2004-09-07
org.kosen.entty.User@4695f9b5
박종진(conan007)
- 1
안녕하세요
프랑스에서의 에너지가격동향을 파악하고자 합니다.
아래와 같은 항목에 대한 약간의 수치가 있지만 여기에는 너무 복잡해져서 뺐구요 일단 어떻게 읽고 전기 요금가격을 계산 해야하는지 어려워서...
조건 : 비수기(여름 제외), 산업용, 22000 volt전력 사용시에 대한
전체적인 평균 수치값을 계산하기위한 방법을 알려주시면 감사하
겠습니다. 수치에 대한 자료는 2002 ~2004년 자료가 있습니다.
전기요금에 대한 항목 ; 가격은 포함되지않음.
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Price B2I (1)
Annual service charge
Price 100kWh(Higher Calorific Value)
Price B2S(1)
Annual service charge
Price of100kWh(Higher Calorific value)
Price of subscription STS(3)
Subscription charge
Daily service charge
(per kWh/subscribed day/yr)
Price of 100kWh (Higher Calorific value)
1st part(4)
2nd part(4)
price of 100kWh(Lower Calorific value) for consommation types
Annual comsommatio type price
B2I 116300 kWh (Higher Calorific value)
B2S 1163000 kWh (Higher Calorific value) of which 60% in winter(2)
STS 11630000000 kWh (Higher Calorific value) on 250 days of which 45% in winter (2)
PCS = higher calorific value, net calorific calue (NCV) PCI = lower calorific value, gross calorific value (GCV)
(1) Price type B2I and B2S exist from 1984 and are also accessible for non industrial client
(2) 5 month (Nov. -Mar)
(3) Price type STS is seasonalied from 1985 ; The given example is for a client in great parisien region.
The consommation of more than 4.8 GWh/yr is submitted form 1988 to the interior consommation tax for
monthly consommations over 400000 kWh(Higher Calorific Value)
The tax for benefit of IFP (French Petrol Institute) is suspended from Jan. 1st. 2003
These price take into account these arguments
(4) 1st part is up to 24GWh (Higher Calorific value)
GCV = NCV + Latent heat of evaporation
GCV = higher calorific value. Quantity of heat released by the complete combustion o f1 normal cubic meter of gas
NVC = lower calorific value. It is calculated by deducing heat from condensation (2511kJ/kg)
of the water formed combustion and eventually of eventually of the water contained fuel
- 전기요금 체계
- 전기요금 산정
지식의 출발은 질문, 모든 지식의 완성은 답변!
각 분야 한인연구자와 현업 전문가분들의 답변을 기다립니다.
각 분야 한인연구자와 현업 전문가분들의 답변을 기다립니다.
답변 1
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답변
송태준님의 답변
2004-09-08- 0
Hello, You have what I translated for Gas prices in France. The classification of electricity prices is different. I hope you will find something useful at the url. Best wishes, >안녕하세요 > >프랑스에서의 에너지가격동향을 파악하고자 합니다. >아래와 같은 항목에 대한 약간의 수치가 있지만 여기에는 너무 복잡해져서 뺐구요 일단 어떻게 읽고 전기 요금가격을 계산 해야하는지 어려워서... > > >조건 : 비수기(여름 제외), 산업용, 22000 volt전력 사용시에 대한 > 전체적인 평균 수치값을 계산하기위한 방법을 알려주시면 감사하 > 겠습니다. 수치에 대한 자료는 2002 ~2004년 자료가 있습니다. > > > > >전기요금에 대한 항목 ; 가격은 포함되지않음. >--------------------------------------------------------------------- > >Price B2I (1) >Annual service charge >Price 100kWh(Higher Calorific Value) >Price B2S(1) >Annual service charge > >Price of100kWh(Higher Calorific value) >Price of subscription STS(3) >Subscription charge >Daily service charge >(per kWh/subscribed day/yr) >Price of 100kWh (Higher Calorific value) > >1st part(4) > >2nd part(4) > >price of 100kWh(Lower Calorific value) for consommation types >Annual comsommatio type price >B2I 116300 kWh (Higher Calorific value) >B2S 1163000 kWh (Higher Calorific value) of which 60% in winter(2) >STS 11630000000 kWh (Higher Calorific value) on 250 days of which 45% in winter (2) > >PCS = higher calorific value, net calorific calue (NCV) PCI = lower calorific value, gross calorific value (GCV) >(1) Price type B2I and B2S exist from 1984 and are also accessible for non industrial client >(2) 5 month (Nov. -Mar) >(3) Price type STS is seasonalied from 1985 ; The given example is for a client in great parisien region. >The c>onsommation of more than 4.8 GWh/yr is submitted form 1988 to the interior consommation tax for >monthly consommations over 400000 kWh(Higher Calorific Value) >The tax for benefit of IFP (French Petrol Institute) is suspended from Jan. 1st. 2003 >These price take into account these arguments >(4) 1st part is up to 24GWh (Higher Calorific value) >GCV = NCV + Latent heat of evaporation >GCV = higher calorific value. Quantity of heat released by the complete combustion o f1 normal cubic meter of gas >NVC = lower calorific value. It is calculated by deducing heat from condensation (2511kJ/kg) >of the water formed combustion and eventually of eventually of the water contained fuel >