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TAR NC Implementation Document – Second Edition September 2017

Annex K

Article 15(1) – Example of

Calculating Reserve Prices for

Non-Yearly Firm Capacity Products

with Seasonal Factors

1 Example of pricing for a quarterly product:

How much does it cost to book quarterly capacity from January to March if the

annual tariff is 1€/(kWh/h)/year, the corresponding quarterly multiplier is 1.5 and

the corresponding seasonal factor for the months of January, February and March

is 1.25 ?

P

st

= m × sf × (p

y

/365) × d

P

st

= 1.5 × 1.25 × (1/365) × 90

Quarterly price = 0.4623€/(kWh/h)/q (

•–

the capacity to flow 1kWh every hour of

the considered first quarter costs a total of 0.4623€)

2 Example of pricing for a monthly product:

How much does it cost to book monthly capacity for June if the annual tariff is

1€/(kWh/h)/year, the corresponding monthly multiplier is 1 and the corresponding

seasonal factor for the month of June is 0.7?

P

st

= m × sf × (p

y

/365) × d

P

st

= 1 × 0.7 × (1/365) × 30

Monthly price = 0.0575€/(kWh/h)/m (

•–

the capacity to flow 1kWh every hour of

the considered month of June costs a total of 0.0575€)

3 Example of pricing for a daily product:

How much does it cost to book daily capacity for April if the annual tariff is

1 €/(kWh/h)/year, the corresponding daily multiplier is 1 and the corresponding

seasonal factor for the month of April is 1.1 ?

P

st

= m × sf × (p

y

/365) × d

P

st

= 1 × 1.1 × (1/365) × 1

Daily price = 0.0030€/(kWh/h)/d (

•–

the capacity to flow 1kWh every hour of the

considered day of April costs a total of 0.0030€)

4 Example of pricing for a within-day product:

How much does it cost to book within-day capacity (rest of the day = 5 hours) for

September if the annual tariff is 1 €/(kWh/h)/year, the corresponding within-day

multiplier is 0.9 and the corresponding seasonal factor for the month of September

is 1.3 ?

P

st

= m × sf × (p

y

/8760) × h

P

st

= 0.9 × 1.3 × (1/8760) × 5

Within-day price = 0.0007€/(kWh/h)/within-day duration (

•–

the capacity to flow

1kWh every hour of the remaining 5 hours of the considered day of September costs

a total of 0.0007€)