Automated Demand Response with

Smart Meter

1

ADR Process Flow

2

MDM to transmit average kVAh with 15 minute granularity at 15 minute interval

Audit conducted for 430 Nos. of consumers & subsequently 165 consumers have been enrolled for the project

Only Industrial & Commercial consumers have been targeted under the project ; Potential Identified :14 MW

Consumers’ area of coverage: more than 200 Sq km

Industrial Category includes: Flour Mills, Plastic & Footwear, Printing , Food & Cold Storage industries etc.

Commercial Establishments include: Commercial complexes, hospitals, Cinema halls, Offices etc.

AMI based ADR project- Customer Coverage

3

Features & Benefits- ADR with Smart Meter

4

DRAS Enables peak load shifting/shaving

of peak load Calculates system as well as

individual consumer Baseline profile

Calculate shed from baseline & actual meter usage

DRAS Enables peak load shifting/shaving

of peak load Calculates system as well as

individual consumer Baseline profile

Calculate shed from baseline & actual meter usage Head End Server

Enables data acquisition from Smart meters

Enables monitoring of RF Mesh Provides real time outage tracker

Head End Server Enables data acquisition from

Smart meters Enables monitoring of RF Mesh Provides real time outage tracker

MDMS Customer Portal Consumption profile in Graphical/

tabular Form Threshold violation notifications for

MDI. Weekly comparison of consumption On demand Read

MDMS Customer Portal Consumption profile in Graphical/

tabular Form Threshold violation notifications for

MDI. Weekly comparison of consumption On demand Read

MDMS

Smart Meter

ADR with Smart Meter Architecture- Data Flow

HES

ControllerMDM Customer Portal

RF

DRAS

3G Cellular

NOC

DRAS Customer portal

InternetInternet

Fiber Optic

Data Collector

Grid Relief: Actual Event dated 22nd August 2014

6

Event Start Event End

Smart Meter – Head End System – Real Time Outage Map

Smart Meter – Head End System – RF network

10

Thank youThank you