conversation often revolves around power harmonics. This focus, however, has left an equally important issue significantly overlooked: harmonics on neutral and ground. As our understanding of power quality evolves, it's high time we shed light on the impacts of non-power harmonics, and how solutions such as the Onics Passive Harmonic Filter can significantly contribute to energy efficiency and reliability.
Boosting Energy Efficiency with Onics OES-11 Passive Harmonic Filters: A Case Study
Neutral and ground energy losses can significantly impact the efficiency and reliability of electrical systems. Identifying and addressing these losses can lead to substantial energy savings, improved equipment reliability, reduced emissions, and lower operating costs. Read on to see how the Onics OES-11 can provide a positive energy impact.
Maximizing Your Power Harmonics Mitigation with Onics Passive Neutral and Ground Harmonic Filters
Even with the reliability and energy improvements from the application of active and passive power harmonic filtering, neutral and ground harmonics provide an arguably greater opportunity due to a lack of attention in the past. That’s where the Onics OES-11 can help to maximize your Energy Efficiency Program.
Case Study: Energy Savings with Onics Passive Neutral and Ground Harmonic Filter
Dr. Howard Penrose Ph.D., CMRP of MotorDoc LLC recently published an independent case study on the energy savings generated by the Onics Neutral and Ground Harmonic Filter. The findings in this report are consistent with results from both commercial facilities with lighter three phase loads and industrial facilities with larger three phase loads.