IT ENERGY: IT-WIND 60 KW Wind Turbine Performances Predicted

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IT ENERGY: IT-WIND 60 KW Wind Turbine Performances
P
(kW)
0,00
0,00
0,75
3,00
8,00
18,50
30,00
44,00
55,00
60,00
60,00
60,00
60,00
60,00
60,00
60,00
60,00
60,00
60,00
60,00
IT-WIND 60 KW useful output power (kW)
70
60
50
P (kW)
Wind
(m/s)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
40
30
20
10
0
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
Wind speed (m/s)
Predicted energy production depending of average wind speed
Input Parameters
Average wind speed (m/s) =
Weibull factor K =
Site altitude (m) =
Wind shear exponent =
Anemometre height (m) =
Tower height (m) =
Turbulence factor =
Calculated Parameters
Average windspeed at hub height (m/s) =
Air density variationr =
Percent operating time =
Input parameters : (you Vent
can edit(m/s)
green data)
5,5
1,5
250
0,148
24
24
5,0%
5,50
-2%
77,3%
Windspeed distribution (Weibull)
Diam.
14,00%Rotor :
Pmaxi
Générateur :
12,00%
5,5
5
10,00%
8,00%
6,00%
4,00%
2,00%
0,00%
0
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20 21 22
Wind speed (m/s)
P (kW) Fréquence kWh à V
0
0
0
0
Average windspeed : Use annual or monthly average windspeed data.
1 K is not known,0,00
9,15%
0,000
Weibull factor K : if Weibull factor
use K = 2 for inland
site, K=3 for
sea coast,
2
0,00
11,49%
0,000
K=4 for islands.
Site Altitude : inputs site altitude in
level.
3 meters above sea
0,70
12,06%
0,084
Wind shear exponent : standard value is 0.143 , for high turbulence or rough site use 0.18 and for
4
2,78
11,60%
0,323
smooth terrain or open water use 0.11
5 of the anemometer
7,43when measuring
10,55%
Anemometre height : it is the height
average 0,783
wind speed. if
unknown use 10m.
6
17,17
9,19%
1,578
Tower height : height of the tower7you plan to use.27,85
7,74%
2,155
Turbulence factor : derating factor used to take in account the impact of turbulence on efficiency.
8 0% will in most
40,84
2,586the
Use 10% à 15% most of the time. Using
of the case6,33%
tend to over estimate
performances.
9
51,05
5,05%
2,579
10
55,69
3,94%
2,195
11
55,69
3,01%
1,678
12
55,69
2,26%
1,259
13
55,69
1,67%
0,928
Results :
14
55,69
1,21%
0,672
Average windspeed at hub height
value at hub height.
it is the value
used to
15: Corrected wind
55,69
0,86%
0,480
calculate Weibull distribution.
16
55,69
0,61%
0,337
55,69 to sea 0,42%
0,234
Air density variation : reduction 17
of performance compared
level.
18
55,69
0,29%
0,160
Percent operating time : percent of the time the turbine should produce some power
19
55,69
0,19%
0,108
20continuous output
55,69
0,072
Average output power : Equivalent
of the wind 0,13%
turbine.
Daily energy production : average
per day.
21energy produced
55,69
0,09%
0,047
Monthly energy production : Average energy produced per month.
22
55,69
0,06%
0,031
Annual energy production : average energy produced per year.
23
55,69
0,04%
0,020
24
55,69
0,02%
0,013
25
55,69
0,01%
0,008
Total: 97,95%
18,329
RESULTS
Predicted energy production
Average output power
Daily energy production
18,33 kW
439,9 kW.h
Monthly energy production
13.380 kW.h
Annual energy production
160.559 kW.h
Warnings : These calculations uses a mathematical idealization of wind speed distribution, The validity of this is improved if period measurement of wind speed is large.
This model will work better with annual or at least monthly average wind speed. Uses of this model with daily or weekly average wind speed is not recommended, because
on short period of time the wind doesn't follow a Weibull distribution.
In all cases it is important to understand that it is a simulation and that real performances may vary.
CLIENTE :
SITE LOCATION :
DATE:
AUTORE :
IT ENERGY SRL 2013
……………………………………………………………..
……………………………………………………………..
……………………………………………………………..
……………………………………………………………..
SimuIazione impianto eolico con turbina IT-WIND 60 KW
Stima della produzione e resa dell'impianto in regime di tariffa onnicomprensiva
Ventosità media (m/s):
Coefficiente di Weibull (K):
Coefficiente di rugosità (α):
Altitudine del sito (m):
Altezza installazione (m):
Fattore di turbolenza (%):
Potenza nominale impianto (kW)
Resa annua in kWh:
5,5
1,5
0,148
250
24
5%
60
Costi di manutenzione espressi in % costo impianto
Ordinaria annua
1,0%
€ 2.250,00
Straordinaria 5°
3,0%
€ 6.750,00
Straordinaria 10°
3,0%
€ 6.750,00
Straordinaria 15°
3,0%
€ 6.750,00
Straordinaria 20°
3,0%
€ 6.750,00
160.599
Costo impianto (IVA esclusa):
Costo attuale energia:
Valore in vendita attuale:
Tasso di inflazione annua:
Tariffa onnicomprensiva:
Premio annuo assicurazione ( €/kW)
Costo €/kw
€ 10,00
€ 225.000
0,22
0,09
3%
0,285
€ 600,00
STIMA RENDIMENTO ECONOMICO DELL'INVESTIMENTO CON TARIFFA ONNICOMPRENSIVA
Tariffa onnicomprensiva Conto vendita
Anno
KW prodotti
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
160.599
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
€ 45.771
4.014.975
€ 915.414
Totali
Totale energia venduta
Totale costi sostenuti
€ 1.052.633
€ 89.446
Manutenzione
Assicurazione
Conto progressivo
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
€ 26.105
€ 26.758
€ 27.427
€ 28.113
€ 28.815
€ 2.250
€ 2.251
€ 2.251
€ 2.252
€ 6.750
€ 2.253
€ 2.253
€ 2.254
€ 2.255
€ 6.750
€ 2.255
€ 2.256
€ 2.257
€ 2.257
€ 6.750
€ 2.258
€ 2.259
€ 2.259
€ 2.260
€ 6.750
€ 2.261
€ 2.262
€ 2.262
€ 2.263
€ 2.264
€ 600
€ 600
€ 600
€ 601
€ 601
€ 601
€ 601
€ 601
€ 601
€ 602
€ 602
€ 602
€ 602
€ 602
€ 603
€ 603
€ 603
€ 603
€ 603
€ 603
€ 604
€ 604
€ 604
€ 604
€ 604
-€ 225.000
-€ 182.079
-€ 139.159
-€ 96.240
-€ 53.322
-€ 14.902
€ 28.015
€ 70.931
€ 113.846
€ 156.761
€ 195.180
€ 238.094
€ 281.006
€ 323.918
€ 366.829
€ 405.247
€ 448.157
€ 491.066
€ 533.974
€ 576.882
€ 615.299
€ 638.540
€ 662.433
€ 686.993
€ 712.239
€ 738.187
€ 137.218,4
€ 74.392,0
€ 15.054,1
€ 738.186,6
Investimento inziale
Utile netto impianto 25 anni
IT ENERGY Srl Via Ritonda, 78 -37047 San Bonifacio- Verona - Tel. +390045 6100475 - Fax +39 045 6105628
www.it-energy.it - [email protected]
€ 225.000
€ 738.187
Flusso di cassa impianto eolico IT-WIND 60 kW
€ 50.000
€ 40.000
€ 30.000
€ 20.000
€ 10.000
€0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
-€ 10.000
-€ 20.000
Tariffa omnicomprensiva
RID (Tariffa ritiro dedicato)
Costi di gestione annui
Flusso di cassa cumulato impianto eolico IT-WIND 60 kW
€ 800.000
€ 600.000
€ 400.000
€ 200.000
€0
0
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
-€ 200.000
-€ 400.000
Investimento iniziale
Flusso annuo netto cumulato
IT ENERGY Srl Via Ritonda, 78 -37047 San Bonifacio- Verona - Tel. +390045 6100475 - Fax +39 045 6105628
www.it-energy.it - [email protected]
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