This document discusses an energy management system that aims to save customers money on electricity bills, reduce manpower costs, and provide centralized control. It claims the system can save 20-25% on electric billing through automated optimization and monitoring that reduces inefficiencies. It also compensates for losses in areas like depreciated machine capacity and inaccurate or slow manual data processing. The system is said to provide both quantitative savings through lower bills and manpower expenses, as well as qualitative benefits like a more trouble-free and accurate control environment.

1. Energy
Management
System

2.  We are in the trade of INDUSTRIAL AUTOMATION
 We are SYSTEM INTEGRATORS
 We work for YOUR BETTER & EASY LIFE
 We work towards YOUR PROFITABILITY
 We work AGAINST POLLUTION

3.  Best Rate of Return On Investment
 Best Quality Material
 Least Payback Time of Investment
 Best Solution of The Market

4. WHAT YOU NEED WHAT WE GIVE ?
1. Save on Electric Bills
2. Save Manpower Cost
3. Save Time
4. Better Control
5. Lesser Trouble
6. All in one - central Solution
1. 20 – 25% savings on electric
billing
2. Manpower Cost Limited
3. Total Time savings
4. Accuracy on Control
5. Least Trouble
6. ALL-IN-ONE Control

5. WHEN YOU CONVERT
ENERGY FROM ONE
FORM TO ANOTHER
ENORMOUS HEAT IS
GENERATED .
THE HEAT DISSIPATION
IS CONTROLLED
TO SAVE ENERGY INPUT
TO 20 – 25 % .
EINSTEIN’S HYPOTHESIS

7. WE PROVIDE : WE COMPENSATE :
 Savings on Electricity Bills
 Accuracy of Work
 Fastest monitoring
 Data control & Processing
 Single point control system
 Losses in the system
 Inaccurate monitoring
 Loss of Data
 Slow Information Processing
 Multi-point manual handling

8. ENERGY LOSS POINTS ENERGY SAVE POINTS
1) Point of Inefficiency
2) Componential loss
3) Time of Manual Optimization
4) Loss of capacity of machines
due to Depreciation
1) Inefficiency Reduced by
Automated coverage
2) Automated Optimization
of Componential loss
3) Total time saved = Total
Time value compensated
4) Compensated Depreciated
Capacity by automation

9. WHAT IS OPTIMIZATION DIGITAL CONTROL
 The control points of savings
are :

1st Step > Monitored by
Machine Interface

2nd Step > Data feedback
enters system

3rd Step > Processed to
required information

4th Step > information Used in
Digital Control
 The point of control
works on :

1) Centralized to single
function control point
 2) Performance covered
by a special software

3) One-point manual
intervention
lowers manpower cost

4) Accuracy & immediacy
on control ensured

10. QUANTITATIVE SAVINGS QUALITATIVE SAVINGS
 Savings on Electricity
Bills
 Compensation on Total
Manpower Expense
 Compensation on loss of
manual action time
 Compensation by
accuracy in control
 Centralized Solution
 Trouble free atmosphere
 Pre-programmed control
 System Accuracy
 Benefit on Action Time
 Easier work atmosphere

11.  Integrate the system by company project team
 Provide you the best Turnkey solution
 Provide you best quality OEM-s
 Provide you with AMC options

12.  Basic information on mechanism points
 Details of Electrical circuits & consumption
 Current Metering & Billing system details
 Plans for future increase of the system

13. Project
Head
•Company Consultation
•Outsourcing decision
Architect
•Planning of Building Requirements
•Designing of Electrical Circuit
Electrical
Engineers
•Consultancy
•Implementation

14. THANK YOU