National Project (2011‐2016) :

Introduction to Building Sector Energy Efficiency Project (BSEEP)

Marsita Ahmadmarsita@jkr.gov.my

Renaissance Hotel14th December 2011

http://www.jkr.gov.my/bseep/

Contents

• Background information

• Documents involved in the process of developing BSEEP and Stakeholders Participation 

• About BSEEP 

Ministry of Natural Resources and Environment (NRE)

Government & Private Sectors

GEF Implementing Agency

Key Implementing Agency

Focal Point for Climate Change

Global Environmental Facility(GEF) helps developingcountries fund projects andprograms that protect theglobal environment.

GEF Focal areas : Climate ChangeName of parent program/ umbrella project:  Low Carbon buildings

Climate Change Strategic Objectives

Approach: Removing market barriers for renewable energy, energy efficiency and sustainable transport technologies

• Policy Barriers• Institutional Barriers• Technical Barriers• Market Barriers• Economic and Financial Barriers• Information Barriers

SP1 Promoting energy efficiency in residential and commercial buildings

SP2 Promoting energy efficiency in the industrial sector.SP3 Promoting market approaches for renewable

energySP4 Promoting sustainable energy production from

biomassSP5 Promoting sustainable innovative systems for

urban transportSP6 Promoting the reduction of GHG emissions from

land use, land use change and forestry

Stakeholders Participation

Project Identification Form  (PIF)

(2006)

Project Document (Prodoc)

(2010)

Inception Report

(July 2011)

Logical Framework Analysis

(Aug 2008)

Inception Workshop (April 2011)

BSEEP is under GEF4 2006‐2010UNDP ‐ NRE National Consultation (mid‐2006) – A need to focus onBuilding EE identified, JKR continued to follow up on the development

Logical Framework Analysis

• On 12‐13 August 2008 a Logical Framework Workshop was held at Concorde Inn KLIA

• 52 participants from public, private sectors and NGOs

• Input from the participants confirmed ‐ in broad terms ‐ the proposed project components and most of the outputs suggested in the PIF

Project Document

EPU and signed on 30 June 2010

UNDP and signed on 8 July 2010

Inception Workshop 

Seminar on Improving Energy Efficiency in 

Non‐Domestic  Buildings: 

• New Buildings

• Existing Buildings

• Energy Management

• Workshop with Demonstration Hosts/ Designers/ Contractors/ Facilities Maintenance Contractors

Today’s  Seminar

Reduction in the annual growth rate of Greenhouse Gas(GHG) emissions from Malaysia’s buildings sector

Improvement of the energy utilization efficiency in Malaysian buildings, particularly those in the commercial and government sectors, by :-

1. Promoting the energy conserving design of new buildings 2. Improving the energy utilization efficiency in the operation of

existing buildings

1. Institutional Capacity

Development

2. Policy Development

and Regulatory Frameworks

3. EE Financing Capacity

Improvements

4. Information and Awareness Enhancement

5. Building EE Demonstrations

1. Clear and effective system of

monitoring and improving the

energy performance of the

building sector

2. Implementation of, and compliance to,

favorable policies that encourage the

application of EE technologies in the country’s buildings

sector

3. Availability of financial and institutional support for

initiatives on EE building

technology applications

4. Enhanced awareness of the

government, public and the buildings

sector on EE building technology

applications

5. Improved confidence in the feasibility, performance, energy, environmental and economic benefits of EE building technology applications leading to the replication of the EE technology application demonstrations

GOAL

OBJECTIVE

COMPONENTS

OUTCOMES

PROJECT DESCRIPTION

5 Components 10 Outputs Results from Activities

Component 1:Institutional Capacity Development

Output 1.1: GOM agencies/departments that employ and implements energy management systems in their buildings and facilities

1.1. Assessment of Capacity Needs of GoM Institutions in the area of Building Energy Management

1.2. Development of the Malaysian Federal Building Energy Management Program (MFBEMP)

1.3. Preparation of Scientific Energy Management (EM) Guidelines for Government Institution

1.4. Monitoring and Evaluation of the MFBEMP Impacts

1.5. Building Energy Reporting and Monitoring (BERM) Program

Component 1

5 Components 10 Outputs Results from Activities

Component 2:Policy Development and RegulatoryFrameworks

 

Output 2.1: Improved Malaysian EE Building policies, Act/legislation, regulations and action plan

2.1. Improved Malaysia EE Building policies, legislation / regulations & action plan.

Output 2.2: Approved and Enforced EE BuildingsCode of Practice

 2.2. Approved and Enforced EE Building Code & Practice

Output 2.3: Utility regulations that promote/support EE technology applications in buildings

2.3. Utility regulations that promote / support EE technology applications in Buildings

Component 2

Component 3

5 Components 10 Outputs Results from Activities

Component 3: EE Financing Capacity Improvements

Output 3.1: Enhanced availability and accessibility of financing for EE building projects

3.1.  Streamlining Process for Financing Applications

3.2. Capacity Building on EE Building Technologies for the Banking / Financial Sector

3.3. Development of an Action Plan for EE Building Project Financing

3.4. Design of Financing Schemes for EE Building Project Financing

3.5. Promotion of EE Building Projects to Local ESCO’s

3.6. Capacity Building on EE Building Project Financing

3.7. Business Development Matching and Strategic Partnership Establishment

5 Components 10 Outputs Results from Activities

Component 4:Information and Awareness Enhancement

Output 4.1: Tools for enhancing the skills and experience of local building practitioners in the design of energy efficiency projects in buildings

4.1. Tools for Enhancing the Skills and Experience of Local Building Practitioners in the Design of Energy Efficiency Projects in Buildings

Output 4.2: Implemented market oriented EE programs in the buildings sector both at the national and local levels

4.2. Implemented Market Oriented EE Programs in the Buildings Sector both at the National and Local Levels

Output 4.3: Government agencies and private sector that are capable of designing and implementing EE building projects

4.3 Government Agencies and Private Sector Entities Capable of Designing and Implementing EE Building Projects

Component 4

5 Components 10 Outputs Results  from Activities 

Component 5:Building EE Demonstrations

Output 5.1: Completed demonstration projects showcasing successful applications of building EE technologies, techniques and practices.

5.1. Demonstration projects with successful applications of EE technologies, techniques and practices

Output 5.2: More knowledgeable, technically capable and competent building practitioners in the GoM and the private sector

5.2. More competent building practitioners in the govt and the private sectors

Component 5

Targets By End of ProjectStrategy  Success Indicator Base

lineTarget

GOAL: Reduced intensity of GHG emissions from the buildings sector

% reduction in GHG emissions from the buildings sector by end of project (EOP)

0 7.2%

OBJECTIVE: Improved energy utilization efficiency in the buildings sector

Average BEI in the Malaysian buildings sector by EOP, kWh/ m2/ yr

205 187.3

No. buildings with EMS and/or EMP in place byEOP 160 576

• % improvement of BEI in the buildings sectorby EOP

0 8.6

• No. of new EE buildings by EOP (Basis: End2009) 0 39