Technical Data
22
ESS Energie Systeme & Service GmbH
VITOBLOC 200 EM-401/549 / EM-363/498
5414 733 0
9/20
09
4
Technical Data
All subsequent planning and operating data refer to
a cogeneration module.
You can find detailed instructions on planning and
design in the "Natural Gas Block-Type Thermal Power
Plant Series – Project Management."
4.1
Operating parameters for the cogeneration module
4.1.1 Vitobloc 200 EM-401/549
Operating parameters for the cogeneration module
Vitobloc 200 EM-401/549
Continuous operation
1)
in parallel
operation
50%
load
75%
load
100%
load
electrical output
cannot be overloaded
kW
200
300
401
heat output of high temperature
tolerance 5%
kW
316
423
549
heat output of low temperature
tolerance 5%
kW
6
11
26
fuel usage
tolerance 5%
kW
609
831
1,053
current characteristic value in accordance with AGFW FW308 (electrical
output/thermal output)
0.73
Primary energy factor ENEV 2007 f
PE
0.71
primary energy savings PEE in accordance with Directive 2004/8/EG support
for cogeneration
%
26.9
efficiency in parallel operation
electrical
efficiency
%
32.8 36.0 38.1
heat efficiency high temperature
%
52.0
51.0
52.1
heat efficiency low temperature
%
1.0
1.3
2.5
total
efficiency
%
85.8 88.4 92.7
Energy generation
electrical energy (three-phase)
voltage
V
400
frequency
Hz
50
internal electrical energy requirements
2)
kW
6.4
heat energy (heat) HT
forward/return temperature
° C
85/65
heat energy (heat) NT
forward/return temperature
° C
42/45
Fuels and filling amounts
quality of fuel, lubricating oil, cooling water and heating water
refer to the current operational
regulations
filling quantity
lubricating oil
ltr.
90
added fresh oil tank
ltr.
200
cooling
water
ltr.
140
heating
water
ltr.
75
gas connecting pressure
3)
mbar
25 - 50
Heat generation (heating)
return temperature in front of the module
min./max.
° C
60/65
standard temperature difference
return/forward feed
k
20
heating water volume flow
standard
m³/h
23.5
maximum acceptable operating pressure at high
temperature
bar
16
maximum acceptable operating pressure at low
temperature
bar
2
pressure loss at standard flowthrough in the HT module standard
bar
0.8
pressure loss at standard flowthrough in the NT module standard
bar
0.5
