EMI Transmission Ltd

EMI Transmission Ltd Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from EMI Transmission Ltd, Nashik.

Permanently closed.

EMI manufactures the entire range of insulator hardwares for Suspension & Tension strings upto six bundle conductor for application on transmission line of various ratings upto 800 KV. .

31/01/2017
Steam turbine
05/03/2016

Steam turbine

Amazing view for all electrical engineer
04/03/2016

Amazing view for all electrical engineer

Interesting transmission lines in Finland
04/02/2016

Interesting transmission lines in Finland

25/01/2016
Composite hollow core insulator used for ac transformer (2250 kV,2A)
13/06/2015

Composite hollow core insulator used for ac transformer (2250 kV,2A)

Happy workers day....
01/05/2015

Happy workers day....

Useful information
28/04/2015

Useful information

400 kV line refurbishment
26/04/2015

400 kV line refurbishment

12/04/2015
26/01/2015
22/03/2013

“Success in business requires training and discipline and hard work. But if you’re not frightened by these things, the opportunities are just as great today as they ever were.” – David Rockefeller

TYPES OF TOWER
27/10/2012

TYPES OF TOWER

500kV Yueqing-Wendong Electric TransmissionLine River-crossing Tower
12/05/2012

500kV Yueqing-Wendong Electric Transmission
Line River-crossing Tower

Spacer damper is the most efficient way toextend the life span of the transmission line. It isdesigned to dissipate the ...
26/04/2012

Spacer damper is the most efficient way to
extend the life span of the transmission line. It is
designed to dissipate the damaging vibration
coused by wind. The spacer damper combines
the function of a sapcer in maintaining conductor
separation and the function of a damper in controlling aeolian vibration and osicillation. The viscoelastic bushings firmly grip the conductor.
we have developed spacer dampers designs to meet various bundle configurations and
installation requirement.

26/04/2012

Today is the 11th Anniversary of our Nashik Plant and wishes to congratulate all the members of EMI Family on this occasion..

26/12/2011

What Does a Electrical Engineer Do?
The electrical engineer has many potential job functions, but most work on designing products that are powered by electricity or produce energy. Sometimes, an electrical engineer his time to a single electrical product will devote. While there are millions of potential products, electrical engineer at work can have some medical examples, cell phones, handheld gaming systems and airline navigation systems.

When beginning a project, an electrical engineer usually starts out with the purpose of the product. He or she will then schedule the circuit wiring and electronic components. A prototype is to be generally on the extensive tests carried out to ensure that plans are designed as work, and that all components are built to work well together. An electrical engineer broke his test products to find out where they went wrong and how the design can be modified in order to avoid its repetition. He or she could for the examination of existing products that are not known or significant issues have easy to detect whether it can be improved.

Often work in teams with other engineers, an electrical engineer, proficient in the use of a wide range of engineering and design software and a variety of laboratory instruments. He or she must also be able to provide detailed guidance on the use and production of the final product. The engineer is often responsible for supervising the installation of the product to ensure it is properly installed and secure.,

In the United States, a bachelor's degree is the minimum training for entering this area is necessary, but many electrical engineers have master's or doctoral degrees. These degrees are usually in the areas of engineering, applied sciences, engineering, science or technology management. Either through professional degrees have certification before as an electrical engineer in the United States or Canada practiced accompanied werden.Der electrical engineer has many potential job functions, but most work on designing products that are powered by electricity or produce energy. Sometimes, an electrical engineer his time to a single electrical product will devote. While there are millions of potential products, electrical engineer at work can have some medical examples, cell phones, handheld gaming systems and airline navigation systems.

When beginning a project, an electrical engineer usually starts out with the purpose of the product. He or she will then schedule the circuit wiring and electronic components. A prototype is to be generally on the extensive tests carried out to ensure that plans are designed as work, and that all components are built to work well together. An electrical engineer broke his test products to find out where they went wrong and how the design can be modified in order to avoid its repetition. He or she could for the examination of existing products that are not known or significant issues have easy to detect whether it can be improved.

Often work in teams with other engineers, an electrical engineer, proficient in the use of a wide range of engineering and design software and a variety of laboratory instruments. He or she must also be able to provide detailed guidance on the use and production of the final product. The engineer is often responsible for supervising the installation of the product to ensure it is properly installed and secure.


In the United States, a bachelor's degree is the minimum training for entering this area is necessary, but many electrical engineers have master's or doctoral degrees. These degrees are usually in the areas of engineering, applied sciences, engineering, science or technology management. Either degree professional certification must be accompanied practiced before as an electrical engineer in the United States or Canada.

11/12/2011

high-voltage transmission
lines High-voltage transmission
lines are used to transmit
electric power over
relatively long distances,
usually from a central
generating station to main substations. They are also
used for electric power
transmission from one
central station to another
for load sharing. High
voltage (HV) transmission lines are made of high
voltage (between 138 and
765 kilovolts) overhead and
underground conducting
lines of either copper or
aluminum. One of the key concerns in
transmission of electricity is
power loss in transmission
lines (called line loss or
transmission loss),
dissipated as heat due to the resistance of the
conductors. The smaller the
surface area of the
conductors, the smaller the
loss to heat dissipation.
High voltages require less surface area, resulting in
reduced line loss. With high-
voltage lines, the voltage
can be stepped up at the
generating station,
transmitted through the transmission grid to a load
center, and there stepped
down to the lower voltages
required by distribution
lines.

Address

Nashik

Alerts

Be the first to know and let us send you an email when EMI Transmission Ltd posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Practice

Send a message to EMI Transmission Ltd:

Share