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Økodesigndirektivet – EU: 2009/125/EC Lot 2: Kraft- og fordelingstransformatorer ( Distribution and Power Transformers, Lot 2)  Innhold: 1.Økodesigndirektivet.

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Presentasjon om: "Økodesigndirektivet – EU: 2009/125/EC Lot 2: Kraft- og fordelingstransformatorer ( Distribution and Power Transformers, Lot 2)  Innhold: 1.Økodesigndirektivet."— Utskrift av presentasjonen:

1 Økodesigndirektivet – EU: 2009/125/EC Lot 2: Kraft- og fordelingstransformatorer ( Distribution and Power Transformers, Lot 2)  Innhold: 1.Økodesigndirektivet  - Innhold/struktur/fremdrift  - NVE sitt mandat og tilnærming  Status i den regulatoriske prosessen 2.Lot 2: Kraft- og fordelingstransformatorer  Final report (VITO)  Working document (forslag regulatorisk implementering)  ”Ecodesign Consultation Forum on transformers” 3.Diskusjon – Innspill til EU 1

2 Final report (VITO)  “Stakeholder involvement is a crucial part of the study”, se:  Rapporten er utarbeidet i henhold til EU-kommisjonens MEEuP metode (Methodology for Eco-design of Energy-using Products) business/ecodesign/methodology/index_en.htm business/ecodesign/methodology/index_en.htm  Studien består av 7 hovedelementer: 1.Definisjon 2.Økonomi og markedsanalyse 3.Brukeradferd 4.Vurdering av Base-case 5.Teknisk analyse BAT og BNAT 6.Forbedringspotensial 7.Analyse av politiske virkemidler og potensial 2

3 Working document…” Foreslått regulering gjelder:  Små (kraft)transformatorer og distribusjons- og krafttransformatorer med minimum 1 kVA til bruk i 50Hz overførings- og distribusjonsnett  Definisjonen av små (kraft)transformatorer, distribusjons- og krafttransformatorer følger i hovedsak definisjonen i eksisterende EN standarder. Grenseskillet mellom distribusjon og krafttransformatorer går ved 36 kV på høyspentviklingen.  Den forberedende studien viser at energiforbruk er det eneste signifikante miljøaspektet som kan tillegges produktdesign. Andre økodesign parametere ble ikke funnet å være så signifikante 3

4 Proposed definitions → “Small power transformer” means transformers designed for use in 50 Hz electricity distribution grids with rated power between 1 and 100 kVA and with a highest voltage for equipment not exceeding 1 kV. → “Oil-immersed distribution transformer” means three-phase transformers designed according to EN operating at 50 Hz, with rated power started at 25 kVA with a rated high voltage winding not exceeding 36 kV. → “Pole mounted transformer” means a transformer with a rated power rating between 150 and 315 kVA designed for aerial mounting on a pole. → “Dry-type distribution transformer” means three-phase transformers designed according to EN operating at 50 Hz, with rated power started at 100 kVA with a high voltage winding not exceeding 36 kV. → “Large power transformer” means transformers designed for use in 50 Hz electricity distribution grids with a high voltage winding exceeding 36 kV. Foreslåtte definisjoner

5 Forslag til økodesign krav Energitap i driftsfasen er den dominerende faktoren i forhold til miljøpåvirkning over transformatorens levetid Økodesignkrav:  Minimumskrav til energieffektivitet  Krav til produktinformasjon på transformatoren ikke krav til energimerking av transformatorer Krav til den enkelte transformatortype presentert i Brussel:  Fordelingstransformatorer  Mastearrangement  Små krafttransformatorer  Krafttransformatorer 5

6 Product category Stage 1 (from 2014) Maximum load and no-load losses* Stage 2 (from 2018) Maximum load and no-load losses* Oil-immersed distribution transformers For ≤ 630 kVA : A0 (Ck) Bk For > 630 kVA: A0 Ak For ≤ 630 kVA :A0 (-20%) (Ck) Bk For > 630 kVA: A0 (-20%) Ak (subcategory pole mounted transformers disappears) (Subcategory) Pole mounted transformers See Table 3 Dry-type distribution transformers A0 Ak A0 (-20%) Ak (-15%) *Maximum losses for kVA ratings that fall in between the ratings defined in the applicable tables in the European Norm shall be obtained by linear interpolation. Maximum losses for kVA ratings that fall outside those tables shall be obtained by linear extrapolation. Table 2 (Annex I of the Working Document) Do stakeholders consider that the proposed energy requirements are realistic and ambitious enough? Is the pole-mounted subcategory needed? Forslag krav til fordelingstransformatorer

7 EN Tomgangstap 7 A0 fra 2014 A0-20% fra 2018

8 EN Lasttap 8 (Ck) Bk fra 2014 (og 2018) Ak fra 2014 (og 2018)

9 Energieffektivitet Tomgang- og lasttap 9 Tilsvarer D 0, Ck

10 Hafslund Nett - spesifikasjon Oljeisolerte transformatorer for distribusjonsnett 10 D0D0 D 0- C 0 B 0- A 0 C 0- B 0 B 0- A 0 B0B0 B0B0 - - C k- B k B k- A k BkBk (Ck) Bk fra 2014 (og 2018) A0 fra 2014 A0-20% fra 2018 Ak fra 2014 (og 2018)

11 (Option 1) - Table 3 (Annex I of the Working Document) Product category Stage 1 (from 2014) Maximum no-load losses Stage 2 (from 2018) Maximum no-load losses (Subcategory) Pole mounted transformer Low loss core material (≤ 0,95 W per kg at 1,7 T at 50 Hz) (subcategory pole mounted transformers disappears) (Option 2) - Table 3 (Annex I of the Working Document) *Maximum losses for kVA ratings that fall in between the rated power specified in the table shall be obtained by linear interpolation. ** Maximum losses for ratings below 160kVA should be the same as for normal oil-immersed distribution transformers at Tier 1 in Table 2. Rated power (kVA) (**) Stage 1 (from 2014) Maximum losses*Stage 2 (from 2018) Pk nominal (W) (*)P0 nominal (W) (*) (subcategory pole mounted transformers disappears) Forslag krav til transformatorer i mastearrangement

12 *Maximum losses for kVA ratings that fall in between the ratings in Table 1 shall be obtained by linear interpolation. Maximum losses for kVA ratings that fall outside the ratings in Table 1 shall be obtained by linear extrapolation. Rating (S) (kVA) Tier 1 (from 2016) Tier 2 (from 2020) Maximum no-load losses (W)* Maximum load losses (W)* Maximum no-load losses (W)* Maximum load losses (W)* Table 1 (Annex I of the Working Document) Do stakeholders consider that the proposed energy requirements are realistic and ambitious enough? Should the compliance dates be brought forward to 2014 and 2018? Forslag krav til små krafttransformatorer

13 Designed to individual customer specifications based on IEC standards with information and guarantees on the performance, including load and no-load losses, between the manufacturer and the customer. Levels of load and no-load losses largely determined by the Total Cost of Ownership (TCO) analysis in the (often public) procurement processes, as follows: TCO = PP + A*Po + B*Pk, where PP = purchase price A = cost of no-load losses per Watt (€/Watt) Po = rated no-load loss in Watts B = cost of load losses per Watt (€/Watt) Pk = rated load loss in Watts A and B incorporate a number of parameters, including the avoided cost of system capacity, avoided cost of energy, and the discount rate. The preparatory study refers to the German DIN standard to specify mandatory maximum levels of load and no-load losses for different ratings and voltage levels of the HV winding. Krafttransformatorer

14 Option 1: Maximum losses Follow recommendation in preparatory study and adapt maximum load and no-load losses from German standard DIN for Tier 1 and Tier 2, while equivalent EU standards are developed. Option 2: Minimum efficiency Use an energy-efficiency formula (applicable to all designs) defined at a set loading point to allow for the range of network configurations that may be encountered. Option 3: Information requirements only Establish product information (load and no-load losses) as a minimum requirement. Allow time for standards making bodies to complete measurement standards. Reassess energy performance requirements at the review of the implementing measure ( years = 2020…) Forslag krav til krafttransformatorer

15 US rulemaking on distribution transformers The US Department of Energy has recently (10/02/2012) published a notice of proposed rulemaking under the Energy Conservation Program: Energy Conservation Standards for Distribution Transformers. The draft US rulemaking is stricter than the 2007 regulation and proposes electrical efficiency by equipment class (designs) for liquid-immersed distribution transformers (up to 1500 kVA) and for low and medium-voltage dry-type distribution transformers (up to 2500 kVA) It is difficult to compare the proposed US rulemaking with the proposed EU ecodesign regulation because many parameters are different (frequency, load factor, primary/secondary circuit) Compliance starts 1 January The DOE’s analysis indicates that the proposed standards would save an estimated 1.58 quads (463 TWh) over 30 years ( ). This represents an average of 15 TWh/year and is remarkably close to the estimates in the VITO preparatory study. https://federalregister.gov/a/ https://federalregister.gov/a/ USA - Forslag til krav til fordelingstransformatorer

16 kVA ŋ USA - Forslag til krav til fordelingstransformatorer

17 17 Energieffektivitet Effektivitet i % for transformator


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