0
0
1
2
0
0
pahz
15. tamta 2009 11:29
pahz
8. huhta 2010 13:12
48,24
1,1,13,434,490,17
Arial, 15
0,Model Bioher_model1_ahtoni,2,2,0,1,N:\YMAL\Users\Pauliina\Bioher_model-6.ANA
Exposure
pahz
19. tamta 2009 9:22
48,24
200,320,1
48,24
1,66,273,626,533,17
BR
m3/s
20/(24*60*60)
240,144,1
48,24
19661,54073,65535
Intake fraction for pm2.5
intake fraction for pm2.5 emissions of residential (primary and secondary) wood combustion. Adobted from Piltti calculations: N:\YMAL\Projects\R83_piltti\Mallit\Health_effects
0.00000338400508141913
240,232,1
48,31
2,680,381,476,224
19661,54073,65535
Old parts
pahz
27. maata 2009 13:14
48,24
448,80,1
48,24
1,1,7,582,353,17
Emission sources
includes primary and secundary domestic wood combustions
['Residential wood combustion']
96,44,1
48,20
2,102,90,476,224
Human behaviour?
96,152,1
48,24
Sleeping
208,96,1
48,24
Excercises
208,144,1
48,24
Cooking
208,192,1
48,24
meteorology
96,256,1
48,24
Driving car
208,240,1
48,24
T, Moist., UV
88,296,1
40,16
weight?
['item 1']
112,48,1
40,16
Stress factors??
208,48,1
48,24
Exposure to PM2.5 of houses
ug/m^3
(Q*iF)/(BR*Pop), where
Q (mg/s)
BR (m^3/s)
(Total_pm2_5_emission*Intake_fraction_for_)/(Br*Population_in_bioher)*1000
432,152,1
48,31
2,21,474,476,224
2,200,210,416,303,0,MIDM
Exposure to PM2.5 of plant
ug/m^3
(Pm2_5_emissions_of_p*Intake_fraction_for_)/(Br*Population_in_bioher)*1000
432,240,1
48,31
2,175,412,476,292
Exposure in Bioher
ug/m^3
(Q*iF)/(BR*Pop), where
Q (mg/s)
BR (m^3/s)
(sum(Emission_in_bioher,source)*Intake_fraction_for_)/(Br*Population_in_bioher)*1000
152,448,1
48,24
[Co2_emissions_of_hou,Pollutant]
[Ghg,1,Pollutant,1,Source,1]
Population
pahz
27. helta 2009 13:13
48,24
64,152,1
48,24
1,160,859,550,510,17
age
['lapset(0-17)','nuoret (18-2)','keski ika','eläk']
160,360,1
36,12
['lapset(0-17)','nuoret (18-2)','keski ika','eläk']
Sex
['Male','Female']
152,264,1
48,13
['Male','Female']
educ_groups
['korkeako','Ammatillinen','Yliopppilas','Peruskoulu']
152,168,1
52,12
2,47,346,476,224
['korkeako','Ammatillinen','Yliopppilas','Peruskoulu']
Groups of education
persons
This is not right: some of educ groups is missing. Sum of groups is not finnish total number of population!!!!
Used subgroups of population. Data from Finnish total numbers of population in the year 2005 : \\cesium.ktl.fi\RIF$\DataGIS\gisadata_ktl\tilasto\ruutu2005\asukkaat2005_grid250m.shp (Finland Statistics)
Table(Educ_groups)(
570.267K,1.793804M,325.831K,1.398225M)
160,128,1
48,31
2,206,512,416,303,0,MIDM
Total population
Population_in_bioher
464,168,1
48,31
Groups of male/female
Used subgroups of population. Data from Finnish total numbers of population in the year 2005 : \\cesium.ktl.fi\RIF$\DataGIS\gisadata_ktl\tilasto\ruutu2005\asukkaat2005_grid250m.shp (Finland Statistics)
2.539492M
152,232,1
48,24
2,69,184,476,224
2,61,344,416,303,0,MIDM
Groups of age
Used subgroups of population. Data from Finnish total numbers of population in the year 2005 : \\cesium.ktl.fi\RIF$\DataGIS\gisadata_ktl\tilasto\ruutu2005\asukkaat2005_grid250m.shp (Finland Statistics)
1.094751M
160,328,1
48,24
male_female
persons
male/female amounts of population calculated of Finland total numbers
Groups_of_male_femal/(sum(Groups_of_male_femal))*Total_population
336,256,1
48,24
2,164,335,476,224
2,183,392,416,303,0,MIDM
education
amounts of educational subgroups of population calculated of Finland total numbers
Groups_of_education/(sum(Groups_of_education))*Total_population
328,184,1
48,24
2,52,316,476,224
age
This is wrong cause sum of age groups is not total number of finnish population some age groups are missing!!!!
Groups_of_age/(sum(Groups_of_age))*Total_population
336,312,1
48,24
Finnish population
Suomen väkiluku vuonna 2004 (lähde:stat)
5203826
80,56,1
48,24
Population in BIoher
2000-10000 Tarkastellaan 10 000 asukkaan lähiötä
10000
344,120,1
48,24
2,595,567,476,224
65535,52427,57888
Population in Finland
Population of Finland for year 2008 (http://en.opasnet.org/w/Population_of_Finland)
Table(Sex)(
2.578046M,2.688222M)
344,64,1
52,24
2,0,-116,476,224
65535,52427,57888
[Undefined,Sex]
[Index Sex]
Costs of heating
pahz
19. tamta 2009 9:22
48,24
352,240,1
48,24
1,401,114,567,440,17
Fuel price (own)
e/MWh
http://tilastokeskus.fi/til/ehkh/2009/04/index.html
Taulukko 8. Sähkön hinta kuluttajatyypeittäin c/kWh
Taulukko 9. Kaukolämmön hinta kuluttajatyypeittäin e/MWh
Table(Apartment,Fuel)(
65.58,59.7,Price_of_pellet_[@Fuel=3]/100000,0,0,0,
61.21,59.7,Price_of_pellet_[@Fuel=3]/100000,Price_of_pellet_[@Fuel=4]/100000,0,0,
58.27,59.7,Price_of_pellet_[@Fuel=3]/100000,Price_of_pellet_[@Fuel=4]/100000,0,0
)
96,144,1
48,24
2,102,90,476,224
2,26,411,878,303,0,MIDM
2,377,498,416,303,0,MIDM
65535,52427,57888
[Apartment,Fuel]
[Apartment,Fuel]
Fuel prize (plant)
e/MWh
description of prices :
http://en.opasnet.org/w/Prices_of_fuels_in_heat_production
Table(Apartment,Fuel_type_used_in_pl)(
40.8,17.75,0,0,
40.8,17.75,0,0,
40.8,17.75,0,0
)
344,144,1
48,24
2,290,88,476,224
2,323,75,416,303,0,MIDM
65535,52427,57888
[Apartment,Fuel_type_used_in_pl]
Price of pellet (c/kWh)
c/kWh
description of prices are in http://en.opasnet.org/w/Prices_of_fuels_in_heat_production
Table(Apartment,Fuel)(
0,0,5.15,0,0,0,
0,0,5.15,0,0,0,
0,0,5.15,0,0,0
)
96,64,1
48,31
2,651,265,476,224
2,428,195,416,250,0,MIDM
65535,52427,57888
[Apartment,Fuel]
Expences of own heating per year
euro/year
What are the expences of own heating in Bioher (10 000 inh)?
Fuel_price_*(Total_heating_consu1/1000)
96,224,1
48,40
2,102,90,476,224
2,473,319,416,303,0,MIDM
[Apartment,Fuel]
Price of electricity (c/kWh)
c/kWh
description of prices: http://en.opasnet.org/w/Prices_of_fuels_in_heat_production
Table(Apartment)(
12.52,12.52,14.81)
224,144,1
48,31
2,102,90,476,224
2,158,318,416,303,0,MIDM
65535,52427,57888
Expences of electricity heating
e/year
expences of electricity heating eur/year
Electricity_heating_*Price_of_electricity/100
224,224,1
48,31
2,59,475,476,224
2,429,419,416,303,0,MIDM
Expences of energy consumption of plant
e/year
Expences of energy consumption of Bioher plant
Fuel_prize_*(Energy_consumption_1/1000)
344,232,1
48,40
2,687,438,416,303,0,MIDM
[Apartment,Fuel_type_used_in_pl]
old
48,24
456,40,1
48,24
1,1,7,590,570,17
Investment expences
e/year
288,96,1
48,24
65535,52427,57888
Service expences
e/year
288,160,1
48,24
65535,52427,57888
Costs of heating
euro
(Energy_expences+Investment_expences+Service_expences)
96,360,1
48,31
[Variable Energy_price_of_own_]
Index Fuel_type_hh
Energy price of own heating
e/year
Fuel_consumption_of_*Fuel_price_of_own_he
96,280,1
48,31
2,564,91,476,224
19661,48336,65535
[Variable Costs_of_heating]
Fuel price of own heating
e/kWh
Table(Fuel)(
0,0,0,0,0,0)
208,272,1
48,31
65535,52427,57888
[]
[Fuel_type,1,Fuel_type_hh,1,Heating_site,1]
Fuel consumption of buildings
kg/year
Fuel consumption per year
Total_heating_consu1/Heating_value_as_kwh
96,200,1
48,40
2,-25,91,476,224
[Apartment,Fuel]
Heating value as MJ
MJ/kg
Lämpöarvot polttoaineille
VTT:n raportista Alavirta 200. ja täältä:
http://www.motiva.fi/fi/toiminta/uusiutuva-energia/bioenergia/biopolttoaineidenlampoarvoja/
Polttoaineille, joiden lämpöarvoja ei tunneta on annettu arvo 1 !!
Table(Fuel)(
1,42.5,19.1,1,1,1)
96,48,1
48,24
2,150,608,476,224
2,697,294,416,303,0,MIDM
2,383,577,416,303,0,MIDM
65535,52427,57888
Heating value as kWh
kWh/kg
MegaJoulet muunnettu kWh. Kerroin VTT:n raportista Alavirta 200. ja täältä:
http://www.motiva.fi/fi/toiminta/uusiutuva-energia/bioenergia/biopolttoaineidenlampoarvoja/
var a:= Heating_value_as_mj;
var heating_factor:= 0.2778;
a*heating_factor
96,112,1
48,31
65535,52427,57888
Heating value as kWh/kg for plant
http://www.finlex.fi/data/normit/29520-D5-190607-suomi.pdf
Taulukko 3.2. Polttoaineiden teholliset lämpöarvot.
Polttoaine Tehollinen lämpöarvo Qpolttoaine, omin
Raskas polttoöljy 11,4 kWh/kg
Kevyt polttoöljy 10,0 kWh/dm3
Maakaasu 10,0 kWh/m3n
Polttopuu yleensä (pilkkeet) 4,1 kWh/kg
Pilkkeet (havuja sekapuu) 1300 kWh/pino-m3
Pilkkeet (koivu) 1700 kWh/pino-m3
Puupelletit 4,7 kWh/kg
Polttohake 900 kWh/irto-m3
Kivihiili 6,6 kWh/kg
Palaturve 3,3 kWh/kg
Puubriketit 4,8 kWh/kg
Polttoaineille, joiden lämpöarvoja ei tunneta on annettu arvo 1 !!
Table(Fuel_type_used_in_pl)(
11.4,4.8,1,1)
456,88,1
48,40
65535,52427,57888
Fuel consumption of plant
kg/ year
Energy_consumption_1/Heating_value_as_kw1
456,184,1
48,31
2,516,114,476,224
[Apartment,Fuel_type_used_in_pl]
Energy price of plant
euro/
Fuel_consumption_of1*Fuel_price_of_plant
456,280,1
48,31
[Apartment,Fuel_type_used_in_pl]
Fuel price of plant
Table(Fuel_type_used_in_pl)
336,280,1
48,24
2,376,386,416,303,0,MIDM
65535,52427,57888
Health effects
pahz
19. tamta 2009 9:22
48,24
200,400,1
48,24
1,516,57,660,677,17
Exposure Response
distribution (or the best value) of different ER knowledge (change in non-accidental mortality due to 1 ug/m^3 change in fine particle exposure(%)
Miten tämä ilmoitetaan?
Normal( 0.6, 1 )
240,160,1
48,24
65535,52427,57888
Premature mortality
sum (Exposure_for_pm2_5_e,Fuel_type)*Bakground_mortality*(Exposure_response/100)
536,448,1
48,24
2,103,498,476,224
2,370,383,416,303,0,MIDM
[E_class,Fuel]
[Variable Costs_of_premature_m]
[Apartment,1,Fuel,1,E_class,1]
Background mortality
deaths/year
(Mortality_of_finland/sum(Population_in_finlan,Sex))*Population_in_bioher
152,112,1
48,24
2,510,183,476,224
19661,54073,65535
Cardiobulmonary
536,280,1
48,24
[Variable Costs_of_cardiobulmo]
Cancer
536,336,1
48,24
[Variable Costs_of_cancer]
Respiratory symptoms
536,392,1
48,24
[Variable Costs_of_respiratory]
Mortality of Finland population
number of cases per year
see. e.g. Piltti report!!
45180
152,40,1
48,31
2,577,70,476,224
65535,52427,57888
Probabilities
Table(Particles,Fractile)(
0.062,0.6800000000000001,1.1,2.4,8,
0,0.018,0.25,0.36,1
)
400,488,1
48,24
2,252,306,416,303,0,MIDM
[Particles,Fractile]
[Fractile,Particles]
Mortality
Concentration*Er_distribution*Bm
256,608,1
48,24
Particles
['Primary','Secondary']
400,528,1
40,16
['Primary','Secondary']
Fractile
[0.05,0.25,0.5,0.75,0.95]
256,424,1
40,16
[0.05,0.25,0.5,0.75,0.95]
ER for LT- mortality
Table(Fractile)(
0.06,0.42,0.6,1,3.8)
256,384,1
48,24
2,691,304,416,303,0,MIDM
ER distribution
Probdist( Probabilities, Er_for_lt__mortality )
256,488,1
48,24
2,312,206,732,419,1,PDFP
[Undefined,Particles,Undefined,Undefined,Undefined,1]
[1,0,0,0]
Concentration
ug/m3
Table(Particles)(
2.63,3)
136,488,1
56,20
BM
Background mortality of Finnish population
45180
400,608,1
48,24
Total mortality of PM2.5 emissions of own heating in houses
C*(CR/100)*BM
Exposure_to_pm2_5_of*(Exposure_response/100)*Background_mortality
104,264,1
48,67
2,48,444,416,303,0,MIDM
Total mortality of plant PM2.5 emissions
C*(CR/100)*BM
Exposure_to_pm2_5_o1*(Exposure_response/100)*Background_mortality
240,256,1
48,40
Costs of health effects
pahz
19. tamta 2009 9:22
48,24
352,400,1
48,32
1,681,534,586,291,17
Costs of Cardiobulmonary disease
104,57,1
48,40
65535,52427,57888
[Variable Cardiobulmonary]
[Variable Total_he_costs]
Costs of cancer
224,56,1
48,24
65535,52427,57888
[Variable Cancer]
[Variable Total_he_costs]
Costs of premature mortality
432,56,1
48,31
65535,52427,57888
[Variable Premature_mortality]
[Variable Total_he_costs]
Costs of respiratory symptoms
328,57,1
48,31
65535,52427,57888
[Variable Respiratory_symptoms]
[Variable Total_he_costs]
Total HE costs
264,232,1
48,24
[Variable Costs_of_cardiobulmo, Variable Costs_of_cancer, Variable Costs_of_premature_m, Variable Costs_of_respiratory]
Total costs
0
408,240,1
48,24
Total_costs
House stock
pahz
10. helta 2009 13:23
48,24
200,152,1
48,24
1,5,293,377,379,17
Current fuel types in Finland
floor m2
Total house stock in Finland by house and fuel types: stat31.12.2007 (http://pxweb2.stat.fi/Dialog/varval.asp?ma=020_rak_tau_102_fi&path=../database/StatFin/asu/rak/&lang=3&multilang=fi)
pelletti=puu,turve
light oil= öljy, kaasu
Table(Apartment,Fuel)(
9.09977M,37.807361M,29.302174M,63.689441M,2.531745M,1.936187M,
14.769137M,7.545957M,202.905K,9.018459M,30.644K,133.193K,
75.523817M,9.63395M,357.568K,1.301344M,11.178K,513.657K
)
128,64,1
48,31
2,567,458,476,390
2,708,438,391,222,0,MIDM
2,480,132,508,297,0,MIDM
65535,52427,57888
[Apartment,Fuel]
[Apartment,Fuel]
[Index Apartment, Index Fuel]
Apartment
['Detached house','Row house ','Block house']
272,48,1
48,12
2,115,355,476,224
['Detached house','Row house ','Block house']
old
pahz
9. huhta 2009 12:37
48,24
264,168,1
48,24
1,0,1,1,1,1,0,,0,
1,127,429,915,357,17
Amount of buildings by heating type
How many buildings has own heating system and how many district heating system (affect
District_heating_cov;
var household_size:= 4;
Population_in_bioher/household_size*Fraction_of_detached*Current_fuel_types_i/sum(Population_in_finlan)
224,55,1
48,31
2,428,113,476,224
2,820,382,396,282,0,MIDM
19661,48336,65535
[Apartment,Fuel]
[Index Fuel]
[Gender,1,Fuel,1,Apartment,1]
Fraction of detached houses
(Apartment_types[Apartment='Detached house'])/sum(Apartment_types)
96,55,1
48,31
2,427,426,476,224
2,38,290,416,147,0,MIDM
2,574,546,416,139,0,MIDM
19661,48336,65535
Building heating type
Heating type of a random apartment. Detached houses and other apartments are shown separately.
var a:= Current_fuel_types_i;
a:= if fuel='District' and district_heating_cov=0 then 0 else a;
a:= chancedist(a,fuel,fuel);
a[apartment=Apartment_types];
a
96,207,1
48,24
2,14,334,476,224
2,13,101,373,235,0,MIDM
1,65535,65535
[District_heating_cov,Apartment,Undefined,Undefined,Undefined,2]
[Apartment,1,Run,1,District_heating_cov,1]
Apartment types
floor m2
Apartment types in Finland as floor m^2 stat 31.12.2007 [http://pxweb2.stat.fi/Dialog/varval.asp?ma=020_rak_tau_102_fi&path=../database/StatFin/asu/rak/&lang=3&multilang=fi]
Table(Apartment)(
145.122M,31.711596M,87.381256M)
96,127,1
48,24
2,238,537,463,260
2,321,64,416,303,0,MIDM
2,0,-23,953,649,0,SAMP
65535,52427,57888
[Apartment,Fuel]
[Apartment,Apartment,Undefined,Undefined,Undefined,2]
Need of energy
kWh/year
var a:= chancedist(E_fractions,E_class,E_class);
Energy_consumption_i[E_class=a]
416,135,1
48,28
2,570,381,479,265
2,250,360,416,303,0,MIDM
2,71,58,1135,349,0,SAMP
[Apartment,E_class]
[Cons_type,Fuel,Undefined,Undefined,Undefined,1]
[Type_of_apartment, 1, E_class, 1, Cons_type, 1 ]
e-fractions
Mikä on traditional?
Table(E_class)(
0.5,0.25,0.175,0.075)
408,223,1
48,24
2,503,11,416,263,0,MIDM
2,22,652,416,303,0,MIDM
65535,52427,57888
e_class
['Traditional','Current standard','Low-energy','Passive house']
408,247,1
44,12
2,841,146,416,258
['Traditional','Current standard','Low-energy','Passive house']
Energy consumption per build
kWh / year / apartment
This should be per apartment, not the whole house stock!
Table(Apartment,E_class)(
0,21.233K,127.34K,0,
0,21.233K,127.34K,0,
0,0,0,0
)
824,280,1
48,31
2,78,493,476,224
2,560,594,570,303,0,MIDM
2,528,224,416,286,0,MIDM
65535,52427,57888
[Apartment,E_class]
[Apartment,E_class]
Energy consumption in houses by fuel per building
kWh
Lämmitysjärjestelmäyhdistelmän energiankulutus vuodessa. Primäärisen käytetyn energiamuodon kulutus (Motiva.fi). Passiivitalon energian kulutus=0,5*Current standard
Onko mukanan sähkönkulutus??
Traditional=Current standard
Table(E_class,Fuel)(
12.734K,24.522K,24.522K,19.635K,7717,0,
12.734K,24.522K,24.522K,19.635K,7717,0,
12.734K,15.552K,15.552K,12.042K,4808,0,
6370,12.3K,12.3K,9820,3860,0
)
576,135,1
52,49
2,247,99,476,224
2,599,327,510,303,0,MIDM
2,762,558,416,303,0,MIDM
[E_class,Fuel]
[E_class,Fuel]
Energy consumption by fuel
Amount_of_buildings_*Need_of_energy_per_b
416,55,1
48,31
2,673,343,476,224
2,636,535,576,303,0,MIDM
[Apartment,Fuel]
[Apartment,1,Fuel,1,E_class,1]
Heating consumption per m^2
kW/ year
Qh= U*Afloor(Tin-Tout)dt/Afloor
var a:= Total_heating_insula;
var c:=Temperature_in-Temperature_out;
var t:=Time_period;
(a*c*t)
696,256,1
56,40
2,129,153,489,283
2,764,510,416,303,0,MIDM
Temperature out
Celsius
Annual mean temperature in Jyväskylä 1971-2000 . (http://www.fmi.fi/saa/tilastot_99.html#1)
2.9
272,120,1
60,24
2,107,204,416,303,0,MIDM
65535,52427,57888
Time period
year
1
280,48,1
48,24
65535,52427,57888
Area of Building
m^2
Floor surface area of building
160
88,152,1
48,24
Fraction of warm water
Talvella 40% jkäyttövedestä lämmitetään Kseällä 20-30% käyttövedestä lämmitetään
Table(Seasons)(
0.4,0.25)
512,304,1
48,24
2,0,-23,952,648
[Undefined,Seasons]
tap water use
Uniform( 130, 224 )
304,200,1
48,24
1,1,1,1,1,1,0,0,0,0
Number of inhabitants in a building / buildings
inhabitant
Number of inhabitants in a building / buildings
Table(Number_of_inhabitant)(
1,70K,5M)
800,192,0
48,40
1,1,1,1,1,1,0,0,0,0
65535,52427,57888
[Number_of_inhabitant,Undefined]
['item 1']
Number of inhabitants
Typical building types
['Appartment','City','Country']
576,40,1
48,20
1,1,1,1,1,1,0,0,0,0
2,348,66,476,224
['Appartment','City','Country']
Table(Age)(
1,3,4,5)
728,112,1
48,24
va1[age='lapset(0-17)']
736,56,1
48,24
Apartment type fraction in Finland
floor m2
Tähän tulisi laskea kunkin asuntotyypin osuus koko asuntokannasta
Table(Apartment)(
(Apartment_types[Apartment='Detached house'])/sum(Apartment_types),(Apartment_types[Apartment='Row house'])/sum(Apartment_types),(Apartment_types[Apartment='Block house'])/sum(Apartment_types))
224,127,1
48,31
2,388,739,822,228,0,MIDM
2,248,258,724,203,0,MIDM
Fuel
['District','Light oil','Pellet','Electricity','Geothermal','Other']
272,72,1
48,12
['District','Light oil','Pellet','Electricity','Geothermal','Other']
Floor area in Bioher
floor m^2
Current fuel types with own heating system in all building types of Finland is scaled here for amount of population (10000)
Population_in_bioher/sum(Population_in_finlan,sex)*Current_fuel_types_i
128,288,1
48,24
1,1,1,1,1,1,0,,1,
2,392,445,476,224
2,53,590,440,240,0,MIDM
[Apartment,Fuel]
[Variable Fuel_type_of_other]
[Index Apartment, Index Fuel]
[Sex1, 1, Fuel, 1, Apartment, 1 ]
Total floor area
sum(sum(Floor_area_in_bioher,Apartment),Fuel);
256,280,1
48,24
2,257,388,476,224
Total costs
var a:= sum(Expences_of_electric,apartment);
var b:= sum(sum(Expences_of_energy_c,apartment),Fuel_type_used_in_plant);
var c:= sum(sum(Expences_of_own_heat,apartment),Fuel);
a+b+c
352,320,1
48,24
[Alias Total_costs1]
[Fuel_type_used_in_pl,Fuel]
District heating coverage
Table(Apartment,Self)(
bernoulli(0.5),bernoulli(0.7),
bernoulli(0.99),bernoulli(0.99),
0,0
)
['BAU','Extended coverage']
200,64,1
48,32
2,49,523,416,303,0,MIDM
2,363,24,409,625,0,MIDM
[Apartment,Self]
[Apartment,Self,Undefined,Undefined,Undefined,2]
[Self, 1, Run, 1, Apartment, 1 ]
Old parts
pahz
25. maata 2009 12:01
48,24
544,336,1
48,24
Cons type
['own','district']
92,36,1
44,12
Climate change
pahz
7. touta 2009 13:43
48,24
64,240,1
48,24
1,391,59,550,300,17
Total GHG emissions
64,56,1
48,24
[Variable Ghg_emissions_of_pla, Variable Ghg_emissions_of_hou]
GHG
['CO2','CH4','N2O','0']
56,96,1
32,12
2,102,90,476,224
['CO2','CH4','N2O','0']
Land use
392,56,1
48,24
Landuse types
['Forest','Peatland','Wetlands (Lakes)','Agriculture','Grassland','Buildupland']
392,104,1
40,20
Forest types
Ihalainen 2008. Valtakunnana metsien inventointi 10.
['Varputurvekanga<s','Puolukaturvekangas','Mustikkaturvekangas','Ruohoturevkangas']
448,144,1
36,20
['Varputurvekanga<s','Puolukaturvekangas','Mustikkaturvekangas','Ruohoturevkangas']
Emissions of GHG (forestsoil)
kg/ha/year
Kasvihuonekaasujen vuotuisia päästöjä metsäojitettujen soiden maahengityksestä. Negatiiviset arvot tarkoittavat yhdisteen nettosidontaa ilmakehästä maaperään. (Alm et al 2007, 47.)
Table(Ghg,Forest_types)(
8800,9750,12.5K,17.13K,
19,-2.7,2.1,-5.8,
0.1,1.3,3.7,5.6,
0,0,0,0
)
208,136,1
48,31
2,102,90,476,224
2,218,112,416,303,0,MIDM
[Forest_types,Ghg]
Emissions of GHG (trees)
Lehtonen et al 2004, 211-214
BEF (biomass expansion factor)oksiin, juuriin, neulasiin ja muuhun puun biomassaan sitoutuvan hiilen laskemiseen kehitetty biomassan kasvukerroin.
21-40 vuotiaille puille BEF=0.704 t/m3
216,217,1
48,31
2,102,90,476,224
https://oa.doria.fi/bitstream/handle/10024/38741/jamk_1212489500_3.pdf?sequence=1
376,274,-1
48,74
http://www.ipcc-nggip.iges.or.jp/
480,229,-1
48,29
Heating consumption
pahz
26. touta 2009 8:13
48,24
352,152,1
56,24
1,455,4,957,743,17
Fuel type used in plant
['Heavy oil','Wood chips','Geothermal','Other']
840,568,1
48,28
2,102,90,476,224
['Heavy oil','Wood chips','Geothermal','Other']
Fraction of fuel type used in plant
Fraction of used fuel type used in Finnish small power plant
Table(Fuel_type_used_in_pl)(
0.5,0.3,0.1,0.1)
728,624,1
48,40
2,102,90,476,224
2,40,50,416,303,0,MIDM
65535,52427,57888
Total heating insulation fractions
W/m^2 K
Seinien, katon ja lattian lämmönläpäisykerroin lasketaan painottamalla lämpöhäviöt lattianeliötä kohden...
Ufloor=(Aroof*Uroof+Afloor*Ufloor+Awall*Uwall)/Afloor,
n=number of floors, x=number of doors.
With the assumption of
Afloor=Aroof and
Awall= n*Afloor
Awindow=(15/100)Awall (In Finnish requlations Awindor,max=50 % Awall)
Adoor=x*(2/100)Awall
=> Utotal,f=(Ufloor+(n*((100-15)/100))*Uwall+Uroof+(15/100)*Uwindow+x*(2/100)*Udoor))
var a:=Heating_insulation_1[Heat_perm_factors='Ufloor'];
var b:=Heating_insulation_1[Heat_perm_factors='Uwall'];
var c:=Heating_insulation_1[Heat_perm_factors='Uroof'];
var d:=Heating_insulation_1[Heat_perm_factors='Uwindow'];
var e:=Heating_insulation_1[Heat_perm_factors='Udoor'];
var n:=Number_of_floors;
var x:=Number_of_doors;
(a+n*((100-15)/100)*b+c+(15/100)*d+x*(2/100)*e)
232,120,1
48,40
2,284,83,475,461
2,83,109,416,303,0,MIDM
Heating insulation fractions
kW/m^2 K
Insulation fractions for floor, roof, and wall
Finlex(http://www.finlex.fi/fi/viranomaiset/normi/700001/)
Katso myös: Motiva(http://www.motiva.fi/fi/kuluttajat/pientalonlammitysjarjestelmat/vertailupalvelu/tyyppitalot.html): current standard and Low-energy (pientalo ja matala energia talo)
Table(Self,Heat_perm_factors)(
0.17,0.09,0.17,1.4,1.4
)
['item 1']
72,65,1
48,31
2,426,51,474,293
2,74,100,493,168,0,MIDM
2,722,312,416,303,0,MIDM
65535,52427,57888
[Self,Heat_perm_factors]
Temperature in
Celsius
Mean inside temperature (used in fmi calculations also)
17
72,336,1
52,24
65535,52427,57888
heat_perm_factors
kWm^2 K
Heating permeability factors for walls, roof, and floor
['Ufloor','Uroof','Uwall','Uwindow','Udoor']
848,232,1
44,20
2,0,-23,953,649
2,0,-23,953,649,0,MIDM
['Ufloor','Uroof','Uwall','Uwindow','Udoor']
Mean out temperature of months
Celsius
Mean monthly temperature in Jyväskylä between years 1900-2000
http://www.fmi.fi/saa/tilastot_4.html#5
Table(Months1)(
-7.8,-8.800000000000001,-3.8,1.9,8.699999999999999,14.1,16.5,14.4,9,3.9,-0.9,-5.7)
72,280,1
48,31
2,0,-23,952,648
2,172,343,416,303,0,MIDM
2,768,79,416,303,0,MIDM
65535,52427,57888
Months
['Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec']
848,200,1
40,12
['Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec']
Heating of tap water in buildings
kWh/m¨2 year
Thermal energy, which is used to heat tap water in a building.
(Density_of_water*Thermal_capacity_of_*Volume_of_needed_war*Water_temperature)/Total_floor_area
592,280,1
48,31
2,10,545,672,379
2,359,94,529,303,0,MIDM
[Apartment,Fuel]
[Index Seasons]
Thermal capacity of water
kWh/kg K
Riippuuko lämpötilasta? Kyllä, katso scannatuista pdf, tiedostoista tiedosto "veden ominaisuuksia". Laskennassa voidaan käyttää vakio arvoa 4,19 kJ/(kgK). Jos muunnetaan kWh = 4,19/3600 kWh/(kgK)
4.19/3600
736,320,1
48,31
2,0,-23,953,649
65535,52427,57888
Density of water
kg/m^3
Riippuu veden lämpötilasta!! Mutta vaihtelu näillä lämpötilaeroilla ei ole huomattava
1000
736,376,1
48,24
2,0,-23,953,649
65535,52427,57888
Water temperature
Celsius
differences between hot and warm water
var a:= 60;
var b:= 4;
a-b
736,424,1
48,24
2,0,-23,953,649
65535,52427,57888
Total heating consumption of buildings per m^2
kWh/m^2 year
Heating consumption of tap water and warming the building.
sum(Heating_consumption1)+Heating_of_tap_water
408,280,1
68,31
1,1,1,1,1,1,0,,1,
2,68,242,641,296
2,34,548,568,244,0,MIDM
[Apartment,Fuel]
[Index Seasons]
[Used_tap_water_in_a_,1,Seasons,1,Number_of_inhabitant,1]
Heating consumption per m^2 - monthly T variation
kWh/m^2 year
Monthly temperature variation is accounted in this calculation.
var a:= Temperature_in-Mean_out_temperature;
var b:= Total_heating_insula;
var c = Days_in_a_month;
sum(a*b/1000*c*24)
232,280,1
60,48
2,-32,175,953,649
2,421,103,416,303,0,MIDM
[Index Months1]
Seasons
['Winter','Summer']
848,176,1
40,12
['Winter','Summer']
Number of floors
Number of floors in a building
1
72,169,1
48,24
1,1,1,1,1,1,0,0,0,0
65535,52427,57888
Number of doors
Number of doors in a building
3
72,120,1
48,24
1,1,1,1,1,1,0,0,0,0
65535,52427,57888
Number of days in a season
day
Warm tap water fraction of used tap water in different seasons.
Table(Seasons)(
180,180)
736,80,1
48,31
1,1,1,1,1,1,0,0,0,0
2,40,50,316,143,0,MIDM
65535,52427,57888
[Seasons]
['item 1']
[Seasons,1]
Fraction of warm tap water of the used tap water
%
In Winter warm tap water use can be estimated to be 40 % of used tap water and in summer 20-30 % (25 %). Olli Seppänen, 2001, Rakennusten lämmitys.
Table(Seasons)(
0.4,0.25)
736,240,1
48,49
1,1,1,1,1,1,0,0,0,0
2,389,55,476,224
2,440,450,431,164,0,MIDM
65535,52427,57888
used tap water in a building / buildings
dm¨3/day/inhabitant
In Finland the guilde value for tap water use is 130 dm^3/day/inhabitant. In Helsinki metropolitan area tap water usega is 155 dm^3/day/inhabitant. In 1999 tap water use was max. 224 dm^3/day/inhabitant in Finland. Olli Seppänen, 2001, rakennusten lämmitys. Helsingin vesi: www.helsinginvesi.fi
Uniform( 0.130, 0.244 )
736,152,1
48,40
1,1,1,1,1,1,0,0,0,0
2,102,90,476,224
65535,52427,57888
[0.13,0.224]
Volume of needed warm tap water
var a:= Population_in_bioher;
var b:= Fraction_of_warm_tap;
var c:= Number_of_days_in_a_;
var d:= Used_tap_water_in_a_;
sum(a*b*c*d)
592,184,1
48,40
2,51,286,476,224
2,560,286,416,303,0,MIDM
Total heating consumption by own heating in Bioher
kWh/year
eri polttoainetyyppien osuudet lämmöntuotannon kokonaiskulutuksesta.
10 000 asukkaan osalta
var a:= Floor_area_in_bioher*Total_heating_consum;
a:= if fuel = 'District' or fuel = 'Electricity' then 0 else a;
if fuel = 'Other' then a*Fuel_type_of_other[Fuel_type_of_other = 'Own'] else a
224,576,1
52,60
1,1,1,1,1,1,0,,1,
2,753,233,476,224
2,576,271,566,277,0,MIDM
[Apartment,Fuel]
[Variable Ghg_emissions_of_hou]
[Index Apartment, Index Fuel]
[1,0,0,0]
Energy consumption of Bioher plant
kWh/year
polttolaitoksen lämmönkulutus painotettu Suomen polttolaitosten polttoaineiden painotusarvoilla (aargh)
var a:= Floor_area_in_bioher[fuel='District']+Floor_area_in_bioher[fuel='Other']*Fuel_type_of_other[Fuel_type_of_other='District'];
a*Total_heating_consum*Efficiency_by_fuel_t*Fraction_of_fuel_typ
592,576,1
52,48
1,1,1,1,1,1,0,,1,
2,449,406,476,224
2,473,125,600,175,0,MIDM
[Fuel_type_used_in_pl,Apartment]
[Variable Ghg_emissions_of_pla, Variable Ghg_emissions_distri]
[Index Apartment, Index Fuel_type_used_in_pl]
[Fuel,1,Apartment,1,Fuel_type_used_in_pl,1]
Days in a month
day
Number of days in a month
Table(Months1)(
31,28,31,30,31,30,31,31,30,31,30,31)
72,224,1
52,24
65535,52427,57888
Efficiency by fuel types
Hyötysuhde tulee ottaa huomioon eri laitteiden lämmöntuotannossa
Table(Fuel_type_used_in_pl)(
0.9,0.7,0,0)
720,528,1
48,31
Air heating consumption
160,192,-1
144,184
2,475,587,476,224
65535,19661,19661
Water heating
consumption
656,248,-1
132,208
Heating consumption of
house stock with own
heating system
216,568,-1
104,112
2,102,90,476,224
Heating consumption of plant
656,568,-1
132,112
Electricity heating in Bioher
kWh /year
var a:= Floor_area_in_bioher[fuel='Electricity']+Floor_area_in_bioher[fuel='Other']*Fuel_type_of_other[Fuel_type_of_other='Electricity'];
a*Total_heating_consum
408,576,1
48,31
1,1,1,1,1,1,0,,1,
2,653,165,476,224
2,587,27,416,303,0,MIDM
[Apartment,Fuel]
[Variable Ghg_emissions_of_ele]
[Index Apartment]
Heating consumption of electricity
424,568,-1
100,112
Fuel type of other
Table(Self)(
0.3,0.3,0.4)
['Own','Electricity','District']
224,424,1
48,24
2,158,272,476,224
[Objective Floor_area_in_bioher]
old
pahz
1. maata 2010 8:23
48,24
944,664,1
48,24
Fraction of own heating system
Here is calculated how many of buildings have own heating system
var a:= sum(Floor_area_in_bioher);
var b:= sum(a);
var c:= b+Total_floor_area_for;
b/c
96,55,1
48,31
2,709,282,476,224
65535,52427,57888
[Apartment,Fuel]
m^2
Area of detached house. Should be calculated from Apartment types and population size somehow..
var household_size:= 4;
var floor_area:= 80;
var household_area:= Population_in_bioher/household_size*floor_area;
household_area
96,48,1
48,24
1,1,1,1,1,1,0,0,0,0
2,-5,539,476,224
2,451,60,416,303,0,MIDM
2,501,232,416,303,0,MIDM
65535,52427,57888
Energy efficiency
http://www.finlex.fi/data/normit/29520-D5-190607-suomi.pdf
Taulukko 3.1. Lämmöntuottolaitteiden vuosihyötysuhteita eri lämmöntuottotavoilla.
Lämmöntuottotapa Vuosihyötysuhde lämmitys,
Kaukolämpö 1,0
Sähkölämmitys 1,0
Öljy ja kaasukattilat, enintään 35 kW
tavanomainen kattila 0,87
matalalämpötilakattila0,90
kaasukäyttöinen kondenssikattila 0,93
Öljy ja kaasukattilat, yli 35 kW
tavanomainen kattila 0,89
matalalämpötilakattila 0,91
kaasukäyttöinen kondenssikattila 0,94
Kaksoispesäkattilat
öljylämmitys 0,80
puulämmitys 0,70
Puupolttoaineita käyttävät lämmöntuottolaitteet
Pellettikattilat 0,80
Hakekattilat 0,80
Pilkekattilat 0,70
Tulisijat 0,70
Lämpöpumput
Maalämpöpumppu 2,5
Ulkoilmalämpöpumppu (lämpö vesivaraajaan) 2,0
96,48,1
48,24
2,10,391,476,224
Emissions
pahz
18. tamta 2010 9:48
48,24
200,240,1
48,24
1,471,2,816,739,17
EF for PM2.5 as mg/MJ
mg/MJ
Tissari etal 2007 PUPOn loppuraportti
100
120,80,1
48,31
2,102,90,476,224
2,488,498,416,303,0,MIDM
65535,52427,57888
PM2.5 emissions of houses (mg/s) by own heating system
mg/s
emissions of PM2.5 of household with own heating system of 10 000 inh.
Ef_for_pm2_5_as_mg_k*Total_heating_consu1/Year_to_seconds
120,288,1
48,58
2,73,350,476,224
2,-46,444,430,215,0,MIDM
[Apartment,Fuel]
[Index Apartment, Index Fuel]
[Type_of_apartment, 2, Fuel_type_hh, 1, E_class, 1, Decision_of_fuel_ty1, 1 ]
PM2.5 emissions of plant (mg/s)
mg/s
Ef_for_pm2_5_as_mg_k*Energy_consumption_1/Year_to_seconds
240,288,1
48,40
2,567,39,476,224
2,717,15,416,303,0,MIDM
[Fuel_type_used_in_pl,Apartment]
Total PM2.5 emissions of apartments
mg/s
sum(Pm2_5_emissions_of_h,Apartment)
120,408,1
48,40
2,20,603,476,224
2,779,78,416,303,0,MIDM
Unit change
kWh
1kWh = 3.6 MJ or 1 MJ~0.277778kWh
0.277778
240,152,1
48,24
EF for PM2.5 as mg/kWh
mg/kWh
Emission factor of PM2.5 mg/MJ is changed here to mg/kWh
Ef_for_pm2_5_as_mg_m/Unit_change
120,152,1
48,31
2,-31,340,476,224
Year to seconds
s
Change to one year to seconds
365*24*60*60
360,288,1
48,24
Source
['Own heating','Suburb plant','Electricity']
360,488,1
48,12
['Own heating','Suburb plant','Electricity']
Emission in Bioher
mg/s
Koonti taulukko kaikista päästöistä
Table(Source,Pollutant)(
sum(Total_pm2_5_emission,Fuel),Co2_emissions_of_hou,
sum(Total_pm2_5_emissio1,Fuel_type_used_in_pl),Co2_emissions_of_pla,
0,0
)
360,456,1
48,24
1,1,1,1,1,1,0,,1,
2,102,90,476,224
2,532,454,688,222,0,MIDM
2,40,50,666,303,0,MIDM
[Pollutant,Source]
[Pollutant,Source]
[Index Source]
[Co2_emissions_of_hou,1,Source,1,Pollutant,1]
Pollutant
['PM2.5','GHG']
360,512,1
48,12
['PM2.5','GHG']
Total PM2.5 emissions of plant
mg/s
sum(Pm2_5_emissions_of_p,Apartment)
240,384,1
48,31
2,-51,456,476,224
2,680,68,416,303,0,MIDM
[Index Fuel_type_used_in_pl]
EF_indexes
['Wood','Light fuel oil','Heavy fuel oil','District heat, separate prod. 20-500; average ','District heat, combined production','District heat, average (73% combined prod.)','Electricity on average ','Marginal electricity consumption ','Basic electricity consumption ','Intermediate electricity consumption','Peak electricity consumption ','Heating energy of electrical heating (example value) ']
736,152,1
48,16
2,403,626,476,222
[Variable Ghg_emissions_distri]
['Wood','Light fuel oil','Heavy fuel oil','District heat, separate prod. 20-500; average ','District heat, combined production','District heat, average (73% combined prod.)','Electricity on average ','Marginal electricity consumption ','Basic electricity consumption ','Intermediate electricity consumption','Peak electricity consumption ','Heating energy of electrical heating (example value) ']
Electricity
['CHP','Separate','Total electricity']
736,184,1
48,16
2,278,90,476,224
näin laitetaan jos tiedetään esim EF:n minimi arvo (1) j amximarvo (100)
10^(uniform(logten(1),logten(100)))
744,40,1
48,24
2,302,166,931,437,1,PDFP
{!40000|Att_graphvaluerange Va3:1,,,,0}
{!40000|Att_contlinestyle Graph_pdf_valdim:6}
Diststeps:1
[1,0,0,0]
EF for CO2 as kg/MWh
kg/MWh
Motivan oppaasta. CH4 ja N2O ei otettu huomioon. Table 5 in http://en.opasnet.org/w/Emission_factors_for_burning_processes
Pellet = Peat! Table 2
Table(Fuel)(
220,267,382,200,0,0)
488,184,1
48,24
2,324,120,416,302,0,MIDM
2,332,82,416,303,0,MIDM
65535,52427,57888
[1,1,0,1]
CO2 emissions of houses by own heating
mg/s
EF jaettu 1000: kg/MWH-> kg/kWh
muunnettu year->sec
kerrottu *1000*1000: kg->mg
sum(sum([Ef_for_co2_as_kg_mwh/1000]*Total_heating_consu1,Fuel),Apartment)/Year_to_seconds*1000*1000
488,288,1
48,49
2,-13,287,476,224
2,466,482,416,303,0,MIDM
[Apartment,Fuel]
[0,0,0,0]
old
pahz
7. huhta 2010 8:16
48,24
744,96,1
48,24
1,1,7,550,300,17
EF for GHG as mg/MJ
mg/MJ
Nämä pitäis löytää jostain!!!!
CO2 1.4-11 mg/MJ
CO 1400-5700 mg/MJ
CH4 15-630 Mg C/MJ
Table(Ghg)(
0,1,0,0)
224,48,1
48,24
2,102,90,476,224
2,240,356,416,303,0,MIDM
65535,52427,57888
[Variable Ef_for_ghg_as_mg_kwh]
GHG emissions of plant
mg/s
Ef_for_ghg_as_mg_kw3*Energy_consumption_1/{Year_to_seconds}
240,576,1
48,31
2,-24,77,476,224
2,456,466,416,303,0,MIDM
[Ghg,Fuel_type_used_in_pl]
[Objective Energy_consumption_1, Variable Ef_for_ghg_as_mg_kw3]
[Variable Total_ghg_emissions]
[Apartment,2,Fuel,6,Fuel_type_used_in_pl,1,Ghg,1]
GHG emissions of houses by own heating system
mg/s
Ef_for_ghg_as_mg_kw2*Total_heating_consu1/{Year_to_seconds}
96,576,1
48,58
2,248,322,476,224
2,704,141,536,303,0,MIDM
[Ghg,Fuel]
[Objective Total_heating_consu1, Variable Ef_for_ghg_as_mg_kw2]
[Variable Total_ghg_emissions]
[Index Apartment]
[Apartment,2,Fuel,1,Ghg,1]
EF for GHG as mg/kWh
mg/kWh
Emission factors of GHG with unit of mg/MJ is changed here to mg//kWh
Ef_for_ghg_as_mg_mj/{Unit_change}
224,120,1
48,24
2,105,203,476,224
2,48,438,416,303,0,MIDM
[Variable Ef_for_ghg_as_mg_mj]
Sum of GHG emis of own heating (mg/s)
mg/s
sum(Ghg_emissions_of_hou,Apartment)
96,704,1
48,49
2,89,295,476,224
2,581,46,416,303,0,MIDM
[Ghg,Fuel]
Sum of GHG emis of plant (mg/s)
mg/s
sum(Ghg_emissions_of_pla,Apartment)
240,688,1
48,40
2,647,452,518,233
2,47,418,416,303,0,MIDM
[Ghg,Fuel_type_used_in_pl]
[Index Fuel_type_used_in_pl]
EF for GHG as mg/kWh
mg CO2/kWh
Ef_for_ghg_in_buildi/1000
448,192,1
48,31
2,7,449,476,224
2,-8,623,416,303,0,MIDM
[Variable Ghg_emissions_distri]
GHG emissions of electricity in Bioher
mg CO2/s
Ef_for_ghg_as_mg_kw4*Electricity_heating_/{Year_to_seconds}
384,576,1
48,40
2,135,641,476,224
2,570,227,416,303,0,MIDM
[Ghg,Apartment]
[Objective Electricity_heating_, Variable Ef_for_ghg_as_mg_kw4]
EF for GHG in buildings as kg/MWh
kgCO2/MWh
kasvihuonekaasupäästökertoimiin (kgCO2/MWh) laskettuna rakennuksen bruttotasolla (rakennukseen hankittu energia
[Heljo & Laine 2005. Sähkölämmitys ja lämpöpumput sähkönkäyttäjinä ja päästöjen aiheuttajina Suomessa. Tampereeln teknillinen yliopisto. Rakentamistalouden latios. Raportti 2005:2.]
Table(Ef_indexes)(
18,267,279,231,224,226,204,714,112,459,867,400)
448,96,1
48,31
2,2,63,476,224
2,30,15,416,303,0,MIDM
65535,52427,57888
Sum of GHG emission of electricity (mg/s)
mg CO2/ s
sum(Ghg_emissions_of_ele,Apartment)
384,704,1
48,49
2,572,49,416,303,0,MIDM
GHG emissions district heating
mg/s
var a:= Ef_for_ghg_as_mg_kw1[@EF_indexes=6];
a*Energy_consumption_1/{Year_to_seconds}
504,576,1
48,40
2,742,636,476,224
[Apartment,Fuel_type_used_in_pl]
[Objective Energy_consumption_1, Index Ef_indexes, Variable Ef_for_ghg_as_mg_kw1]
Sum of GHG emissions of district heat (mg/s)
sum(sum(Ghg_emissions_distri,Apartment),Fuel_type_used_in_pl)
504,704,1
48,49
2,366,343,416,303,0,MIDM
EF for GHG as mg/kWh own heating
Table(Fuel,Ghg)(
Ef_for_ghg_as_mg_kw1[@EF_indexes=6],Ef_for_ghg_as_mg_kwh[@GHG=2],0,0,
Ef_for_ghg_as_mg_kw1[@EF_indexes=2],Ef_for_ghg_as_mg_kwh[@GHG=2],0,0,
Ef_for_ghg_as_mg_kw1[@EF_indexes=1],Ef_for_ghg_as_mg_kwh[@GHG=2],0,0,
Ef_for_ghg_as_mg_kw1[@EF_indexes=7],Ef_for_ghg_as_mg_kwh[@GHG=2],0,0,
1,Ef_for_ghg_as_mg_kwh[@GHG=2],0,0,
1,Ef_for_ghg_as_mg_kwh[@GHG=2],0,0
)
160,192,1
48,31
2,-41,152,476,224
2,310,265,693,303,0,MIDM
2,772,414,416,303,0,MIDM
[Ghg,Fuel]
[Ghg,Fuel]
[Variable Ghg_emissions_of_hou]
[Ef_indexes,3,Fuel,1,Ghg,1]
EF for GHG as mg/kWh plant
Table(Ghg,Fuel_type_used_in_pl)(
Ef_for_ghg_as_mg_kw1[@EF_indexes=3],Ef_for_ghg_as_mg_kw1[@EF_indexes=1],1,1,
Ef_for_ghg_as_mg_kwh[@GHG=2],Ef_for_ghg_as_mg_kwh[@GHG=2],Ef_for_ghg_as_mg_kwh[@GHG=2],Ef_for_ghg_as_mg_kwh[@GHG=2],
0,0,0,0,
0,0,0,0
)
280,192,1
48,31
2,472,482,573,303,0,MIDM
[Ghg,Fuel_type_used_in_pl]
[Ghg,Fuel_type_used_in_pl]
[Variable Ghg_emissions_of_pla]
EF for GHG as mg/kWh electricity
Table(Ghg)(
Ef_for_ghg_as_mg_kw1[@EF_indexes=7],0,0,0)
392,272,1
48,31
2,30,778,416,303,0,MIDM
[Variable Ghg_emissions_of_ele]
EF for CO2 as kg/MWh for plant
kg/MWh
Table(Fuel_type_used_in_pl)(
279,Co2_ef_for_wood_kg_k,0,0)
608,240,1
48,31
65535,52427,57888
CO2 EF for wood kg/kWh
kg/MWh
Table 1. http://en.opasnet.org/w/Emission_factors_for_burning_processes#Result
T/TJ -> kg/MJ -> kg/kWh->kg/MWh
(109.6/1000)/Unit_change*1000
608,152,1
48,31
65535,52427,57888
CO2 emissions of plant
sum(sum(Ef_for_co2_as_kg_mw1*Energy_consumption_1,Fuel_type_used_in_pl), Apartment)
608,320,1
48,31
2,215,389,416,303,0,MIDM
[Apartment,Fuel_type_used_in_pl]
18.1.2010 PA
17.2.2010 PA
552,56,-1
56,24