The systems
and machines of our world depend on power electronics for the ability to run
efficiently and sustainably. Power electronics is the application of
solid-state electronics for the control and conversion of electric power. It
applies to both the systems and products involved in converting and controlling
the flow of electrical energy, allowing the electricity needed for everyday
products to be delivered with maximum efficiency in the smallest and lightest
package.
According to
an article by ABB, about 40% of the world’s power needs are met by electrical
energy. That number is quickly rising as the trend towards renewable energy
sources increases. Without power electronics, this energy cannot be harnessed
and delivered efficiently and energy from renewable sources, such as solar and
wind, could not be fed into the electricity grid.
Power
electronics allow solar energy to be used by converting the Direct Current
energy produced by solar panels into AC used in the commercial electrical grid.
Wind energy also needs to be converted and must be fed into a grid at a
constant frequency despite changing wind conditions. Other forms of alternative
power such as thermal, hydro and nuclear also take advantage of the benefits of
power electronics to effectively deliver power.
Not only are
power electronics used to deliver and control power in the electric grid, but
they are also used in numerous everyday devices. Everything from power steering
in your car, battery chargers, cell phones, and microwaves utilize power
electronics. The use of this technology can increase productivity and decrease
costs for the manufacturer and the consumer.
Power
electronics also allow for the variance of electric motor drive speeds,
reducing the amount of energy consumed by making processes more efficient.
Without this technology electric motors would always run at full speed
consuming more energy than necessary. Power electronics converters also
conserve energy by making it possible to transport electricity over long
distances with minimal loss by transforming alternating current (AC) into
high-voltage direct current (HVDC) and vice-versa.
Advances in
power electronics allow power to be delivered in a more dependable and less
costly manner saving both energy and costs for the consumer. The energy saved
by taking advantage of power electronics is important for our changing
environment by using less valuable resources. Every industry uses power
electronics including desalinization plants, painting vehicles or testing rail
cars all PCTI applications. Each industry is different and requires custom
power electronics solutions.
PCTI
provides customer power electronics for industry in the highest power ranges
available globally. PCTI builds high current DC power supplies, battery
chargers and frequency converters from a range of standard power and control
modules that offer high performance, reliability, and sophisticated control
systems all custom engineered and built to fit industry needs. We offer
applications assistance to customers to ensure equipment specifications meet
their exact needs.
The
applications for dynamic power electronics technology are growing exponentially
and PCTI is invested in being a major part of this changing market. To learn
more about our power electronics and all our products visit our website or
contact us directly to discuss your needs. Follow PCTI on Facebook, Twitter,
LinkedIn, and Google+ to stay up to date on our latest developments.
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