UNIDO-GEF Industrial Energy Efficiency Project in Macedonia
UNIDO-GEF IEE Project in Macedonia
Draft Workplan
Marco Matteini
Industrial Development Officer
UNIDO Energy Branch
Holiday Inn, 28 May 2015
Skopje, Macedonia
2
Project Structure
Component 1
Component 2
Component 3
Policy & Institutions
Market Services, Skills & Implem.
Enhancing Investments
• Energy Management
Policy Programme
 Certification of EnM
personnel for large energy
consumers
 Incentives for EnMS/ISO
50001 implementation
 IEE best-practice
information &
dissemination programme
• Industrial energy data
management tool
• Assessment of climate
technologies for industry
• Strengthening of IEE
institutional expertise
• Training for local IEE
consultants
 Energy Management
Systems (EnMS) in line
with ISO50001
 Steam System
Optimization (SSO)
 Compressed-air System
Optimization (CASO)
• Training for enterprises
• Implementation of EnMS,
SSO and CASO
• Integration of ISO50001
and ISO14001
• Technical assistance
facility for IEE investment
proposals preparation
and appraisal
• Performance-based
cash-premium for IEE
investments
• Training of local IEE
consultants
• Training of lending
officers of Macedonian
banks
3
Project Timelines
2015
2016
2017
2018
Component 1
Policy & Institutions
Component 2
Services, Skills & Implem.
Component 3
Investments
Jun
Sep
Dec
Apr
Jul
Sep
Dec
Apr
Jul
Sep
Dec
Time
4
Project Timelines
2015
2016
2017
2018
Component 1
Policy & Institutions
Component 2
Services, Skills & Implem.
Energy Management System (EnMS) Programme
Compressed-air System Optimization (CASO) Programme
Steam System Optimization (SSO) Programme
Component 3
Investments
Jun
Sep
Dec
Apr
Jul
Sep
Dec
Apr
Jul
Sep
Dec
Time
5
EnMS Capacity Building & Implementation
time
1-2 months
Preparation
2 days
USER
Training
1.5-2 months
4 days
PE team work to
implement EnMS
EXPERT
Module 1
Results:
• Draft Energy
Policy
• Draft Roles &
Responsibility
matrix
• Initial data
collection
4-6 months
PE team work to
implement EnMS
3 days
4-6 months
EXPERT
Module 2
PE team work to
implement EnMS
3 days
EXPERT
Module 3
2-3 months
PE team work to
implement EnMS
½ day
EXAM
Results:
Results:
Results:
Results:
• Energy Policy
• Roles &
Responsibility
matrix
• Significant
Energy Uses
• Baseline
• Energy
Performance
Indicators
• Opportunities list
& action plans
• Energy & cost
savings
• Performance
improvements
• Staff trained on
selected SEUs
• Operations &
controls
improved
• Procurement
plan
• EE measures
implemented
• Energy & cost
savings
• Performance
improvements
• Energy
performance
checked, verified
and reported
• Energy
performance
reviewed by top
management
• Decisions for
next period
based on
internal audit
• Energy & cost
savings
• Performance
improvements
• Trainee
qualified as
Energy
Management
System
Expert
• EnMS
implemented
in PE
• Energy & cost
savings
• Performance
improvements
Legend
PE team
A Partner Enterprise (PE) team is formed
by the PE’s staff participating in the
EXPERT program plus 1-2 national
consultants trainees.
Ongoing and periodic communication through
webinars, emails and phone calls between
international trainers and PE teams to review
progress, discuss issues and provide guidance.
Plant visits by national EE
consultants trainees
9
EnMS Capacity Building & Implementation
Execution arrangements
 Selection of partner enterprises based on pre-set criteria and calls for expression
of interest
 Selection of EE consultants to be EnMS Expert trainees through calls for
expression of interest, review of qualifications and competencies, interviews with
UNIDO international EnMS trainers
 Collaboration Agreement between UNIDO-GEF Project and Partner Enterprises
 Issuance of contracts to EE consultants trainees with confidentiality nondisclosure agreement
 Issuance of Certificate of Attendance or Certificate of Qualification to EnMS
Expert trainees depending on overall performance in the programme
 Recruitment of UNIDO qualified EnMS experts for EnMS implementation in new
companies
10
Energy System Optimization Programmes
EXPERT
Trainings
USER
Trainings
 2-days
 5-7 days
 Classroom training
 Classroom training
 Targeted to enterprises energy
managers, engineers and
relevant technicians
 On-site practice of energy systems
measurements and assessments (in
collaboration with partner enterprises)
 Provision of tools for initial selfassessment
 Provision of measuring equipment
 Certificate of attendance
 Preparation of energy assessment
reports
 Final exam
11
Steam System Optimization Expert Programme
12
Compressed-air System Optimization Expert P.
13
EnMS Capacity Building & Implementation
26-27 June
USER
Training Overview
of EnMS
21-25 Sep
Training
EnMS
Planning
and EnPIs
Implementation
0
2
3
4
5
Feb 2016
Jun 16
Training
EnMS
Implem. &
Operat.
Training
EnMS
Checking
& ReviewY
Implementation
6
7
8
9
10
Jul 16
EnMS
Internal
Audits
Aug 16
FINAL
EXAM
Implementation
11
12
13
14 month
International and National Experts support
Periodic
webinars
Plant visits
by Experts
14
EnMS-ESO Capacity Building & Implementation
26-27 June
USER
Training Overview
of EnMS
21-25 Sep
Training
ESO
Training
EnMS
Planning
and EnPIs
Energy
Assess.
ESO
Implementation
0
2
3
4
5
Feb 2016
Jun 16
Training
EnMS
Implem. &
Operat.
Training
EnMS
Checking
& ReviewY
Implementation
6
7
8
9
10
Jul 16
EnMS
Internal
Audits
Aug 16
FINAL
EXAM
Implementation
11
12
13
14 month
International and National Experts support
Periodic
webinars
Plant visits
by Experts
15
Project Timelines
2015
2016
2017
2018
Component 1
Policy & Institutions
Component 2
Services, Skills & Implem.
Energy Management System (EnMS) Programme
Compressed-air System Optimization (CASO) Programme
Steam System Optimization (SSO) Programme
Component 3
Investments
Jun
Sep
Dec
Apr
Jul
Sep
Dec
Apr
Jul
Sep
Dec
Time
16
Thank you for your attention
For more information:
Marco Matteini
Industrial Energy Efficiency Unit
Energy Branch
UNIDO
Vienna International Centre
P.O. Box 300
A-1400 Vienna, Austria
E-mail: [email protected]
17
Energy Management Systems
• Shifts the energy efficiency focus to a systematic, data-driven approach.
• Requires top management to be engaged on an ongoing basis.
• Provides a context for informed decisions concerning proposed energy
efficiency projects, including new technologies.
• Involves energy users and decision makers, not just facility personnel
and physical systems, to sustain the change.
Scope of energy management
facilities
equipment
personnel
systems
processes
Energy management requires an organization to shift from a project-byproject approach to one of continual improvement in energy performance
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