Power Transformer Market Analysis, Outlook during the Forecast period 2020-2027
Power Transformer Market |
The Power Transformer is a type
of transformer that is used to transmit electrical energy in any component of
an electronic or electric circuit between the generator and the principal
circuits of the distribution system. Power Transformers link electrical
networks or systems of varying voltages to facilitate power exchange. Power Transformers
are utilised in a variety of applications including power transmission, power
production, consumer electronics, and electro-intensive industrial
applications. Commercial uses for power transformers include hotels, hospitals,
workplaces, airports, and universities.
A power transformer is a type of
transformer that is primarily used to take low voltage generator output and
transport it over distribution channels across the power grid network. It is an
important component of the power grid because it allows power to be sent from
one network to another without changing frequency. Low voltage power generation
is economically effective, however it results in high line current. High current
transmission causes increased line losses. However, increasing the voltage of
the incoming electricity enables efficient power transfer. As a result, a power
transformer is primarily employed to step up the voltage. Electricity
transformers are so essential in power transmission. These transformers operate
at peak load and are designed to have maximum efficiency at full load. Decades
of research in the transmission networks has led to an increase in the
transmission voltages. Power transformers enable the power transmission
low-voltage to high-voltages.
According to Coherent Market Insights, The global Power
Transformers Market was accounted for US$ 28.69 Bn in terms of value
and 17,283 unit shipments in terms of volume in 2019 and is expected to grow at
a CAGR of 7.7% for the period (2020-2027).
The worldwide power transformer
market is driven by a variety of factors. Apart from rising electricity consumption,
other factors driving the global power transformer market growth include a
greater emphasis on renewable energy generation, the deployment of smart grids
and smart transformers, and the replacement of existing old power transformers.
Countries are investing in expanding their power infrastructure and fulfilling
the rising demand for energy since the power industry is a crucial indication
of economic progress. New power grid projects that incorporate renewable energy
into the main power system are among the investments. Increased renewable
energy generation, such as hydro, wind, and solar, is a major driver for the
worldwide power transformer industry.
Power transformers are essential
components that assist connect power plants to transmission networks. The
increased adoption of renewable and non-conventional energy resources is
expected to boost the global power transformer market over the forecast period.
Power transformers are an essential component of a power grid. The use of smart
grids is projected to expand as people become more mindful of CO2 emissions.
Smart grids enable remote monitoring of grid instruments and quick response to
variable power demand. Because of its benefits, smart power transformers are
becoming more popular.
It provides optimum power supply,
responds fast to voltage variations, provides effective cooling, and is energy
efficient, reducing CO2 emissions. Government rules governing carbon emissions
are likely to remain stringent during the study period, supporting the expansion
of the global power transformer market. The increased demand for electricity,
as well as the rise of renewable energy sources, encourages the use of high
voltage transmission technologies such as UHV, HVAC, and HVDC power
transformers. Many nations, including China, are currently utilising
ultra-high-voltage transmission technologies.
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