FUEL OIL SYSTEM OF THE NEW YORK

electrical capacity by fuel type of installation

3	 	 	 	 	MWe
4	 	2007	2008	2009	2010	2011
5	Coal
6	  Back pressure steam turbine	28	20	19	20	20
7	  Gas turbine	1	1	-	-	-
8	  Combined cycle	20	26	21	13	13
9	  Reciprocating engine	-	1	0	-	0
10	  Pass out condensing steam turbine	145	145	144	143	143
11	Total coal	194	193	184	176	176
12	Fuel oil
13	  Back pressure steam turbine	7	7	7	6	6
14	  Gas turbine	0	0	0	10	10
15	  Combined cycle	68	60	63	48r	34
16	  Reciprocating engine	16	16	15	14	11
17	  Pass out condensing steam turbine	10	12	12	8	8
18	Total fuel oil	101	94	97	87r	70
19	Natural gas
20	  Back pressure steam turbine	47	37	39	36r	36
21	  Gas turbine	502	488	501	482r	486
22	  Combined cycle	3,004r	2,978r	3,081r	3,413r	3,393
23	  Reciprocating engine	520r	537r	584r	641r	680
24	  Pass out condensing steam turbine	39	39	39	41	40
25	Total natural gas	4,113r	4,079r	4,244r	4,613r	4,635
26	Renewable fuels (1)
27	  Back pressure steam turbine	16	37	35	37r	38
28	  Gas turbine	0	-	0	0	0
29	  Combined cycle	8	3	3	3	3
30	  Reciprocating engine	115r	119	131	135r	175
31	  Pass out condensing steam turbine	23	45	71	85r	85
32	Total renewable fuels	162r	203	240	260r	300
33	Other fuels (2)
34	  Back pressure steam turbine	109	109	109	109	109
35	  Gas turbine	119	114	117	123	112
36	  Combined cycle	497r	522r	483r	558r	580
37	  Reciprocating engine	4	3	5	24r	23
38	  Pass out condensing steam turbine	99	93	93	102	104
39	Total other fuels	828r	842r	807r	917r	929
40	Total - all fuels
41	  Back pressure steam turbine	207	210	210	209	209
42	  Gas turbine	623	604	618	616r	609
43	  Combined cycle	3,598r	3,588r	3,650r	4,035r	4,024
44	  Reciprocating engine	655r	676r	735r	814r	889
45	  Pass out condensing steam turbine	315	333	359	379r	380
46	Total all fuels	5,398r	5,410r	5,573r	6,053r	6,111
47
48	(1)  Renewable fuels include: Biomass; sewage gas, other biogases, municipal solid waste and refuse derived fuels.
49	(2)  Other fuels include: process by-products, coke oven gas, blast furnace gas, gas oil and refinery gas.
50

16	3. Regional Energy
17	Fuel	unit	kWh / unit	kg- CO2 / kWh	Cent / kWh
18	Natural gas	Therms	 29.3	0.203	4.3	Change the cost cent / kWh
19	Natural gas	Cubic feet	 0.3	0.203	4.3	based on local conditions
20	Natural gas	Cubic metres	 10.8	0.203	4.3
21	Natural gas	kWh	 1.0	0.203	4.3
22	Liquid petroleum gas (LPG)	Litres	 7.0	0.232	7.2
23	LPG	Tonnes	 13,900.0	0.232	7.2
24	Kerosene (28 sec)	Litres	 10.2	0.272	5.6
25	Heating Gas oil (35 sec)	Litres	 10.6	0.272	5.4
26	Light fuel oil (290 sec)	Litres	 11.2	0.282	5.0
27	Medium fuel oil (950 sec)	Litres	 11.3	0.292	4.5
28	Heavy fuel oil (3500 sec)	Litres	 11.4	0.35	3.0
29	Coal	Tonnes	 7,600.0	0.361	3.3
30	Anthracite	Tonnes	 9,200.0	0.361	4.0
31	Peat Sod	Tonnes	 4,002.0	0.375	3.0
32	Peat Briquette	Tonnes	 5,363.0	0.377	4.5
33	Peat Briquette	Bale	 67.0	0.377	4.5
34	Wood chip (Moisture content 35%-50%)	Tonnes	 3,500.0	0.025	2.4
35	Wood chip (Moisture content >50%)	Tonnes	 2,800.0	0.025	2.4
36	Wood pellets	Tonnes	 4,800.0	0.025	4.5
37	District Heating	kWh	 1.0	0.025	4.5	Assumes heating by biomass (wood chip)
38	Combined Heat & Power {HEAT}	kWh	 1.0	0.025	4.5	Assumes heating by biomass (wood chip)
39	Combined Heat & Power {POWER}	kWh	 1.0	0.025	13.6	Assumes generation by biomass (wood chip)
40	Electricity-Renewable	kWh	 1.0	0.025	13.6	Assumes generation by biomass (wood chip)
41	Electricity-Grid	kWh	 1.0	0.643	13.6	Based on fuel mix to national grid
42
43
44	4. NACE code applicable to industry	C - Manufacturing
45	manufacturing is section "C"	*Please select from drop down list

4	CLUSTER	 -
5	1. Company Details
6	Name:
7	Address
8	Telephone
9	Email
10
11	2. Identify ANNUAL Renewable Energy generated & exported to others / Grid.
12 	 	Meter	Source	 	kWh	 	T-CO2 avoided	 	Sales - €
13 	Electrical Energy - 1
14 	Electrical Energy - 2
15 	Thermal Energy - 1
16 	Thermal Energy - 2
17
18 	3. Convert your energy use into kWh units
19 	Add your quarterly or monthly use over one year for each fuel and enter below	 	 	 	 	 	Annual	 	Est. Annual
20 	Fuel	Qty	 	 	kWh	 	T-CO2	 	Cost - €
21 	Natural gas	 	Therms	=
22 	N.G.	 	Cubic feet	=
23 	N.G.	 	Cubic metres	=
24 	N.G.	 	kWh	=
25 	Liquid petroleum gas (LPG)	 	Litres	=
26 	LPG	 	Tonnes	=
27 	Kerosene (28 sec)	 	Litres	=
28 	Heating Gas oil (35 sec)	 	Litres	=
29 	Light fuel oil (290 sec)	 	Litres	=
30 	Medium fuel oil (950 sec)	 	Litres	=
31 	Heavy fuel oil (3500 sec)	 	Litres	=
32 	Coal	 	Tonnes	=
33 	Anthracite	 	Tonnes	=
34 	Peat Sod	 	Tonnes	=
35 	Peat Briquette	 	Tonnes	=
36 	Peat Briquette	 	Bale	=
37 	Wood chip (Moisture content 35%-50%)	 	Tonnes	=
38 	Wood chip (Moisture content >50%)	 	Tonnes	=
39 	Wood pellets	 	Tonnes	=
40 	District Heating*	 	kWh	=
41 	Combined Heat & Power {HEAT}	 	kWh	=
42 	Combined Heat & Power {POWER}	 	kWh	=
43 	Electricity-Renewable*	 	kWh	=
44 	Electricity-Grid*	 	kWh	=
45 	*emissions determined from primary fuel mix
46 	Total energy & emissions use for the year	 	 	 	 - 	 	 - 	 	€0	A
47
48 	4. Find your space-heating energy use. Apply (A) OR (B)
49 	(A) If you can identify any of the fuels above used for space heating only, enter the total energy use in kWh
50 	Select Fuel from menu	 	 	 	kWh	 	T-CO2	 	Cost - €
51 	 	 	1.
52 	 	 	2.
53 	 	 	3.
54 	 	Sub Total =	 	 	 	 	 	 	 	B
55
56 	(B) For fuels used for space heating and hot water, where they not separately metered, use 60% of thermal
57 	energy used. This figure may also be used for all electrically heated buildings
58 	Select Fuel from menu
59 	 	a.
60 	 	b.
61 	 	c.
62 	 	Sub Total =	 	 	 	 	 	 	 	C
63
64 	Annual space heating energy (B or C) =	 	 	 	 	 	 	 	 	D
65 	Annual non-space heating energy (A-D) =	 	 	 	 - 	 	 - 	 	€ - 	E
66
72 	5. Your business type (leave blank if not listed)
73 	Your business category is given opposite.	 	C - Manufacturing	*
74
75	6. Normal Operating hours, per year.
76 	Enter here the number of hours you are normally open per year.	 	 	 	 	 	2500	Hours	*
77
82 	7. Normalised annual energy use
83 	Energy & CO2	 	 	 	kWh	 	T-CO2
84 	Normalised for Weather & Operating hours  is  = 	 	 	 	 - 	 	 - 	 	 	G
85
86 	8. Performance Parameter (Treated Floor Area etc.)
87 	(A) Factory (building) E.P.I. =	Treated Floor Area [m2]	 	 	Y	ηy
88
89 	(B) Production (output) E.P.I. (select unit then quantity of that unit)  =	 	 	 	kg	 	 	Z	ηz
90
91 	9. Find the Normalised Performance Indicator (NPI)
92 	(A, B) Energy Performance (kWh / m2)	 	 	 	 	 	kWh / Treated Floor Area (m2)	 	 	Y
93
94 	 	 	 	 	 	 	kWh /	 	Z
95
98 	(C) Carbon Performance CO2	 	 	 	 	 	kg CO2 / Treated Floor Area (m2)	 	 	Y
99
100 	 	 	 	 	 	 	kg CO2 /	 	Z
101