THE DRAFT FRENCH ENERGY LAW AND WHITE CERTIFICATES SYSTEM

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THE DRAFT FRENCH ENERGY LAW AND WHITE CERTIFICATES SYSTEM

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Energy suppliers have to meet a target of energy savings (or pay a penalty) ... for its own patrimony are accepted. For 'other bodies' (manufacturers, traders... – PowerPoint PPT presentation

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Title: THE DRAFT FRENCH ENERGY LAW AND WHITE CERTIFICATES SYSTEM


1
THE DRAFT FRENCH ENERGY LAW AND WHITE
CERTIFICATES SYSTEM
  • Robert ANGIOLETTI
  • Head of MS2E Department
  • March, 3rd 2005

2
WHITE CERTIFICATES MAIN RULES (1)
  • Energy suppliers have to meet a target of energy
    savings (or pay a penalty)
  • They can implement actions or buy certificates
  • Over a threshold of savings, eligible bodies
    (building owners, companies, communities) can
    made savings and get certificates
  • Energy savings must be additional

3
WHITE CERTIFICATES MAIN RULES (2)
  • Obligations are given to electricity, gas, LPG,
    heat, cooling and heating suppliers
  • The savings can be made everywhere
  • (except plants under CO2 quota Directive)
  • gt Whatever the sector, the supplier,
  • the energy source
  • WC added value when renewables are used and
    within some geographic (specific) zones

4
WHITE CERTIFICATES MAIN RULES (3)
  • Target 54,7 TWh (discounted)
  • For the first three years (2006/2008)
  • Obliged suppliers sales gt 400 GWh/year
  • ( still in discussion - level should be lower
    depending on nature of energy and market
    structures)

5
WHITE CERTIFICATES MAIN RULES (4)
  • Transaction costs can be reported in case of
    regulated tariffs
  • Expected cost 10 /MWh
  • (max 20 /MWh as penalty 2 c/kWh)
  • Minimal WC program size 3 GWh
  • (discounted 6 rate, on life time of equipment
    and/or measure)

6
Main rules to integrate additionnality
  • All measures initiated by an obliged energy
    supplier are accepted
  • All measures operated by an eligible owner
    (building owner, industrial company ) for its
    own patrimony are accepted
  • For other bodies (manufacturers, traders),
    measures are accepted only if
  • - No increasement of turn over,
  • - If increasement of turn over, measure is an
    innovative product or service (to be defined)

7
Bottom-up methodology (1)
  • These methodologies apply only for standard
    elementary measures
  • They are still under discussion
  • EXEMPLE
  • Application sector Heating in residential
    sector
  • Name of elementary measure Installing a
    condensing boiler
  • Definition of a reference consumption for a
    typology of houses using criterions to
    disaggregate (depending on kind of measure)
  • . Type of house, year of construction and
    heating energy (Cmch)
  • . Climatic degree-days (c1)
  • . House size (c2)

8
Bottom-up methodology (2)
  • Definition of a reference consumption, issued
    from statistical surveys, applied to the typology
  • Average heating consumption Cmch (kWh/year)

9
Bottom-up methodology (3)
  • Climatic correction coefficient c1

10
Bottom-up methodology (4)
  • Cref Cmch c1 c2
  • (kWh/year)

11
Bottom-up methodology (5)
  • Definition of a reference situation and
    calculation of part of energy savings in ??
  • energy savings are calculated by difference
    between real efficiency of the new boiler
    (measure) and the average efficiency of total
    boilers market (sales M)
  • ?? ?c - (Ms ?s Mlt ?lt Mc ?c/ S M
    (sltc)

12
Bottom-up methodology (6)
  • ES energy savings
  • ES Cref ?? (kWh/year)
  • ES Cmch c1 c2 ??

13
Bottom-up methodology (7)
  • White certificate value
  • ES ( kWh/year)
  • Life time of the measure e.g. LT 15 y.
  • Discount factor f 0,647 for LT 15 y. and
    6 rate
  • WCvalue ES LT f (kWh)

14
Standard elementary measures
  • For building sector
  • Roof insulation, wall insulation, efficient
    glazing, ground insulation
  • Low temperature boiler, condensing boiler, heat
    pump, temperature controls, thermostatic valves
  • CFLs, A refrigerator, A washing machine, public
    lighting

15
Standard elementary measures
  • For industry
  • High efficiency motor, boiler
  • Heat recuperation on boiler smokes and compress
    air system
  • Electronic speed variation motor,
  • Efficient lighting system,
  • Efficient cooling and freezing system

16
Standard elementary measures
  • For transport
  • Combined transport container
  • Bus driver training
  • Clean vehicle
  • Green puncture
  • Recuperation on brake energy

17
Standard elementary measures
  • Energy efficiency services and performance
    contracting (EPC)
  • Steam, heating, cooling, electricity systems and
    equipment for industry
  • Steam, heating, cooling, electricity systems and
    equipment for buildings

18
Expected Schedule
  • March 2005 Law approval
  • Summer 2005 Application decrees approval
  • End 2005 Standard elementary measures saving
    values publication
  • January 2006 Launching WC scheme

19
Bottom-up methodology
  • Thank you
  • for attention
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