The document provides an overview of an energy management and control system. It describes the system's objectives of enabling energy monitoring, optimization, and savings of 20-30% while preventing electrical accidents. It also aims to reduce CO2, NOx, and SO2 emissions. The technical overview section explains the modular components of the system including segment control units, device management and control units, and their deployment and data flow. It also demonstrates the system's features through a sample industrial campus energy automation demo.

1. Energy Management and Control System
Overview

2. Company Overview
Guiding Principles People
 Quality Policy: Primary focus is to add value to our  Founded by team of professionals with diverse background in
Technology and Domains
customers business by delivering quality services and
solutions  Hundred person years of collective experience of founders
 Mission : To provide end to end solution to the customer  Strong emphasis on research with few PhDs and few more
underway
through effective collaboration with internal and external
partners by “Cleveraging Technology” with combination of  About 75 people on board and expected to cross a 100 in one
ability to innovate and capability to execute quarters
 Quality Objectives: Compliance to ISO 9001:2008 and  Multi cultural and Multi Lingual. Exposure to and working with
different international backgrounds and geographies
On time delivery , first time right and with in budget
Corporate Governance Financials
 Professionally Managed  Founded in 2006
 Employee Owned Organization  Seven Million Authorized Capital
 Independent Directors and Experienced Advisors  5.6 Million paid-up capital
 Transparent Financial Management with strict adherence
to International Corporate Law  Completely self funded by founders and owned by
employees of the organization
 Best practices in Project Management and Reporting to
customer  Two Independent subsidiaries with independent
financials, one in Sri Lanka and one in Japan.
 Open to due diligence to customers any time

3. EMCS Objectives
 EMCS is built on top of an intelligent  Focused for
communications infrastructure and  Energy Management / Audit
it’s a combination of:  Energy Optimization
 Hardware and Firmware,  Targeting 20-30% Energy Savings
 WebCloud based Monitoring  Prevent Electrical Accidents
Software , Analytics and
 Control Software  Go Green – Reduce CO2, NOx & SO2
 Carbon Credits
 Smart Grid – in India
 In the world of the Smart Grid,
consumers and utility companies
alike have Tools to  Objectives
 Manage,  Measure , Monitor and Control Energy
 Monitor Consumption
 Control and  Make every Employee Responsible for Energy
Utilization
 Respond to energy needs.
 Continuous Clean Non Interrupted Power for the
Critical Loads
 The flow of electricity becomes a  Scheduled Time Based Limited Power to Heavy
two-way conversation: Loads
 Saving consumers money, energy,  Safety Precautionary Operations of Power
 Delivering more transparency in Handling Equipments
terms of end-user use, and  Optimized Power for Light Loads
 Reducing carbon emissions.  Full Control on High Peak Demand Charges &
Power Factor Penalty Charges
 Overall focus is on Direct Energy Savings
 Indirect Cost Savings on Overall Electricity Cost
(Refer our slide “The Cost of our Electricity”)

4. Energy Management Issues
Energy Quality and Uptime Maintenance
 Power Balance  Manual Maintenance
 Inefficient or Fixed Load Sharing  Inefficient way of monitoring
 Direct Impact on Equipment Used  Skipping Preventive Maintenance
 Loose connections
 Transformers
 Sags
 Machinery and Lab Equipment  Bushing and Insulations
 Sensitive and High Cost equipment  Proper Earthing
 ImproperPoor ConnectionEarthing  Distribution Transformer Monitoring
 Power Theft Unauthorized Power Use  Transmission Line Sags leading to frequent
short circuits
Power Wastage  Usage Overrated Fuses to avoid work on field
 Reactive Power Consumption by staff
 Controlling Reactive power  Variations and Deviations
 Proper Norms are not followed  Mismatch from power transmitted and used
 Capacitor Bank to be monitored and  Unacceptable Neutral to Ground Voltages and
maintained automatically for efficiency Power Factor
 Avoiding legal issues from the power supplier  Drawing more power than permitted
 Component and Protection material
 Switching Surges
 Component Quality
 Traditional Linear power supply leads to
surges/harmonics and spikes  Non standard components
 Frequent tripping  Inefficient way of operations
 Avoiding scheduled maintenance
 Equipment and Component Damage
 Arching leading to defective power network

5. ROI Parameters
 Detailed Measurement and Reporting  Maintenance Costs
 Periodical Maintenance
 Energy Measurement and  Emergency Maintenance
Maintenance and Planning  Energy Utilization Automation
 Alerts
 Energy Costs from Utility Company
 Basic Cost  Indirect Costs
 Power Factor Penalty  Depreciation on Capital Investment on
 High Peak Demand Penalty & Others (if Power Handling Equipments
any)  Wear & Tear and Out of Warranty
Replacements/Scraps
 Energy Backup Costs  Overall Operating Cost
 Generator Costs  Maintenance Personal & Coordinator
 Usage Monitoring, Wages
 Fuel Monitoring
 Maintenance
 UPS Costs
 Aging
 Performance

6. Technical Overview

7. Simple Definitions
 DMCU – Device Monitoring & Control Unit
 Smart Device with multiple monitoring & control features and executes the
command of user on utilities.
 Monitors the Exergy and sends the data back to server thru SCU
 Controls the connecting utilities
 SCU – Segment Control Unit
 This connects to one or many DMCUs and aggregates the data and sends the
data to the cloud application
 Acts as primary interface between DMCUs and Cloud based Server
 Element– Meters/Sensors/Transducers which Connects
Utilities with DMCU
 As accessories with various metering, sensing & controlling actions.
 Utility– Appliances consumes Energy
 The appliance to be controlled & monitored

8. Our Solution Overview

9. Our Data Flow
DATA
T – Temp Sensor
SCU
H – Human Detector SCU
P – Power Module SCU
F – Fuel Sensor SCU
SCU
I – Luminance Sensor Cloud
DATA SCU
DMCU DATA DMCU
DMCU
Sensors based
on Application DMCU
T
H
I P
F VOLTAGE, CURRENT, PF & FREQUENCY

10. DMCU Deployment Example For a Sample
Monitoring Point
Sample Load
POWER in out
U1 PC PC PC
DMCU
001
Optional additions
Surge Protection
PF Correction
Real Time
Voltage Regulation
V, I, P & PF
Earth Leakage Control
Monitoring &
& Interfacing Locally
Communicates to Critical Limits of
SCU on regular V, I, P & PF
predefined time are set and initiate
intervals trips as a MCB Only
And Finally, all the computers (Load)
on abnormalities
are set to shutdown safely by our
application from web or mobile

13. Modular Components
 SCU – Segment Control Unit
 A Gateway Point to the Server
o By GPRS
o By Wi-Fi
o By Broadband
 A Data Collection Point (Master)
o By PLC Modem
o By ZigBee
o By Modbus
o By TP
 DMCU – Device Management & Control Unit
 A Device Level Data Collection & Controlling Point
 Communication to Master
o By PLC Modem
o By ZigBee
o By Modbus
o By TP
 Communication to the Elements
o By IO Pins & UART Method
 Web Client
 Mobile Client

15. Demo – Energy Automation of a
Industrial Campus

16. System Features
 Real Time Monitoring
 Every Two minute Power Quality Parameter details are in graphical presentation.
 Navigates to main/major categories of Utility
 No installation of the software as it’s hosted in a web address
 Better Power/Energy Management
 Selective Region Power Shut Down when not in use.
 Ex: Auditorium Blocks, Conference Rooms, Library etc
 24x7 Access from anywhere by Mobile as well as Web to monitor and control
 Alerts, Warnings & Alarms by SMS, E-Mail periodically and on required.
 Optional feature to see how much power got saved for a period.
 Analysis
 Combine Energy Consumed for a department, utility & any group for a minute, hour, day, month and even a
year which helps for a regression analysis.
 Reports Generation
 Standard & Customized Reports from user friendly format.
 Overview, Benefit & Return On Investment Reports can be generated.
 Easy Exporting of Data for storing & sending
 Access Control
 Various enabled features for Admin access, Master access & User access.
 Clear Set-Up Wizard
 Easy addition & removal for any instruments and easy installation procedures.
 Simple Configurations.

17. 50kW Load Allocated by KEB
KEB-I
1
KEB
KEB-II
2
Input
3
Generator GEN
45kVA Capacity Gen Set

18. BSMT BT Utility
CONTROL PANEL
11
3kVA
UPS
TECLEVER
Utility
TEC
CONTROL PANEL
5kVA
UPS
12

19. From TEC ‘R’ Phase
LIGHT LIGHT LIGHT
6
From 3kVA UPS AIR CONDITIONER
(BMT ‘Y’ Phase)
3
5 LPSC TECLEVER
UPS
Utility 4
LPSC LIGHT
1
LPSC
From 5kVA UPS
PC PC PC PC
(BMT ‘B’ Phase) 2
SERVER
LIGHT LIGHT LIGHT
7
Motor
From GE ‘R’ Phase BMT Utility
PC PC PC PC

20. Focus Areas in this Power Network
Utilities Sources
1. All Computers 8. KEB I
2. Server 9. KEB II
3. Air conditioner 10. GEN Set
4. Refrigerator 11. 3kVA UPS (Battery Bank)
5. Special Devices (LPSC) 12. 5kVA UPS (Battery Bank)
6. Lighting &
7. Motor

21. Cloud based Application
Energy Monitoring Reports
• Data from DMCU’s & SCU’s are
• Customized Reports can be
captured and monitored provide based on requirement
Remote Access Control
Proactive Maintenance
• Control any Device through
Mobile or web Application • Prevention is better then Cure
Charts & Analytics
Alert Management
• Analyze the data using innovative
Reports and Charts • Customized Alerts can be
organized dynamically

22. Look and Feel of the Solution
Dashboard & Reports

24. Demand and
Consumption Report

25. Voltage Vs Time
Power Source Usage

26. Fuel usage
Temperature Report

30. Managing your energy consumption
effectively is an ongoing process…

31. Case Study II

32. Our Solution & its Advantages
Solution Advantage
 Assurance of Operational Reliability of  Increased Reliability and Availability of
complete Substation Equipments Equipment & System
 Switchgears  Cost Reduction & Calculable Costs
 Transformers  Lower Risk of Unscheduled Down Time
 Substation Equipments &  Cost Avoidance due to the Down Time
Auxiliaries & Production Losses
 Field Devices  Desired Performance (Overall)
 Control Systems etc  Enhanced Availability
 Effective Fix of Failures  Environmental Compliance
 Support for new Operational  Avoid Obsolescence
Requirements  Optimized Functionality
 Solution for Classic & Obsolete  Maximizing Asset Performance
Systems  Retaining Original Performance
 Cost Reduction by Maximized  Reduced Capital Employed
Efficiency
 Up-to-date System Setup
 Performance Improvement

33. A Typical Power Network

34. Focus Area of a SS for a basic
Tracking, Monitoring & Control
IED can linked with CB’s (Any Make) Motor
Drive
IED can monitor the critical Quality
Parameters of Power Transformers for it’s
extended performance
IED can collect data from the PT & CT and can
measure/monitor the basic power quality
parameters as V, I, PF & F and hence the
kW, KVAr etc can be derived
And much more actions &
activities in overall power
network

35. Engineering Process with Substation
Configuration Language (SCL)
 Basic Electrical Survey
 Identifying the Logical Nodes from
End to End with all the Metering
Devices, Protective Devices &
Control Devices
 Decide on the types of Intelligent
Electronic Devices (IEDs) for the
available Instrumentation & Control
(I&C) Devices.
 Check the suitability conditions for
installing our IEDs, otherwise will
make the connection suitable.
 Geographical Information System
 Serial Bus, GPRS/GSM, TCP (or HTTP)
 Resource (Ex:- 33kV, 11kV etc)  Local Server & Main Server Concept
 Asset (Ex:- SF6 Circuit Breaker, Tri-Vector Energy  User Preferred Data Representation
Meter etc)  Custom Modification along with Standard
 Infrastructure (Ex:- Disclosure, Capacitor Bank etc) & Charts
 Any other  Validating Data before storing
 Multiple Data Collections with Cross Verifications

36. Logical Nodes for a Logical Nodes for a
Power Transformer SF6 Circuit Breaker

37. Data Acquisition
IEDs Grouping ▫ Acquiring Data from Various Measuring Devices
(Analog & Digital)
▫ Access Local Database of any Recording Devices and
also maintained by any Operators, Engineers, Planners
 Data Acquisition & Control Devices & Administrators
 Measuring & Control Automation ▫ Device Management & Control Unit (DMCU) as a RTU
 Measuring & Protection Automation ▫ Basic & Special Metering Devices
 Process Control ▫ Programming Logic Controllers (PLCs) & IEDs
 Supervision Devices ▫ Protective Relays
 Visualization
Supervision
 Inspection • Supervise or Monitors the conditions & status of the
 Control Devices Power System
 As existing with our master device integration • Indicates Immediate on any abnormalities
 Protection Devices • Monitor the Information Remotely by GUI
 As existing with our master device integration • Segment Control Unit (SCU)
• Communication
▫ Power Line Communication
▫ GPRS & GSM
Control & Protection
▫ IEDs (Intelligent Electronic Devices) will enable sending
Every Logical Node will command message to Instrumentation & Control Devices &
have an IED of any kind Power Devices.
▫ Advantageous over SCADA (Supervisory Control and Data
which are well grouped Acquisition)
▫
and linked with our Web Application
▫ Mobile Application
Web/Mobile Application ▫ Intelligent Data Interpretation Options