BPDB Perspective

Digitalization of Electricity Utilities:

Engr. Jorifa Khatun

Bangladesh Power Development BoardACEF June 16, 2021

PGCB 1996

BPDBP.O. 59 1972

DESCO 1997

EGCB 2004

APSCL 1996

WZPDCL2002

DPDC 2008

Residual DESA

NWPGCL2006

NESCO 2016

An Enterprise of BPDB

UAELBCPCL

2014SNPCL

2016BCRECL

2014

Joint Venture

B-R PowerGen, 2010

BIFPCL2012

BBPCL2018

SubsidiariesSubsidiaries

2

Deregulation of Bangladesh Power Sector

71,419 MkWh

FY 2020FY 2010

29,247 MkWh

Energy Generation (Electricity) by

Fuel Types

Total Generation

Total Generation

DESCO, 10.87%

REB, 39.15%

DPDC, 20.24%

BPDB, 23.73%

WZPDCL, 6.00%

24,596 MkWh63,364 MkWh

AverageConsumption

Growth 9%

4

Electricity Consumption

BPDB, 10308,

16%DPDC,

8487, 13%

DESCO, 5080, 8%

REB, 32802,

52%

WZPDCL, 3168, 5%

NESCO, 3519, 6%

FY 2019-20

FY 2009-10

Source: Revisiting PSMP 20165

Typical Load Curve: Bangladesh2020 2041

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

20

09

20

10

20

11

20

12

20

13

20

14

20

15

20

16

20

17

20

18

20

19

20

20

20

21

20

22

20

23

20

24

20

25

20

26

20

27

20

28

20

29

20

30

20

31

20

32

20

33

20

34

20

35

20

36

20

37

20

38

20

39

20

40

20

41

Residential Industry Commercial Irrigation Others

Electricity Consumption Demand In Bangladesh

6

Electricity Consumption Demand Thailand and India

Industrial 50% now decreasing 48% , Residential consumption increasing 24% & Commercial 24 %

GW

h

7

THAILAND

Industrial 41.48%, Domestic 24 %, Commercial 8.5 %, Agricultural 18 %

India

Source: IEA

Why Do we need the Digitalization of Power Systm

Why Do Connectivity: Enables broad

Structural Change

9

Digital Transformation: Generation and

Distribution System

Advance Power Plant Technology

• High efficiency (40 % SC, > 60 % CC)

• Fast start-up capability, high operational flexibility

• Low lifecycle costs

• High reliability and availability

• Reduced emissions per kWh

• High efficiency and low emission also in part-load operation

Advantages of 500 & 800 MW Gas based CCGT

Advanced Power Plant Technology

• Coal Based Sub critical to Ultra -Supercritical

Renewable based Power Generation

11

Existing Capacity : 130 MW

Solar based : Pipeline Project Capacity : 2500 MW

Hydro Power Import Nepal: 500 MW By 2027

Wind Based: Under Process

12

Thanchi village, Thanchi sub-district, Bandarban district.

Effective head 329mDischarge 176 m3/sProbable Capacity 500 MW (Efficiency 88%)L/H: 5.4Effective Reservoir Volume m3: 45,00,000

Potential Area: PSPP in Hill Tract

Remakri village, Thanchi sub-district, Bandarban district.

Effective head 361mDischarge 161 m3/sProbable Capacity 500 MW (Efficiency 88%)L/H: 4.0Effective Reservoir Volume m3: 84,00,000

Digital Transformation: Distribution Sector

Distribution System

GIS substation

SCADA system

Under-ground cabling system

Smart metering

On-line Bill Collection

-through SMS, Banking

On-line Application

• Consumer new connection & Complaint management

• Recruitments

E-Tendering System

Computerized Billing and

Customer Accounting System

Automated Meter

Reading System (AMR)

Prepaid Meter system

To Ensure Proper use of Energy

ERP

Human Resource Management

Fixed Asset Module,

Finance Module and

Procurement Module

SCADA System in Distribution Network

GIS (66,255 consumer data surveyed and entered into the system )1,84,012 poles of 11KV and 33KV line surveyed ,

Distribution Analysis Software ( ETAP already installed In Server)

Under Ground Cabling:

E-Filing management System online Project Review Call Center

• for Customer Feedback/ Complaints

Video Conferences/Meeting

Digitalization: Consumer Satisfaction

BPDB installed 1.3 million prepaid meters out of its 3.3 Million customers

o 1.0 Million, Under Process , ADB Finance

o 30 Thousand Three Phase, 0.9 Million and 70 Thousand Single Phase meo ter of 25 Sales and distributor division of Four Distribution Zones

Existing Consumer | Prepaid meter Connected 4.0 million out of 40 Million in Power Sector

Digital Transformation: Distribution System

2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020

Loss In % 15.73 14.73 14.61 14.36 14.13 13.55 13.10 12.19 11.87 11.96 11.23

0.00

2.00

4.00

6.00

8.00

10.00

12.00

14.00

16.00

18.00

Lo

ss

In %

Year

Comparison of T & D loss (FY 2010-20)

Best Practice:T&D Loss Reduced Significantly

13.613.113.112.2 12 11.9

11.210.710.9

9.99.18.99

BPDB’s Distribution System Loss

Comparison

Distribution LossFY 2020

17

8.99%9.96%

6.67% 6.32%

10.62%

BPDB REB DPDC DESCO WZPDCOBPDB NESCO

8.27%

18

85

90

92

93

909

6 99

10

0

10

0

97

14,755 13,99913,440

14,284 16,503

0

2,000

4,000

6,000

8,000

10,000

12,000

14,000

16,000

18,000

75

80

85

90

95

100

105

2014-15 *2016-17 2017-18 2018-19 2019-20

C.I Ratio (%) C.B Ratio (%) Accounts receivable (Million taka)

Best Practice: Revenue, Collection & Bill ratio :

Investment Opportunities

19

Industrial Consumer

Electric Vehicle GIS System

SCADA System

Under Ground Distribution SystemRE Development

Grid based Solar and Wind Power

project, PSPP in Hill Tract area

Capacity Building

Energy Efficiency & Conservation Measures

Pre payment Metering, 440 V and 230 V consumer

Ensure the optimal resource mix and power flow path

Automated Meter Reading : 11 KV and 33 KV consumer

Thank

YouBangladesh Power Development Board