This is a major decision
to select a generator for captive power because it will acts as a heart for
your industry. So consider the following technical facts to ensure maximum
efficiency as well as up time. Also consider all technical data regarding
maximum 90% of load for safe and economical operation. Collect the bellow data according and compare among them to make the decision.
Technical
Data
S.L Description
1 Electrical output(KW) at 400V,1500
RPM,50 Hz P.F=0.92
2 Minimum Gas pressure required(PSI)
3 Lube oil Consumption(L/MWH)
4 Gas Consumption(Nm3/h)
5 Fuel efficiency
6 Electrical Efficiency
7 Thermal Efficiency
8 Total Expenditure up to major
overhauling(USD)
9 Total downtime upto major
overhauling(Hours)
10 Cost/KHW
11 Emission Values (NOx )
Durientg operation of generator you will get some energy form exhaust and jacket water which can be used co-generation purpose. so this is also an imposrtant issue who able to ensure maximum heat recovery.
Co-Generation
Data
Engine cooling water circuit
S.L Description
1 Hot water flow (m3/H)
2 Hot water outlet from engine(0C)
3 Hot water Inle to engine(0C)
4 Maximum allowable pressure drop in
PHE(PSI)
Exhaust gas circuit
S.L Description
1 Exhaust Gas flow(Kg/Hr)
2 Exhaust Gas temperature(0C)
3 Maximum allowable exhaust pressure
drop (mmWC)
Commercial
Data
S.L Description
1 Price /Unit(USD)
2 Warranty(Yrs)
3 Free Maintenance Spare parts (Set)
4 Delivery Period(Month)
Calculation of total Expenditure up to
major overhauling" must inculde Engine operational cost(Gas
Consumption,lube oil consumption,maintenance parts and service ),overhauling
parts and servicing cost. Total downtime up to major
overhauling" will include downtime for maintenance and
overhauling.
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