Frequency Inverters and Converters: Using Solar Power For Induction Motors
Energy efficiency is a hot topic among legislators and business owners. The more proficiently equipment operates, the less energy it uses, thus the less carbon pollution it produces. Legislators typically imagine energy efficiency in terms with the environmental, whereas most business owners are interested with what energy efficiency can do for your bottom line. Whether reducing pollution or increasing cost savings is the goal, one in the greatest opportunities to accomplish significant results exists in utilizing solar panels to supply energy to industrial environments, where induction motors power various kinds of equipment.
The most efficient solar panels convert as much as 20 percent of solar energy into usable electricity. These panels are ideal for lining the roof of the building - or implementing being an independent installation nearby the building site - to relieve or eliminate the structure's electrical usage. To transform solar electricity into usable electricity, frequency inverters are needed. To ensure that induction motors, (IM) make usage of the electricity as efficiently as possible, frequency converters are needed.
The former change Direct Current (DC) to Alternating Current (AC). The latter change one frequency of AC to another.
Operating AC Induction Motors Efficiently
Solar power is DC. Because most machines and appliances use AC, the DC from solar energy has to be inverted into AC. This is the job of frequency inverters. To make sure that variable frequency AC IM's operate efficiently, the AC must be distributed towards the motors in the ideal frequency. This may be the task of frequency converters. Some types of induction motors that operate more effectively whenever they are outfitted with converters include water pump motors, the motors of air distribution fans, and mechanical-draft cooling tower motors.
Inverters are usually installed in a single location, whereas converters are situated at the site of each induction motor. Using solar power improves energy efficiency of a building, but using converters to regulate the operation of induction motors yields even greater efficiency. Depending about the type of electrical equipment a building houses, a good converters may mean the difference between partially powering the building with solar energy, and fully powering it using the electricity that solar panels produce.
Conclusion
Making their facilities and equipment more energy efficient allows companies to improve their main point here while supporting the environment. If your company is interested in using solar chance to provide electricity to environments that contain induction motors, be sure to inquire about frequency inverters and frequency converters once you contact supplier of economic electrical distribution solutions.
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