Promotion of the Use of Renewable Energies (PURE)
Sustainable Energy for Development
A Project
Supported by GTZ
Working
Paper
Productivity Improvement in
Industry through Energy Efficiency Programs
Prepared by:
Centre for Energy Studies (CES), BUET
Dhaka, May 2006
PREFACE
17 May 2006
This report has been prepared by the Centre for Energy Studies, BUET for the GTZ project entitled “Sustainable Energy for DEvelopment” (SED).
The consultants for the project were Prof. Dr. Shahidul Islam Khan, Director, CES and Prof. Dr. Ijaz Hossain, Professor, Chemical Engineering Department, BUET.
The report has been prepared to fulfill the contractual obligation to provide data, information and analysis of the energy sector in Bangladesh with particular reference to energy efficiency. The contents of this report should only be used for the purpose of this appraisal study as indicative results because the consultants did not get enough time to verify all the collected information. In addition many assumptions had to be used for this study.
CONTENTS
1.0 Introduction.................................................................................................... 4
2.0 National Energy Policy and
Energy Efficiency
...........................................
5
3.0 The Energy Scenario of
Bangladesh
...........................................................
5
3.1
Gas
Sector................................................................................................................
5
3.2
Electricity
Sector......................................................................................................
6
4.0 Energy Consumption in
Industrial Sector
...................................................
8
4.1
Introduction...............................................................................................................
8
4.2
Analysis of Industrial Electricity and Gas
Consumption.................................... 9
4.3
Disaggregated Industrial Energy
Consumption................................................
10
5.0 Problems of the Energy
Sector
..................................................................
14
6.0 Brief Description of Significant Industries ................................................ 15
6.1
Scrap Steel and Re-rolling
Mills..........................................................................
15
6.2
Cement Clinker Grinding
Mills.............................................................................
16
6.3
Pulp and Paper
Mills.............................................................................................
16
6.4
Ice Plants and Cold
Storage................................................................................
16
6.5
Glass and Ceramic Factories
..............................................................................
17
6.6
Hoffmann Kilns
......................................................................................................
17
6.7
Textile Dyeing
........................................................................................................
17
6.8
Small and Medium Enterprises
(SME)...............................................................
18
7.0 Crosscutting
Energy Efficiency Improvements
........................................
18
8.0 Suggestions for Energy
Efficiency Improvement Projects......................
19
Appendices
.............................................................................................................
21
A.
Some Bangladesh Energy Sector Issues
.............................................................
21
B.
Stakeholder Perspective
..........................................................................................
21
C. Some
Relevant Data
................................................................................................
21
1.0 Introduction
An overall view of the primary energy consumption in the year 2004 is shown in Table 1, while Table 2 provides a brief overview of energy infrastructure and resources. About 32% households have electricity connection and approximately 4% households have natural gas supply. The Rural Electrification Board (REB) network covers approximately 40% of rural Bangladesh, but within the grid covered area only 40% households have electricity connection. Renewable energy other than biomass constitutes a very small percentage of the total energy consumption.
Bangladesh suffers from chronic shortage of electricity and gas. At present, the electricity situation is so bad that at peak hours (5-10 p.m.) approximately 600 MW of load shedding is required. The unreliable electricity has been directly linked to loss of productivity, and hence to lowering of economic growth rate. The World Bank estimates an annual loss of nearly 1 billion dollars due to unreliable power. Even though foreign and domestic Independent Power Producers (IPP) are keen to invest, the Government is wary of excessive private sector participation in the sector, especially for contracts requiring all payments in foreign currency.
Table 1 Primary Energy Consumption in Bangladesh for 2004
|
|
Physical Units |
Energy Units |
(%) |
% of Fossil |
|
Natural Gas |
450 bcf |
445 million GJ |
35.1 |
69.1 |
|
Oil |
3.7 million tons |
158 million GJ |
12.5 |
24.5 |
|
Coal |
1.5 million tons |
41 million GJ |
3.2 |
6.4 |
|
Hydro |
1.0 TWh |
|
|
|
|
Biomass |
50 million tons |
625 million GJ |
49.2 |
|
|
Solar PV |
3 MW (2 GWh) |
|
|
|
|
Wind |
1 MW (2 GWh) |
|
|
|
Table 2 Energy Infrastructure and Resources in Bangladesh
|
|
Total |
Operational |
Remarks |
|
Generation |
4700 MW |
3700 MW |
90% gas based |
|
Captive |
1100 MW |
1000 MW |
95% gas based |
|
Refineries |
1 |
1 |
1.5 million tons/year |
|
Gas Fields |
22 |
12 |
Reserves – 20 Tcf (5 consumed) |
|
|
Undeveloped – 7 |
Suspended – 3 |
Resources – 32 Tcf (mean) |
|
Coal Fields |
4 Undeveloped – 3 |
1 Just starting |
Reserves – 204-764 million tons Resources –
2715 million tons |
|
Transmission |
1856 km |
1856 km |
90% in the eastern region |
|
(Gas) |
|
|
Severe limitation in most areas |
|
Transmission (Electricity) |
3485 km |
3485 km |
Concentrated in eastern region Severe
bottleneck in most areas |
2.0 National Energy Policy and Energy Efficiency
The National Energy Policy (NEP) of 1995, which is still valid because the revised one is awaiting approval, was formulated with a view to rapidly increase the consumption of commercial fuels. The energy policy contains a strong recommendation for increasing commercial energy consumption. The rationale for this is that increased energy consumption will drive economic growth. This line of reasoning pervades the entire policy document. Almost all policy makers in Bangladesh subscribe to the hypothesis that there is causal relationship that flows from energy use to GDP growth. This hypothesis implies that energy efficiency will hurt economic growth. This hypothesis has been severely criticized in recent times, and it has been conclusively shown that energy efficiency is not detrimental to economic growth, and in most cases it can actually assist growth. As may be imagined, in the NEP, energy efficiency is included only as an afterthought.
The updated NEP, which is pending approval, claims to tackle many of the deficiencies of the 1995 policy and some other new issues that have arisen in the last 10 years. The 2004 NEP contains the following issues relevant to this study.
1.
1.
Rationalization of energy prices
2.
2.
Conservation, energy efficiency and renewable energy
In comparison to the 1995 NEP, the updated one is more positive about conservation, energy efficiency and renewable energy. The government has implemented some conservation measures, but because they are half-hearted attempts, no impact is being observed. On the energy efficiency side, having realized the potential of energy saving light bulbs, the Government took an initiative to replace all incandescent bulbs with energy saving ones in public buildings, but the program is progressing at an extremely slow pace. There exists huge potential in Bangladesh for energy saving bulbs because the largest peak in the daily load curve is the evening peak, which is mostly lighting. Despite the fact that utilities have to resort to load shedding, the potential of energy saving bulbs in tackling the evening peak has not been explored with any seriousness. The utility’s efforts have been limited to awareness raising campaigns through newspaper and television advertisements.
1.
3.0 The
Energy Scenario of Bangladesh
2.
3.1 Gas
Sector
The gas consumption in the year 2004-05 was 487 bcf, which on a daily basis is 1334 MMcfd (million cubic feet per day). The daily gas consumption now (May 2006) on certain days is exceeding 1500 MMcfd. This indicates that there has been a large increase in gas consumption since last year. Captive power generation and CNG refueling are the two demand areas that are responsible for the large increase.
Therefore, a 10% increase over 2004-05 daily consumption was used for this appraisal study. The percentage daily natural gas consumption is assumed to be 1468 MMcfd. It is worth mentioning that gas consumption has been growing at an average rate of 7% per year for the last 20 years (GoB Reserve and Demand Study, 2003). The breakdown of the 1468 MMcfd of natural gas that is being delivered to consumers in Bangladesh is shown in Fig. 1. As can be seen 63% of the gas is supplied to the two main bulk consumers – the power plants and the urea fertilizer plants.
Fig. 1 Natural Gas Consumption in MMcfd (1468)
3.2 Electricity Sector
In the financial year 2003-04, BPDB and the IPPs generated approximately 20,000 GWh (excluding station use) of electricity. This electricity was distributed and sold by four companies. Table 3 shows the consumption of energy and Table 4 shows number of consumers by category. The difference between the net generation (20,000 GWh) and the total shown in Table 3 (15,333 GWh) is the system loss. A noteworthy observation is that the largest electricity seller is the Rural Electrification Board.
Table 3 Energy Consumption (FY 2003 – 04)![]()
|
Consumer |
|
Energy Sold in a Year (GWh) |
|
|||
|
Category |
PDB |
DESA |
REB |
DESCO |
Total |
% of Total |
|
Domestic |
2066.65 |
1378.51 |
2475.22 |
677.87 |
6598 |
43.03% |
|
Commercial |
504.72 |
222.43 |
320.159 |
103.84 |
1151 |
7.51% |
|
Irrigation |
78.79 |
0.18 |
527.46 |
0.00 |
606 |
3.96% |
|
Industrial |
2086.44 |
1529.13 |
2468.77 |
597.47 |
6682 |
43.58% |
|
Others |
204.27 |
48.24 |
13.56 |
28.85 |
295 |
1.92% |
|
Total |
4941 |
3178 |
5805 |
1408 |
15333 |
100.00% |
|
% of Total |
32.22% |
20.73% |
37.86% |
9.18% |
100.00% |
|
Table 4 Consumer Number (FY 2003 -04)![]()
|
Name of |
|
Consumer Category in Numbers |
|
Up to the Month |
|
|||||
|
the Utility |
Domestic |
Commercial |
Irrigation |
Industrial |
Others |
Total |
||||
|
PDB |
1,359,724 |
347,635 |
14,284 |
46,164 |
27,151 |
5,394,736 |
June, 04 |
|
||
|
REB |
4,542,099 |
606,666 |
138,869 |
95,059 |
12,043 |
504,927 |
June, 04 |
|
||
|
DESA |
425,595 |
58,890 |
26 |
17,912 |
2,504 |
241,964 |
June, 04 |
|
||
|
DESCO |
216,565 |
18,281 |
0 |
4,240 |
2,878 |
7,936,585 |
June, 04 |
|
||
|
Total |
6,543,983 |
1,031,472 |
153,179 |
|||||||


