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Cabinet de Réalisation des Audits et
       Etudes Energétiques
                                                                          CRA2E


        Tunisian experience in promoting the role
          of Energy Service Companies (ESCOs)

          Experience and achievements of CRA2E
                                                      Presented by :
                                                     Hamadi Sayah
                                             International Energy Expert

                                                      MAY 2010


                                       Centre Molka Escalier N°15 El Manar II – 2092 TUNIS
                                          Tél: 00 216 71 886 177 – Fax: 00 216 71 885 010
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                                       Site Web: www.cra2e.com– E-mail: cra2e@yahoo.fr
CRA2E
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                            Introduction
     In the last twenty years, a potential solution to help get over a
     good numbers of barriers to energy efficiency projects
     implementation have come from a approach that is promoted by
     companies that call themselves Energy Services Companies, or
     ESCOs.




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                            OUTLINES

     o What is the ESCO?
     o ESCOs history in the world?
     o Tunisian experience in energy efficiency?
     o Developing of ESCO activity in the country and role in
       promoting energy efficiency ?
     o Financing resources of Tunisian ESCOs?


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       ESCOs can be defined as company that offer integrated
       services (technical and financial) for the implementation of
       energy efficiency project and that provide a guarantee that
       the energy savings generated by the project will be
       sufficient to reimburse all the implementation cost over a
       certain period of time defined by contracts.




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  - The ESCO concept started about twenty (20) years ago in
    United States, Canada and England, and expanded rapidly in
    other part of the world, like Western European countries in the
    mid 1980s and in some Asian countries during the early 1990s.




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   -In developing countries and with the ones with Economies in
   transition though, this concept has only been introduced in
   recent years, mainly du to the pressure that the
   environmental community is putting worldwide to have all
   countries participate in a cleaning up effort to limit the
   climate change process that is currently underway and that
   started to show its effect pretty strongly recently.



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  - Countries like Hungary, Czech Republic, Egypt, Hungary,
    Poland, Thailand have seen International Financial
    Institutions financed all type of projects to support the
    development of ESCO and ESCO.
  - Furthermore, governments of countries like Brazil are
    implementing more global strategies dedicated to the
    development of ESCO on their territories.
  - Some other countries benefited for an introduction on the
    ESCO concept directly from the private sector supported by
    International ESCO operators, like United Arab Emirates,
    Jordan, South Korea and Tunisia.
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   o The Tunisian government estimates the country’s energy
     saving potential at a cumulated 80 Mtoe until 2030. In recent
     years, the Tunisian government has made considerable
     efforts to reap this potential.

   o These efforts were stimulated by a growing energy bill which
     currently covers 14% of the GDP compared to 10% in 2004
     and less than 7% in 2000.



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   o Escalating expenditures for energy are mainly due to a rapid
     growth of energy demand.

   o In 2007 industry (36%) and transportation (31%) were the
     largest national energy consumers whereas the tertiary
     (10%) and the residential sector (16%) as well as agriculture
     (7%) accounted for smaller shares.




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   o Energy efficiency improvements have led to a significant
     decline of Tunisian energy intensity since the early nineties.

   o On average, energy intensity was reduced by 2% per year
     until 2007 with energy demand successively being decoupled
     from economic growth.




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  o At present, Tunisian energy intensity is at a level of 0.33
    toe/$ 1000 compared to 0.84 toe/$1000 in Africa and a
    global average of 0.29 toe/$ 1000.




              Trend of Tunisian Primary Energy Demand. ANME (2009)
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    o The Tunisian government has taken the following measures
      to improve energy efficiency:
           n     National Agency for Energy Conservation
           n     Task Force on Large Energy Consuming Industries (IGCE)
           n     National Energy Conservation Fund
           n     Periodic energy audits and performance contracts
           n     Energy Performance Standards
           n     Cogeneration
           n Promotion of solar water heating (SWH) systems


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      n National Agency for Energy Conservation:
        In 1985, the government established the National Agency for
        Energy Conservation (ANME).
        ANME is a public entity under the auspices of the Ministry of
        Industry and technology with a staff of about 130 employees. It is
        involved in the development and implementation of national
        policies for energy conservation as well as studies and research
        and development projects in the fields of energy efficiency,
        renewable energy and energy substitution.




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      n Task Force on Large Energy Consuming Industries (IGCE):
        In 2005, Ministry set up a task force to identify energy saving
        potentials of energy intensive industries and to deploy measures
        for a rapid realisation of these potentials.
        The task force comprises representatives of the National
        Electricity and Gas Distribution Utility (STEG), ANME and national
        and international experts.




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     n National Energy Conservation Fund:
       In December 2005, the national government set up a “National
       Fund for Energy Conservation” (FNME) for financing energy
       efficiency measures. FNME shall contribute to a 20% reduction of
       energy demand by 2011; however, the baseline used for this
       reduction goal is not clear.
       In order to meet this objective, the fund subsidises 20% of all
       energy efficiency investments undertaken by corporations, 70%
       of energy audit costs, 20% of all solar energy investments and
       50% of investments in renewable and efficient energy
       demonstration initiatives.


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       n Periodic energy audits and performance contracts:
         Large energy consumers in the transportation and
         tertiary/residential sectors consuming more than 500 toe per
         year and industrial companies consuming more than 800 toe per
         year are mandated to conduct periodic energy audits.
         The government provides financial support for this purpose and,
         furthermore, induces performance contracts to reap energy
         efficiency potentials.
         For the period from 2007-2011, the government’s objective is to
         realise 200 energy audits and 300 performance contracts in order
         to achieve energy savings of 943 ktoe.

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      n Energy Performance Standards:
        The government is supporting the establishment of energy
        performance standards both for buildings and household
        appliances. Several projects were completed or are ongoing.




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      n Cogeneration:
            In 2004, the government adopted a law to foster
            cogeneration in Tunisia including a subsidized selling price of
            electricity from cogeneration operations. ANME is conducting
            a programme, which aims at removing barriers for
            cogeneration by evaluating the national cogeneration
            potential, conducting feasibility studies in the tertiary and
            residential sector and improving the legal framework
            conditions. From 2007 to 2011, the government plans to
            install 110 MW of cogeneration capacity, achieving energy
            savings of 85,000 toe.


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          n Promotion of Solar Water Heating (SWH) systems:
          Since the early 1980s, the national government and international
          donors have made several attempts to promote the deployment
          of solar water heating systems in Tunisia.
           However, these programmes did not result in a sustainable
          market deployment due to uncertain qualities of Tunisian SWH
          systems and sudden breakups of subsidies.




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          In 2005, a new programme named PROSOL (partnership
          between the UN Environment Programme, STEG and Ademe)
          was initiated to boost SWH capacity in Tunisia.
          The programme includes two financial mechanisms: A direct
          subsidy of 20% of the investment costs with a maximum of €
          70; loans over five years with a reimbursement of the loan
          through the electricity bill.
          PROSOL has led to a major recovery of the national SWH
          market and attracted new industrial operators and installer
          networks.

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     n Development of Energy Service Companies (ESCO) in Tunisia

        This project encourages the development of energy service
        companies (ESCOs) through the creation of a Revolving Fund.
        ESCOs have the potential to enhance the use of energy efficient
        equipment across the industrial, commercial, and transport
        sectors by facilitating access to information, prospective
        investors, and favorable financing arrangements.




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                                GHG                        Potential contribution of
                               emiss.      Total invest.             CDM
Project areas                                  (Mdt)
                               reduce
                               (kTe-CO2)                     (Mdt)           %

Energy saving and contract
programme in tertiary sector    1 984           55            9.5           17%

Water solar heating             4 651          678           22.3            3%
Public street lighting          1 080           95            5.2            5%
Energy saving and contract
                                9 820          275           47.1           17%
programme in industry
Wind energy development        29 028          738           139.3          19%
Biogas development              2 294           74           11.0           15%
Cogeneration development       18 943          548           90.9           17%
ESCO promotion                  7 749          226           37.2           16%
Natural Gas substitution        6 045          590           29.0            5%
Flaring gas reduction in gas
and    petroleum  production    1 394           18            6.7           38%
sites
Total                          82 989         3 297           380           12%

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 o The potential and strategic role of ESCOs has been recognized
   in ongoing efforts to restructure the energy sector in Tunisia,
   and has been given prominent consideration.
 o The Tunisian government is seeking investment partners for
   the creation of a US$ 24 million Revolving Fund.
 o Only a portion of this investment is being sought from potential
   CDM investors, relative to the value of the carbon reductions
   generated.


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 o The Fund is designed to be self-sustaining, meaning that a
   portion of the financial savings achieved through energy into
   the Fund. The start-up for this project is envisioned for mid-
   2002 and will be operational until 2020.
 o Once the creation of the Revolving Fund has been secured, it is
   expected that a number of new private sector ESCOs will
   emerge – entirely independent of the new Fund - incentivized
   by the realization that energy efficiency projects represent
   new business opportunities in Tunisia.

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  o The original idea of an Energy Service Companies or ESCO is
    that an entity other than the energy supplier should identify,
    design, finance, supervise and commission projects for a
    client, to be compensated by a share of the energy savings
    achieved over a defined period.
  o The partition of savings is determined by a special contract
    known as an energy performance contract (EPC).
  o Actual practice varies widely; some ESCOs will finance the
    project, others will organise finance.
  o Implementation is not easy and there are relatively few
    successful examples.
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  o The name ESCO is sometimes also given to companies that
    just provide consulting services, but do not enter into an
    EPC.
  o It is important to be clear what is meant, as the latter is a
    much easier exercise than the former.
  o Article 6 of the Law 2004-72 permits energy consuming
    companies to sign contractual agreements with energy
    service companies to achieve savings in energy use.



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  o The Law defines energy service companies that engage with
    energy users to make feasibility studies, manage, monitor
    and finance projects within the facilities of the user and to
    guarantee performance.
  o The service companies must be approved by the Ministry of
    Industry and technology.
  o Many companies have since developed skills in energy
    auditing and in feasibility studies for investment in energy
    efficiency.


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  o There is very little activity in the classic ESCO mode whereby
    the ESCO supplies funds and the profits are shared through
    an energy performance contract.
  o The main limiting factor is the capital base of the companies
    involved.
  o They are mainly small companies and cannot raise the
    capital to make large investments.
  o Credit lines, whether concessional or not, do help much
    because collateral is bound up in existing credits.


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 q There are basically two types of contracts ESCO :
 1.     Shared Savings Contract: The client and the ESCO share the
        investment of ECM recorded in the EPC.
 2. Contract savings guarantees: The client finance all ECMs and
        ESCO Ensures the achievement of expected results.




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                               PHASES of EPC Shared Savings Contract




                                                                                             Fin du contrat ESE




                                               Mise en place des projets avec l’assistance
                                               de l’ESE


                                                                                              Bénéfices ESE

             Investissement engagé par l’ESE                                                  Honoraires ESE




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                       Fonds de garantie (FGEE)
                                                               Avis favorable de
                                    SOTUGAR
                                                                 la SOTUGAR

                            Avis technique

                                     UGP/PEEI
                            Dossier de demande de garantie


                                   CONTRAT
              Client                                         ESCO

                                  Demande de prêt

                                  Prêt            Prêt
                                         Banque                 Garantie



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                               Benefits granted to ESCOs
   q Guarantee of loans granted by credit institutions to finance energy
         efficiency projects in industry with the use of ESCO.

                   (75% of credit with a ceiling of U.S. $ 200,000);

   q Aid for investments made with the use of ESCO
                            (10% with a ceiling of U.S. $ 100,000 );



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                            Guarantee Fund (FGEE)

     o The FGEE guaranteed loans granted to the ESCO or Institution

     o The FGEE involves essentially a dialogue between:
            n ESCO
            n SOTUGAR
            n Institution
            n ANME



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                            CRA2E MISSION
q Identification of projects eligible for an Energy Performance
      Contracting “EPC” on the basis of energy audits realized by CRA2E
      or other auditors
q Achievement of any additional studies and proposal a program of
      Energy Conservation Measures “ECMs” for improving the level of
      energy efficiency of the establishment
q Technical and economic Studies of ECMs and definition of the
      return time of Investment

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   q Development of EPC with guaranteed results
   q Co-financing of projects with commercial or industrial
         customers
   q Assistance and monitoring of the implementation of ECMs
         recorded in EPC
   q Evaluation of results




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                            CRA2E’s ACHIEVEMENTS

 CRA2E has signed 15 EPC with:
           1. SOCIETE MAWASSIR – Industrial sector
           2. SOCETE TUNISIENNE DE L’ACCUMULATEUR « Batterie NOUR » – Industrial sector
           3. PATES ALIMENTAIRES WARDA – Industrial sector
           4. BRIQUETERIE MODERNE DE BENI KHIAR – Industrial sector
           5. BRIQUETERIE FARJALLAH – Industrial sector
           6. BRIQUETERIE SIBHON – Industrial sector
           7. BRIQUETERIE BKS – Industrial sector


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                   8. SOCIETE BJ - Industrial sector
                   9. SOCIETE BJ - Industrial sector
                   10. SOCIETE CRJ - Industrial sector
                   11. SOCIETE ADWYA - Industrial sector
                   12. SOCIETE BKZ - Industrial sector
                   13. SOCIETE BLC - Industrial sector
                   14. SOCIETE BB&MP - Industrial sector
                   15. OACA - Commercial sector




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                   SAVINGS GUARANTEED BY CRA2E « ESCO»
                             Consommation    Potentiel of Energy
N°               ETS                                                  %
                                  TOE/year     Conservation TOE/AN
 1    BMB                        6 168             2 123             34,4
2    SIBHON                      862               252               29,2
3     ELMAWASSIR                2 099              289               13,8
4     WARDA                     4 496               770              17,1
5     NOUR                       1 587             280               17,6
6    FARJALLAH                   3 192               -                -
7    BKS                        28 379               -                -
8    BJ                          6683               143              2,1
9    BJ                          6683              785               11,7
10   CRJ                         907                123              13,6
11   ADWYA                       1671              353               21,1
12   BKZ                         8275              843               10,2
13   BLC                        23457              403               1,7
14   BB&MP                       1133              263               23,2
15   OACA                        9275              1571              16,9
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      SAVINGS GUARANTEED BY CRA2E :   8 198 TOE/AN (7,8%)
      TOTAL ENERGY SUBSTITUTED :      60 000 TEP/AN




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                            FUNDING OF PROJECTS
    EPC                                                     Part
     N°              ETS      FUNDING in TND   Industriel           ESE
      1     BMB                  300 000        220 000            80 000
      2     SIBHON                184 000       129 000            55 000
      3     ELMAWASSIR           320 500        305 500            15 000
      4     WARDA                556 000        488 000            68 000
      5     NOUR                 238 000        228 000            10 000
      6     FARJALLAH            374 000        342 000            32 000
      7     BKS                  1 041 000      869 000            172 000
      8     BJ                   585 000           0               585 000
      9     BJ                   396 000        246 000            150 000
     10     CRJ                   148 000       129 000            19 000
      11    ADWYA                304 700        297 700             7 000
     12     BKZ                  862 000        590 000            272 000
     13     BLC                  1 590 000     1 208 000           382 000
     14     BB&MP                359 000        314 000            45 000
     15     OACA                 1 025 000      980 000            45 000
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                                             ACHIEVEMENT OF ECMs
                                                                                                   Rate of
N°               ETS             Signature of EPC     Project Type      ECM   ECMs Realized
                                                                                                Realization %
1       BMB                           2006          Energy Efficiency   3           1                 33
2       SIBHON                        2006          Energy Efficiency   2          2                  100
3      ELMAWASSIR                     2006          Energy Efficiency   3          2                  80
4       WARDA                         2007          Energy Efficiency   6          2                  33
5       NOUR                          2007          Energy Efficiency   4           1                 25
6       FARJALLAH                     2007            Conversion         1          1                 100
7      BKS                            2007            Conversion         1          1                 100
8      BJ                             2008            Conversion         1          1                 30
9      BLC                            2008            Conversion         1          1                 30
10     BJ                             2008          Energy Efficiency   5                 On Going
11     CRJ                            2008          Energy Efficiency   6                 On Going
12     ADWYA                          2008          Energy Efficiency   2                 On Going
13     BKZ                            2008          Energy Efficiency   4                 On Going
14     BB&MP                          2008          Energy Efficiency   6                 On Going
15     OACA                           2008          Energy Efficiency   4                 On Going
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            ECMs REALIZED           : 12
            ECMs ON GOING           :5
            GLOBAL RATE             : 67%
            PAYBACK OF INVESTMENT   : 28 mois




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   Examples of ECMs realized by CRA2E:
   1 - Recovery of hot air from the kiln to the dryer and installation of rapid
   cooling
                                                                             M
                                        Recupération
Ventilateur                             air chaud vers
                     Ventilateur            sechoir                     M
  Fumée
                     Recyclage                                           Ventilateur          Ventilateur
                       à haute                                         Refroidissement
                                             1     2     3   4   5   6                       recuperation
                      pression                                              rapide
              M                                                                          M
              3                    M                                               M     3
                                   3                                               3




    t°                                                                                        M
                                                                                              3




                       Saving                    : 60 TOE/year
                       Financial Gain            : 12 000 TND/year
                       Investment                : 20 000 TND


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2- Automatic Regulation of Kilin




                      Saving           : 200 TOE/year
                      Financial Gain   : 40 000 TND/year
                      Investment       : 120 000 TND


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                            Benefits and constraints
                            from CRA2E Experience




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                                  ADVANTAGES
 An EPC has many advantages for the client:

 o      A global solution, one provider offering a full range of services
 o      This ensures an economical and efficient energy solution, tailored to the needs
 o      It can reduce, even eliminate, capital spending,
 o      The risks associated with construction are transferred to the contractor “ESCO”,
 o      Ensuring a stable price throughout the contract period,
 o      No problems or maintenance work
 o      A major advantage is that the energy service company is solely responsible, at
        both technical and financial, in case of unpredictable events.



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 EPC offers many benefits to contractors “ESCO”:

 o Enhancing their image by demonstrating their skills in the following areas:
       n Taking into account the interests of the client
       n Rational use of energy
 o Customer loyalty in the long term
 o Enrichment activities of the company: the EPC is not an end in itself but a
   means to promote energy conservation,
 o Taking market share.




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                               DISADVANTAGES
    Unfortunately, there are also disadvantages:

          q EPC is not very common, both parties to the contract must demonstrate a
          better organization
          qThe projects require a significant investment and / or low energy savings
          is not attractive either for the company which provides third funding or for
          the client.
          qIn most cases, the duration of the energy-performance contract exceeds
          five years. This means that a long term commitment towards the ESCO. But
          this point can be in the eyes of some, regarded as an advantage.



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  o A great quantity of barriers related to the development of
    ESCO activities though are still present in most countries.
    The lack of knowledge of clients (clients education) about the
    numerous and important benefits that it carries to put in
    practical projects of energy efficiency and the difficulty to
    achieve the financing of the same ones, constitutes the two
    bigger obstacles to that development.




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  o There is still a lot of barriers that will have to be addressed
    in most countries to be able to benefit from all the potential
    these organizations bring to the market in these countries
    but we can hope that first the governments of these
    countries will realize the great potential they bring with
    there activities, both on the environment and economical
    side, and that they will support through there actions the
    creation and the expansion of this market.




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  o The following table summarize the various barrier faced by
    ESCO wanting to prospect a given market.
  o An indication is given when the barrier is mainly applicable
    to foreign investor wanting to invest in a country.
  o If the barrier is manageable by the ESCOs by putting in place
    appropriate internal procedure for client selection,
    technology to use and risk control mechanism within the
    contract.
  o Finally, if the barrier is not manageable by the ESCO itself, it
    is indicated by the world « external » in the table below.

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    Category                                 Barrier description                      Type of barrier
                        Availability of high efficiency equipment                    Manageable
Technological           Cost of equipment in the market                              Manageable
                        Skills for design, installation, operation and maintenance   Manageable
                        Local support for technical guarantee                        Manageable
                        Low energy rates                                             External
                        Customer education                                           Partially
                        Market access barrier                                        Manageable
                        - Institutional market regulation                            External
Commercial              - Institutional market budgeting procedures                  External
                        - Commercial market lenders                                  Manageable
                        - Industrial process expertise                               Manageable

                        No reliable historic consumption data for client             Manageable
                        Internal trouble                                             External
Political               Risk of nationalization of foreign assets                    Foreign
                        Foreign investment regulation                                Foreign

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    Category                               Barrier description                      Type of barrier
Economic               Exchange rate stability                                     Foreign and
                                                                                   External
                       Contract enforcement delays                                 Foreign and
Legal                                                                              External
                       Complexity of performance contract                          Partially
                                                                                   Manageable

                       Income tax (in comparison to other countries)               Foreign
Fiscal                 Capital repatriation rules
                       Fiscal treatment of dividend                                Foreign
                                                                                   Foreign
                       Unavailability of funding for long term
Financial              Unfavorable conditions (high down payment, high interest,
                       collateral’s)

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            How the government is supporting ESCOs, and this is an
            essential issue for the success of ESCOs?




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    o When analyzing the strategies used in countries that are
      either in the process of developing or have successfully
      developed the market of ESCO, it can be concluded that, in
      most of the cases, the action of the governments was
      fundamental and indispensable to accelerate the
      development of this type of industry by creating a favorable
      environment for their growth and by removing or reducing
      some market entry barriers.




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  o Programs that facilitates the access to the market
    (information dissemination, demonstration programs) were
    the most used form of support programs and their intend
    was to accelerate the acceptance of the ESCO business
    model by the clients.
  o In countries were financing is very difficult to obtain, like
    most developing countries and with countries with
    Economies in transition, the development of a strong ESCO
    industry necessitated a financing support structure to
    permit the development of the first projects.

                                                               65
CRA2E
ETUDE CONTRÔLE & PILOTAGE




  o Most financial support mechanism put in place gradually
    reduced their incentives to let the private sector develop
    their own financing mechanism adapted for the performance
    contracting industry.
  o In conclusion, we can say that ESCO can certainly be
    considered as one of the most interesting tools to help
    implement energy efficiency projects, in all type of
    countries, including the developing one s and the ones with
    economies in transition.


                                                             66
CRA2E
ETUDE CONTRÔLE & PILOTAGE




   o ESCO development in Tunisia was the main objective of a
     substantial grant from the World Bank for an activity called
     the Energy Efficiency Program and Industrial Sector Project
     “PEEI”.
   o The intention was to overcome institutional and capacity-
     related barriers to the development of a sustainable market
     for energy efficiency products and to establish energy
     services companies (ESCOs) as the main vehicle to
     guarantee a sustainable energy efficiency market.


                                                               67
CRA2E
ETUDE CONTRÔLE & PILOTAGE




   68

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Day 5 :Tunisian Experience in Promoting the Role of Energy Service Companies (ESCOs): Experience and achievements of CRA2E

  • 1. Cabinet de Réalisation des Audits et Etudes Energétiques CRA2E Tunisian experience in promoting the role of Energy Service Companies (ESCOs) Experience and achievements of CRA2E Presented by : Hamadi Sayah International Energy Expert MAY 2010 Centre Molka Escalier N°15 El Manar II – 2092 TUNIS Tél: 00 216 71 886 177 – Fax: 00 216 71 885 010 1 Site Web: www.cra2e.com– E-mail: cra2e@yahoo.fr
  • 2. CRA2E ETUDE CONTRÔLE & PILOTAGE Introduction In the last twenty years, a potential solution to help get over a good numbers of barriers to energy efficiency projects implementation have come from a approach that is promoted by companies that call themselves Energy Services Companies, or ESCOs. 2
  • 3. CRA2E ETUDE CONTRÔLE & PILOTAGE OUTLINES o What is the ESCO? o ESCOs history in the world? o Tunisian experience in energy efficiency? o Developing of ESCO activity in the country and role in promoting energy efficiency ? o Financing resources of Tunisian ESCOs? 3
  • 5. CRA2E ETUDE CONTRÔLE & PILOTAGE ESCOs can be defined as company that offer integrated services (technical and financial) for the implementation of energy efficiency project and that provide a guarantee that the energy savings generated by the project will be sufficient to reimburse all the implementation cost over a certain period of time defined by contracts. 5
  • 7. CRA2E ETUDE CONTRÔLE & PILOTAGE - The ESCO concept started about twenty (20) years ago in United States, Canada and England, and expanded rapidly in other part of the world, like Western European countries in the mid 1980s and in some Asian countries during the early 1990s. 7
  • 8. CRA2E ETUDE CONTRÔLE & PILOTAGE -In developing countries and with the ones with Economies in transition though, this concept has only been introduced in recent years, mainly du to the pressure that the environmental community is putting worldwide to have all countries participate in a cleaning up effort to limit the climate change process that is currently underway and that started to show its effect pretty strongly recently. 8
  • 9. CRA2E ETUDE CONTRÔLE & PILOTAGE - Countries like Hungary, Czech Republic, Egypt, Hungary, Poland, Thailand have seen International Financial Institutions financed all type of projects to support the development of ESCO and ESCO. - Furthermore, governments of countries like Brazil are implementing more global strategies dedicated to the development of ESCO on their territories. - Some other countries benefited for an introduction on the ESCO concept directly from the private sector supported by International ESCO operators, like United Arab Emirates, Jordan, South Korea and Tunisia. 9
  • 10. CRA2E ETUDE CONTRÔLE & PILOTAGE 10
  • 11. CRA2E ETUDE CONTRÔLE & PILOTAGE o The Tunisian government estimates the country’s energy saving potential at a cumulated 80 Mtoe until 2030. In recent years, the Tunisian government has made considerable efforts to reap this potential. o These efforts were stimulated by a growing energy bill which currently covers 14% of the GDP compared to 10% in 2004 and less than 7% in 2000. 11
  • 12. CRA2E ETUDE CONTRÔLE & PILOTAGE o Escalating expenditures for energy are mainly due to a rapid growth of energy demand. o In 2007 industry (36%) and transportation (31%) were the largest national energy consumers whereas the tertiary (10%) and the residential sector (16%) as well as agriculture (7%) accounted for smaller shares. 12
  • 13. CRA2E ETUDE CONTRÔLE & PILOTAGE o Energy efficiency improvements have led to a significant decline of Tunisian energy intensity since the early nineties. o On average, energy intensity was reduced by 2% per year until 2007 with energy demand successively being decoupled from economic growth. 13
  • 14. CRA2E ETUDE CONTRÔLE & PILOTAGE o At present, Tunisian energy intensity is at a level of 0.33 toe/$ 1000 compared to 0.84 toe/$1000 in Africa and a global average of 0.29 toe/$ 1000. Trend of Tunisian Primary Energy Demand. ANME (2009) 14
  • 15. CRA2E ETUDE CONTRÔLE & PILOTAGE o The Tunisian government has taken the following measures to improve energy efficiency: n National Agency for Energy Conservation n Task Force on Large Energy Consuming Industries (IGCE) n National Energy Conservation Fund n Periodic energy audits and performance contracts n Energy Performance Standards n Cogeneration n Promotion of solar water heating (SWH) systems 15
  • 16. CRA2E ETUDE CONTRÔLE & PILOTAGE n National Agency for Energy Conservation: In 1985, the government established the National Agency for Energy Conservation (ANME). ANME is a public entity under the auspices of the Ministry of Industry and technology with a staff of about 130 employees. It is involved in the development and implementation of national policies for energy conservation as well as studies and research and development projects in the fields of energy efficiency, renewable energy and energy substitution. 16
  • 17. CRA2E ETUDE CONTRÔLE & PILOTAGE n Task Force on Large Energy Consuming Industries (IGCE): In 2005, Ministry set up a task force to identify energy saving potentials of energy intensive industries and to deploy measures for a rapid realisation of these potentials. The task force comprises representatives of the National Electricity and Gas Distribution Utility (STEG), ANME and national and international experts. 17
  • 18. CRA2E ETUDE CONTRÔLE & PILOTAGE n National Energy Conservation Fund: In December 2005, the national government set up a “National Fund for Energy Conservation” (FNME) for financing energy efficiency measures. FNME shall contribute to a 20% reduction of energy demand by 2011; however, the baseline used for this reduction goal is not clear. In order to meet this objective, the fund subsidises 20% of all energy efficiency investments undertaken by corporations, 70% of energy audit costs, 20% of all solar energy investments and 50% of investments in renewable and efficient energy demonstration initiatives. 18
  • 19. CRA2E ETUDE CONTRÔLE & PILOTAGE n Periodic energy audits and performance contracts: Large energy consumers in the transportation and tertiary/residential sectors consuming more than 500 toe per year and industrial companies consuming more than 800 toe per year are mandated to conduct periodic energy audits. The government provides financial support for this purpose and, furthermore, induces performance contracts to reap energy efficiency potentials. For the period from 2007-2011, the government’s objective is to realise 200 energy audits and 300 performance contracts in order to achieve energy savings of 943 ktoe. 19
  • 20. CRA2E ETUDE CONTRÔLE & PILOTAGE n Energy Performance Standards: The government is supporting the establishment of energy performance standards both for buildings and household appliances. Several projects were completed or are ongoing. 20
  • 21. CRA2E ETUDE CONTRÔLE & PILOTAGE n Cogeneration: In 2004, the government adopted a law to foster cogeneration in Tunisia including a subsidized selling price of electricity from cogeneration operations. ANME is conducting a programme, which aims at removing barriers for cogeneration by evaluating the national cogeneration potential, conducting feasibility studies in the tertiary and residential sector and improving the legal framework conditions. From 2007 to 2011, the government plans to install 110 MW of cogeneration capacity, achieving energy savings of 85,000 toe. 21
  • 22. CRA2E ETUDE CONTRÔLE & PILOTAGE n Promotion of Solar Water Heating (SWH) systems: Since the early 1980s, the national government and international donors have made several attempts to promote the deployment of solar water heating systems in Tunisia. However, these programmes did not result in a sustainable market deployment due to uncertain qualities of Tunisian SWH systems and sudden breakups of subsidies. 22
  • 23. CRA2E ETUDE CONTRÔLE & PILOTAGE In 2005, a new programme named PROSOL (partnership between the UN Environment Programme, STEG and Ademe) was initiated to boost SWH capacity in Tunisia. The programme includes two financial mechanisms: A direct subsidy of 20% of the investment costs with a maximum of € 70; loans over five years with a reimbursement of the loan through the electricity bill. PROSOL has led to a major recovery of the national SWH market and attracted new industrial operators and installer networks. 23
  • 24. CRA2E ETUDE CONTRÔLE & PILOTAGE 24
  • 25. CRA2E ETUDE CONTRÔLE & PILOTAGE n Development of Energy Service Companies (ESCO) in Tunisia This project encourages the development of energy service companies (ESCOs) through the creation of a Revolving Fund. ESCOs have the potential to enhance the use of energy efficient equipment across the industrial, commercial, and transport sectors by facilitating access to information, prospective investors, and favorable financing arrangements. 25
  • 26. CRA2E ETUDE CONTRÔLE & PILOTAGE GHG Potential contribution of emiss. Total invest. CDM Project areas (Mdt) reduce (kTe-CO2) (Mdt) % Energy saving and contract programme in tertiary sector 1 984 55 9.5 17% Water solar heating 4 651 678 22.3 3% Public street lighting 1 080 95 5.2 5% Energy saving and contract 9 820 275 47.1 17% programme in industry Wind energy development 29 028 738 139.3 19% Biogas development 2 294 74 11.0 15% Cogeneration development 18 943 548 90.9 17% ESCO promotion 7 749 226 37.2 16% Natural Gas substitution 6 045 590 29.0 5% Flaring gas reduction in gas and petroleum production 1 394 18 6.7 38% sites Total 82 989 3 297 380 12% 26
  • 27. CRA2E ETUDE CONTRÔLE & PILOTAGE o The potential and strategic role of ESCOs has been recognized in ongoing efforts to restructure the energy sector in Tunisia, and has been given prominent consideration. o The Tunisian government is seeking investment partners for the creation of a US$ 24 million Revolving Fund. o Only a portion of this investment is being sought from potential CDM investors, relative to the value of the carbon reductions generated. 27
  • 28. CRA2E ETUDE CONTRÔLE & PILOTAGE o The Fund is designed to be self-sustaining, meaning that a portion of the financial savings achieved through energy into the Fund. The start-up for this project is envisioned for mid- 2002 and will be operational until 2020. o Once the creation of the Revolving Fund has been secured, it is expected that a number of new private sector ESCOs will emerge – entirely independent of the new Fund - incentivized by the realization that energy efficiency projects represent new business opportunities in Tunisia. 28
  • 29. CRA2E ETUDE CONTRÔLE & PILOTAGE o The original idea of an Energy Service Companies or ESCO is that an entity other than the energy supplier should identify, design, finance, supervise and commission projects for a client, to be compensated by a share of the energy savings achieved over a defined period. o The partition of savings is determined by a special contract known as an energy performance contract (EPC). o Actual practice varies widely; some ESCOs will finance the project, others will organise finance. o Implementation is not easy and there are relatively few successful examples. 29
  • 30. CRA2E ETUDE CONTRÔLE & PILOTAGE o The name ESCO is sometimes also given to companies that just provide consulting services, but do not enter into an EPC. o It is important to be clear what is meant, as the latter is a much easier exercise than the former. o Article 6 of the Law 2004-72 permits energy consuming companies to sign contractual agreements with energy service companies to achieve savings in energy use. 30
  • 31. CRA2E ETUDE CONTRÔLE & PILOTAGE o The Law defines energy service companies that engage with energy users to make feasibility studies, manage, monitor and finance projects within the facilities of the user and to guarantee performance. o The service companies must be approved by the Ministry of Industry and technology. o Many companies have since developed skills in energy auditing and in feasibility studies for investment in energy efficiency. 31
  • 32. CRA2E ETUDE CONTRÔLE & PILOTAGE o There is very little activity in the classic ESCO mode whereby the ESCO supplies funds and the profits are shared through an energy performance contract. o The main limiting factor is the capital base of the companies involved. o They are mainly small companies and cannot raise the capital to make large investments. o Credit lines, whether concessional or not, do help much because collateral is bound up in existing credits. 32
  • 33. CRA2E ETUDE CONTRÔLE & PILOTAGE 33
  • 34. CRA2E ETUDE CONTRÔLE & PILOTAGE q There are basically two types of contracts ESCO : 1. Shared Savings Contract: The client and the ESCO share the investment of ECM recorded in the EPC. 2. Contract savings guarantees: The client finance all ECMs and ESCO Ensures the achievement of expected results. 34
  • 35. CRA2E ETUDE CONTRÔLE & PILOTAGE PHASES of EPC Shared Savings Contract Fin du contrat ESE Mise en place des projets avec l’assistance de l’ESE Bénéfices ESE Investissement engagé par l’ESE Honoraires ESE 35
  • 36. CRA2E ETUDE CONTRÔLE & PILOTAGE 36
  • 37. CRA2E ETUDE CONTRÔLE & PILOTAGE Fonds de garantie (FGEE) Avis favorable de SOTUGAR la SOTUGAR Avis technique UGP/PEEI Dossier de demande de garantie CONTRAT Client ESCO Demande de prêt Prêt Prêt Banque Garantie 37
  • 38. CRA2E ETUDE CONTRÔLE & PILOTAGE 38
  • 39. CRA2E ETUDE CONTRÔLE & PILOTAGE Benefits granted to ESCOs q Guarantee of loans granted by credit institutions to finance energy efficiency projects in industry with the use of ESCO. (75% of credit with a ceiling of U.S. $ 200,000); q Aid for investments made with the use of ESCO (10% with a ceiling of U.S. $ 100,000 ); 39
  • 40. CRA2E ETUDE CONTRÔLE & PILOTAGE Guarantee Fund (FGEE) o The FGEE guaranteed loans granted to the ESCO or Institution o The FGEE involves essentially a dialogue between: n ESCO n SOTUGAR n Institution n ANME 40
  • 41. CRA2E ETUDE CONTRÔLE & PILOTAGE 41
  • 42. CRA2E ETUDE CONTRÔLE & PILOTAGE CRA2E MISSION q Identification of projects eligible for an Energy Performance Contracting “EPC” on the basis of energy audits realized by CRA2E or other auditors q Achievement of any additional studies and proposal a program of Energy Conservation Measures “ECMs” for improving the level of energy efficiency of the establishment q Technical and economic Studies of ECMs and definition of the return time of Investment 42
  • 43. CRA2E ETUDE CONTRÔLE & PILOTAGE q Development of EPC with guaranteed results q Co-financing of projects with commercial or industrial customers q Assistance and monitoring of the implementation of ECMs recorded in EPC q Evaluation of results 43
  • 44. CRA2E ETUDE CONTRÔLE & PILOTAGE CRA2E’s ACHIEVEMENTS CRA2E has signed 15 EPC with: 1. SOCIETE MAWASSIR – Industrial sector 2. SOCETE TUNISIENNE DE L’ACCUMULATEUR « Batterie NOUR » – Industrial sector 3. PATES ALIMENTAIRES WARDA – Industrial sector 4. BRIQUETERIE MODERNE DE BENI KHIAR – Industrial sector 5. BRIQUETERIE FARJALLAH – Industrial sector 6. BRIQUETERIE SIBHON – Industrial sector 7. BRIQUETERIE BKS – Industrial sector 44
  • 45. CRA2E ETUDE CONTRÔLE & PILOTAGE 8. SOCIETE BJ - Industrial sector 9. SOCIETE BJ - Industrial sector 10. SOCIETE CRJ - Industrial sector 11. SOCIETE ADWYA - Industrial sector 12. SOCIETE BKZ - Industrial sector 13. SOCIETE BLC - Industrial sector 14. SOCIETE BB&MP - Industrial sector 15. OACA - Commercial sector 45
  • 46. CRA2E ETUDE CONTRÔLE & PILOTAGE SAVINGS GUARANTEED BY CRA2E « ESCO» Consommation Potentiel of Energy N° ETS % TOE/year Conservation TOE/AN 1 BMB 6 168 2 123 34,4 2 SIBHON 862 252 29,2 3 ELMAWASSIR 2 099 289 13,8 4 WARDA 4 496 770 17,1 5 NOUR 1 587 280 17,6 6 FARJALLAH 3 192 - - 7 BKS 28 379 - - 8 BJ 6683 143 2,1 9 BJ 6683 785 11,7 10 CRJ 907 123 13,6 11 ADWYA 1671 353 21,1 12 BKZ 8275 843 10,2 13 BLC 23457 403 1,7 14 BB&MP 1133 263 23,2 15 OACA 9275 1571 16,9 46
  • 47. CRA2E ETUDE CONTRÔLE & PILOTAGE SAVINGS GUARANTEED BY CRA2E : 8 198 TOE/AN (7,8%) TOTAL ENERGY SUBSTITUTED : 60 000 TEP/AN 47
  • 48. CRA2E ETUDE CONTRÔLE & PILOTAGE FUNDING OF PROJECTS EPC Part N° ETS FUNDING in TND Industriel ESE 1 BMB 300 000 220 000 80 000 2 SIBHON 184 000 129 000 55 000 3 ELMAWASSIR 320 500 305 500 15 000 4 WARDA 556 000 488 000 68 000 5 NOUR 238 000 228 000 10 000 6 FARJALLAH 374 000 342 000 32 000 7 BKS 1 041 000 869 000 172 000 8 BJ 585 000 0 585 000 9 BJ 396 000 246 000 150 000 10 CRJ 148 000 129 000 19 000 11 ADWYA 304 700 297 700 7 000 12 BKZ 862 000 590 000 272 000 13 BLC 1 590 000 1 208 000 382 000 14 BB&MP 359 000 314 000 45 000 15 OACA 1 025 000 980 000 45 000 48
  • 49. CRA2E ETUDE CONTRÔLE & PILOTAGE ACHIEVEMENT OF ECMs Rate of N° ETS Signature of EPC Project Type ECM ECMs Realized Realization % 1 BMB 2006 Energy Efficiency 3 1 33 2 SIBHON 2006 Energy Efficiency 2 2 100 3 ELMAWASSIR 2006 Energy Efficiency 3 2 80 4 WARDA 2007 Energy Efficiency 6 2 33 5 NOUR 2007 Energy Efficiency 4 1 25 6 FARJALLAH 2007 Conversion 1 1 100 7 BKS 2007 Conversion 1 1 100 8 BJ 2008 Conversion 1 1 30 9 BLC 2008 Conversion 1 1 30 10 BJ 2008 Energy Efficiency 5 On Going 11 CRJ 2008 Energy Efficiency 6 On Going 12 ADWYA 2008 Energy Efficiency 2 On Going 13 BKZ 2008 Energy Efficiency 4 On Going 14 BB&MP 2008 Energy Efficiency 6 On Going 15 OACA 2008 Energy Efficiency 4 On Going 49
  • 50. CRA2E ETUDE CONTRÔLE & PILOTAGE ECMs REALIZED : 12 ECMs ON GOING :5 GLOBAL RATE : 67% PAYBACK OF INVESTMENT : 28 mois 50
  • 51. CRA2E ETUDE CONTRÔLE & PILOTAGE Examples of ECMs realized by CRA2E: 1 - Recovery of hot air from the kiln to the dryer and installation of rapid cooling M Recupération Ventilateur air chaud vers Ventilateur sechoir M Fumée Recyclage Ventilateur Ventilateur à haute Refroidissement 1 2 3 4 5 6 recuperation pression rapide M M 3 M M 3 3 3 t° M 3 Saving : 60 TOE/year Financial Gain : 12 000 TND/year Investment : 20 000 TND 51
  • 52. CRA2E ETUDE CONTRÔLE & PILOTAGE 2- Automatic Regulation of Kilin Saving : 200 TOE/year Financial Gain : 40 000 TND/year Investment : 120 000 TND 52
  • 53. CRA2E ETUDE CONTRÔLE & PILOTAGE Benefits and constraints from CRA2E Experience 53
  • 54. CRA2E ETUDE CONTRÔLE & PILOTAGE ADVANTAGES An EPC has many advantages for the client: o A global solution, one provider offering a full range of services o This ensures an economical and efficient energy solution, tailored to the needs o It can reduce, even eliminate, capital spending, o The risks associated with construction are transferred to the contractor “ESCO”, o Ensuring a stable price throughout the contract period, o No problems or maintenance work o A major advantage is that the energy service company is solely responsible, at both technical and financial, in case of unpredictable events. 54
  • 55. CRA2E ETUDE CONTRÔLE & PILOTAGE EPC offers many benefits to contractors “ESCO”: o Enhancing their image by demonstrating their skills in the following areas: n Taking into account the interests of the client n Rational use of energy o Customer loyalty in the long term o Enrichment activities of the company: the EPC is not an end in itself but a means to promote energy conservation, o Taking market share. 55
  • 56. CRA2E ETUDE CONTRÔLE & PILOTAGE DISADVANTAGES Unfortunately, there are also disadvantages: q EPC is not very common, both parties to the contract must demonstrate a better organization qThe projects require a significant investment and / or low energy savings is not attractive either for the company which provides third funding or for the client. qIn most cases, the duration of the energy-performance contract exceeds five years. This means that a long term commitment towards the ESCO. But this point can be in the eyes of some, regarded as an advantage. 56
  • 57. CRA2E ETUDE CONTRÔLE & PILOTAGE 57
  • 58. CRA2E ETUDE CONTRÔLE & PILOTAGE o A great quantity of barriers related to the development of ESCO activities though are still present in most countries. The lack of knowledge of clients (clients education) about the numerous and important benefits that it carries to put in practical projects of energy efficiency and the difficulty to achieve the financing of the same ones, constitutes the two bigger obstacles to that development. 58
  • 59. CRA2E ETUDE CONTRÔLE & PILOTAGE o There is still a lot of barriers that will have to be addressed in most countries to be able to benefit from all the potential these organizations bring to the market in these countries but we can hope that first the governments of these countries will realize the great potential they bring with there activities, both on the environment and economical side, and that they will support through there actions the creation and the expansion of this market. 59
  • 60. CRA2E ETUDE CONTRÔLE & PILOTAGE o The following table summarize the various barrier faced by ESCO wanting to prospect a given market. o An indication is given when the barrier is mainly applicable to foreign investor wanting to invest in a country. o If the barrier is manageable by the ESCOs by putting in place appropriate internal procedure for client selection, technology to use and risk control mechanism within the contract. o Finally, if the barrier is not manageable by the ESCO itself, it is indicated by the world « external » in the table below. 60
  • 61. CRA2E ETUDE CONTRÔLE & PILOTAGE Category Barrier description Type of barrier Availability of high efficiency equipment Manageable Technological Cost of equipment in the market Manageable Skills for design, installation, operation and maintenance Manageable Local support for technical guarantee Manageable Low energy rates External Customer education Partially Market access barrier Manageable - Institutional market regulation External Commercial - Institutional market budgeting procedures External - Commercial market lenders Manageable - Industrial process expertise Manageable No reliable historic consumption data for client Manageable Internal trouble External Political Risk of nationalization of foreign assets Foreign Foreign investment regulation Foreign 61
  • 62. CRA2E ETUDE CONTRÔLE & PILOTAGE Category Barrier description Type of barrier Economic Exchange rate stability Foreign and External Contract enforcement delays Foreign and Legal External Complexity of performance contract Partially Manageable Income tax (in comparison to other countries) Foreign Fiscal Capital repatriation rules Fiscal treatment of dividend Foreign Foreign Unavailability of funding for long term Financial Unfavorable conditions (high down payment, high interest, collateral’s) 62
  • 63. CRA2E ETUDE CONTRÔLE & PILOTAGE How the government is supporting ESCOs, and this is an essential issue for the success of ESCOs? 63
  • 64. CRA2E ETUDE CONTRÔLE & PILOTAGE o When analyzing the strategies used in countries that are either in the process of developing or have successfully developed the market of ESCO, it can be concluded that, in most of the cases, the action of the governments was fundamental and indispensable to accelerate the development of this type of industry by creating a favorable environment for their growth and by removing or reducing some market entry barriers. 64
  • 65. CRA2E ETUDE CONTRÔLE & PILOTAGE o Programs that facilitates the access to the market (information dissemination, demonstration programs) were the most used form of support programs and their intend was to accelerate the acceptance of the ESCO business model by the clients. o In countries were financing is very difficult to obtain, like most developing countries and with countries with Economies in transition, the development of a strong ESCO industry necessitated a financing support structure to permit the development of the first projects. 65
  • 66. CRA2E ETUDE CONTRÔLE & PILOTAGE o Most financial support mechanism put in place gradually reduced their incentives to let the private sector develop their own financing mechanism adapted for the performance contracting industry. o In conclusion, we can say that ESCO can certainly be considered as one of the most interesting tools to help implement energy efficiency projects, in all type of countries, including the developing one s and the ones with economies in transition. 66
  • 67. CRA2E ETUDE CONTRÔLE & PILOTAGE o ESCO development in Tunisia was the main objective of a substantial grant from the World Bank for an activity called the Energy Efficiency Program and Industrial Sector Project “PEEI”. o The intention was to overcome institutional and capacity- related barriers to the development of a sustainable market for energy efficiency products and to establish energy services companies (ESCOs) as the main vehicle to guarantee a sustainable energy efficiency market. 67
  • 68. CRA2E ETUDE CONTRÔLE & PILOTAGE 68