A variable frequency drive (better known as VFD), could be described as a kind of motor controller driving an electric motor by varying voltage and frequency supplied to electric motor. North America Variable Frequency Drive Market stands at 4.77 Billion as of now and is expected to be worth US$ 5.06 Bn by the year 2032 at a CAGR of 6% from 2022 to 2032.
North America is known for being more into machines and less into human labor. Variable frequency drives help in smooth sailing with respect to dependence on these machines. They, in fact, help verticals in manufacturing more products with minimal wastage. It has been reported that these drives reduce downtime by increasing machine productivity, machines’ efficiency, and quality of production.
The other terms to refer to VFD include adjustable speed drive, variable speed drive, AC drive, adjustable frequency drive, inverter, and Microdrive. The three different kinds of VFDs are fluid drives, electric drives, and mechanical drives.
To Get Sample Copy of Report visit @
https://www.futuremarketinsights.com/reports/sample/rep-NA-3651
Rising prices of energy have resulted in an inevitability of energy-efficient motor control systems. They prove to be a good alternative to various throttling devices like valves and dampers and fixed speed controllers. Along these lines, Len Busch Roses has Danfoss’ variable frequency drive for regulating airflow in snapdragon greenhouse, that too, with precision. As such, Len Busch has witnessed reduction in energy costs by 22%.
Smart grid technology is being increasingly adopted, which could open doors for varying voltage and phase angle required. This ascertains that electricity gets transferred more efficiently.
Single VFD is getting used to control multiple electric motors, so as to dissipate less energy. Synchronous bypass method makes use of a VFD for starting and synchronizing multiple motors through transfer of load from a source to the other. Rockwell Automation states that asynchronous variable frequency drive system used to control two motors is capable of saving up to 33% of the initial capital spending.
At the same time, the fact that VFDs release pulses that are asynchronously switched can’t be ignored. If there happens to be a long cable between the motor and VFDs, the reflected pulses could result in production of voltage overshooting line voltage, thereby causing tension in cable and motor windings. Insulation thus fails, specifically for the motors that operate at 490 volts (or even higher). Future Market Insights has, through its latest market study entitled ‘North America variable Frequency Drive Market’, etched these findings with future perspectives.
Key Takeaways from North America Variable Frequency Drive Market
“Call for better productivity with reduced downtime to drive North America Variable Frequency Drives market”, says an analyst from Future Market Insights.
Competitive Landscape
What does the Report Cover?
Key Segments Profiled
By Voltage Range Type:
By End-use Industry:
By Application: