The Chemicals, Oils, and Gas (COG) industries are known globally for their energy-intensive processes involved in obtaining desired products. With mounting pressure to enhance efficiency and reduce greenhouse gas emissions, these industries must focus on energy conservation measures. Induction motors, being the most energy-intensive equipment in COG operations, consume 45-50% of the total electricity, with even higher percentages for specific industry processes.
Given the significant energy consumption by high voltage motors worldwide, it is critical to design motors for optimum efficiency and a lower CO2 footprint. However, the industry faces significant challenges, particularly related to motor oversizing, leading to reduced efficiency and increased CO2 emissions.
This upcoming webinar aims to address the key factors concerning motor oversizing and discuss how motors can be designed for specific applications to achieve optimal efficiency and significantly reduce the CO2 footprint. Participants will gain valuable insights from the perspective of motor manufacturers, understanding how motors are tailored to meet the requirements of driven equipment manufacturers while adhering to essential industry specifications.
With COG industries under heightened scrutiny to minimize their CO2 footprint and improve energy consumption, attending this webinar will provide crucial knowledge and potential solutions to enhance the performance of high voltage motors while promoting sustainability.
Key Learning Objectives
- Construction of low inrush current motor
- Implications on motor design due to starting current and other starting criteria
- Impact on motor performance due to starting criteria restrictions and CO2 footprint
- How to optimise the DOL HV motors design
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