2012年-世界发展银行全球_Industry_Specific_Study_on_Sustainable_Energy_Finance_Market_Potential_for_Financial_Institutions_in_Bangladesh_122页_6mb

Summary of the Sustainable Energy Finance Market Potential Study for Financial Institutions in Bangladesh

Core Content

This document presents an Industry Specific Study on Sustainable Energy Finance Market Potential for financial institutions in Bangladesh, conducted by the SouthAsia Enterprise Development Facility (SEDF) in partnership with DFID and NORAD, and managed by the International Finance Corporation (IFC). The study aims to estimate the investment potential for Energy Efficiency (EE) and Renewable Energy (RE) projects in selected industrial sectors, while also identifying the barriers to financing such projects and proposing suitable mechanisms for financial institutions to support them.

Main Objectives

• Estimate the energy saving potential and renewable energy potential in selected industrial sectors.
• Identify the financing needs of these sectors.
• Propose financing mechanisms and technical assistance to support the adoption of EE and RE.
• Provide strategic insights for financial institutions to develop sustainable energy finance products.

Key Sectors Analyzed

The study focuses on 10 key industrial sectors in Bangladesh:

1. Food Processing
2. Cement
3. Steel Re-rolling Mills
4. Light Engineering
5. Sugar
6. Pulp and Paper
7. Poultry
8. Textiles
9. Readymade Garments (RMG)
10. Chemicals Processing
11. Plastics Processing

Key Findings

1. Energy Scenario and Policy

• Bangladesh's industrial sectors are significant contributors to pollution and inefficient energy use.
• The National Energy Policy (NEP) promotes rational energy use and conservation.
• The National Industrial Policy targets GDP growth of 8% by 2013.
• There is a need for Sustainable Energy Development Agency (SEDA) to promote efficiency and sustainable energy technologies.

2. Energy Consumption and Potential

• Almost all industrial units have captive generation facilities.
• Most equipment is underutilized due to over-specification.
• Energy audits and load profile analysis can lead to energy savings of 20–30% in new units and 25–30% in older units.
• Textile and RMG sectors have the highest potential for energy savings.
• Poultry sector has relatively lower potential for energy savings.

3. Barriers to Financing

• Lack of awareness among industrial units and financial institutions about EE and RE options.
• Low energy tariffs reduce the incentive for energy efficiency.
• Limited availability of quality energy audit services.
• No mandatory policies requiring energy audits or efficiency improvements.

Proposed Financing Mechanisms

The study suggests the following financing products and approaches:

1. Term loans with lower interest rates (interest buy down).
2. Support to energy audit combined with term loans.
3. Vendor financing.

Technical Assistance and Advisory Services

• Training for loan officers on risk analysis and mitigation.
• Training for plant engineers on energy audit procedures.
• Dissemination of information to industrial units and banks through manuals, case studies, and data books.
• Development of a comprehensive manual on EE and RE for end users, including equipment and technology details.

Main Recommendations

1. Promote awareness of EE and RE among industrial units and financial institutions.
2. Develop and structure EE projects using investment-grade energy audits.
3. Implement pilot demonstration projects to create interest and showcase benefits.
4. Formulate policies that mandate energy audits and efficiency improvements.
5. Enhance the availability and quality of energy audit services.
6. Create a dedicated Sustainable Energy Development Agency (SEDA) to support EE and RE initiatives.
7. Support the development of EE finance products and provide technical assistance to financial institutions.

Conclusion

The study highlights the untapped potential for sustainable energy finance in Bangladesh, especially in the energy-intensive industrial sectors. Financial institutions have the opportunity to support the transition to climate-friendly and energy-efficient practices through tailored financing products and advisory services. The establishment of a SEDA and improved policy frameworks are critical for the success of this transition.

Key Stakeholders

• Government of Bangladesh (GoB)
• Bangladesh Bank (BB)
• Financial Institutions (FIs)
• Industrial Units
• Sector Experts
• Research Institutions (e.g., BCSIR, BSTI)
• Non-Government Organizations (NGOs)

Data Collection and Methodology

Secondary Data

• Collected from published reports, government statistics, and industry associations.
• Some data was outdated or incomplete, necessitating follow-up calls and assumptions.

Primary Data

• Gathered through on-site visits, interviews, and questionnaires.
• Data on energy consumption, equipment capacity, and production norms was collected.
• Data gaps were addressed through phone calls and field observations.

Assumptions Made

• Total installed capacity was estimated based on senior experts and industry knowledge.
• Sectors were divided into Large and SME based on assumptions.
• Energy consumption norms were compared with data from nearby countries.

Conclusion

This study provides a comprehensive understanding of the energy efficiency and renewable energy potential in Bangladesh’s key industrial sectors. It outlines strategic recommendations for financial institutions to support sustainable development and climate resilience through tailored financing and technical assistance. The report also emphasizes the need for policy reforms, capacity building, and institutional support to realize the full potential of sustainable energy finance in Bangladesh.