The document outlines an Energy Management System (EMS), detailing its importance in optimizing energy consumption in organizations to reduce costs, emissions, and reliance on fossil fuels. It explains steps for effective energy management, benefits of EMS, and the certification process required for its implementation. Additionally, the document highlights how EMS can improve monitoring and control of energy usage through various tools and technologies.

1. ENERGY MANAGEMENT
SYSTEM
Guided By:- Presented By:-
Dr. Ramaprasad Panda Soumya Ranjan Das
EEE- A2, Roll No.- 07
Group No.:- 09
Silicon Institute of Technology
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2. Content
 Introduction
 What is energy management?
 Why energy management is important?
 Steps for energy management
 How EMS helps?
 Benefits
 Certification Procedure
 Advantages of EMS
 References
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3. Introduction
An Energy Management System (EMS)
is a system of computer-aided tools
used by operators of electric utility
grids to monitor, control, and
optimize the performance of the
generation and/or transmission
system.
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4. What is energy management?
 "Energy Management" is a term that has a number of
meanings, but we're mainly concerned with the one
that relates to saving energy in businesses, public-
sector/government organizations, and homes.
 It commonly used by individual commercial entities to
monitor, measure, and control their electrical building
loads.
 It can also provide metering, sub metering, and
monitoring functions.
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6. Why energy management is
important?
 Energy management is the key to saving energy in your
organization.
 Much of the importance of energy saving stems from the
global need to save energy - this global need affects
energy prices, emissions targets, and legislation, all of
which lead to several compelling reasons why you should
save energy at your organization specifically.
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7. The global need to save energy:-
 Reduce our dependence on the fossil fuels that are
becoming increasingly limited in supply.
 Reduce the damage that we're doing to our planet.
Controlling and reducing energy consumption at
your organization:-
 Reduce costs – this is becoming increasingly important
as energy costs rise.
 Reduce carbon emissions and the environmental damage
that they cause - as well as the cost-related implications
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8. of carbon taxes and the like, your organization may be
keen to reduce its carbon footprint to promote a green,
sustainable image
 Reduce risk – the more energy you consume, the
greater the risk that energy price increases or supply
shortages could seriously affect your profitability, or
even make it impossible for your
business/organization to continue. With energy
management you can reduce this risk by reducing your
demand for energy and by controlling it so as to make
it more predictable.
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9. Steps for Energy Management:-
 Metering your energy consumption and collecting the
data.
 Finding opportunities to save energy, and estimating how
much energy each opportunity could save.
 Taking action to target the opportunities to save energy
(i.e. tackling the routine waste and replacing or upgrading
the inefficient equipment).
 Tracking your progress by analyzing your meter data to
see how well your energy-saving efforts have worked
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10. How EMS Helps?
 Gives information about Section wise or Department
wise Electrical data and energy consumption for
taking corrective actions.
 Gives a clear picture about energy costs involved into
Production.
 Helps to optimize and Monitor Electrical Parameters
to achieve cost reduction.
 Helps future Planning based on consumption patterns.
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11. Certification Procedure:-
 Application for certification from client
 Offer from IRQS India
 Offer acceptance from client and order confirmation by
IRQS India
 Pre audit (optional)
 Certification audit - (Stage 1 + Stage 2)
 Issue of certificate on successful completion of
certification audit
 Surveillance audits at defined period
 Recertification audit after 3 years
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13. Advantages of EMS:-
 No human errors in data collection.
 Easy to configure & maintain.
 Helps to identify inefficient electrical equipments.
 Maximum Power Demand Analysis.
 Facility of viewing Real time electrical data & energy
reports over Internet / Intranet.
 Graphical display of energy consumption.
 Alerts through SMS.
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14. Conclusion:-
 Previously the SCADA systems were providing the
utilities the information and control capabilities to sustain
and help managing the grid.
 But now with the help of EMS and smart grid the
monitoring of all the data has been easier.
 As all these systems need the data for their functioning so,
the data should be thoroughly checked to prevent any
errors.
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15. References
[1] C Abbey and G Joos. Energy management strategies
for optimization of energy storage in wind power
hybrid system. In PESC record IEEE annual power
electronics specialists conference, 2005.
[2] A Hajizadeh and MA Golkar. Intelligent power
management strategy of hybrid distributed generation
system. International journal of Electrical Power and
Energy System, 29(10), 2007.
[3] ABB EMS (last accessed 08/04/2012), Available:
http://www.bd.abb.com/cawp/seitp202/2ba694bdd4f0
82dec12576cc00584c40.aspx
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16. THANK YOU
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