SVES Gas Engine Generator delivered to oversea client

Model

HTG-80GFS

Rated current

144A

Rated power

80kW/100kVA

Power factor

0.8

Standby power

88kW/110kVA

Controller

Auto PLC controller Smartgen HGM6110

Rated voltage

400V/230V

Speed Governor

Electric control

Rated frequency

50Hz

Fuel

Natural Gas

Rated speed

1500 rpm

Gas Consumption

0.3m³/kW·h

* Sea-Level<1000m, Temp<40℃.

* Prime Power (PRP): Prime power is available for an unlimited number of annual hours in variable load application, in accordance with GB/T2820-97 (eqv ISO8528); A 10% overload capability is available for a period of 1 hour within a 12-hour period of operation.

* Standby Power Rating (ESP): The standby power rating is applicable for supplying emergency power for the duration of a utility power interruption. No overload, utility parallel or negotiated outage operation capability is available at this rating.

* Rated Voltage: generally the rated power includes 380/220V, 400/230V, 415/240V, 440/254V, we make it according to client's requirements.

Engine Model

CumminsTECH /HT6BTAA5.9-NG

Rated Power

90kW

Engine Type

In-line, Four Stroke, Electronic Ignition

Rated Speed

1500 rpm

Cylinder No.

6 in line

Bore ×Stroke

102×120mm

Displacement

5.9 L

Start Method

Electric

Compression Ratio

11.9:1

Crankshaft Rotation Direction

Inverse Hour (From Flywheel)

Cooling Method

Closed Water Cooling

Aspiration Type

Turbocharge

Speed Governor

Electronic

Gas Mixer Formation

Pre-Mix

Rated Fue Consumption (m³/kW·h)

0.3

Alternator Model

Leroy Somer/TAL-A44-D

Insulation class

Class H

Rated Power

80kW/100kVA

Connection

3-pahse, 4-wire

Standby power

88kW/110kVA

Cooling

Air cooled

Power factor

0.8

Protection Class

IP23

Excitation Type

Brushless

Voltage Regulation Mode

AVR (Automatic)

Voltage setting range：

≥±5%

Steady - state frequency regulation

≤1%

Steady-state voltage regulation：

≤±1%

Frequency fluctuation rate

≤1.5%

Transient voltage deviation (100% Sudden power reduction)

≤+25%

Transient frequency deviation (100% Sudden power reduction) 

≤+12%

Transient voltage deviation (Sudden power plus)

≤-20%

Transient frequency deviation(Sudden power plus)

≤-10%

Voltage stabilization time (100%Sudden power reduction)

≤6S

Frequency recovery time (100%Sudden power reduction)

≤5S

Voltage stabilization time (Sudden power plus)

≤6S

Frequency recovery time(Sudden power plus)

≤5S