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WEILIDA ENERGY
WEILIDA
INNIO_Jenbacher_J416
  • JENBACHER J416 4 series Gas combustion engine

  • Based on the design improvements of the series 3 and 6 products, the advanced 800 kw to 1,500 kW class of the series 4 gas internal combustion engine
  • INNIO_Jenbacher_J416
Description

High Performance Milestones

Based on the design improvements of the series 3 and 6 products, the advanced 800 kw to 1,500 kW class of the series 4 gas internal combustion engine, with its high capacity density and excellent efficiency
Stand out. Optimized controls and monitoring ensure easy maintenance and high availability and reliability.

Technical characteristics

The characteristics of Instructions Advantages
Waste heat utilization Lubricating oil heat exchanger can be two stage plate heat exchanger

- High thermal efficiency can be achieved even if the return water temperature is high or fluctuating

TecJet™ Gas fixed feed valve

Electronic control gas quantitative feeding valve with high control accuracy

- Quick reaction time
- Quickly adjust air/gas ratio
- Large range of calorific value adjustment

Four-valve cylinder head Optimization of vortex and channel geometry using advanced computational and simulation techniques (CFD)

- Inflating-exchange loss is small
- The spark plug center arrangement optimizes cooling and combustion conditions

Special craft connecting rod The technology which has been tested and verified by the automobile industry is used in the high power fixed generator set

- High dimensional stability and accuracy
-Reduce connecting rod bearing wear
- Easy to maintain

 

Technical parameters

 

Dimensions LxWxH(mm)

Generating set

J412

5,400 x 1,800 x 2,200

J416

6,200 x 1,800 x 2,200

J420

7,100 x 1,900 x 2,200

Cogeneration system

J412

6,000 x 1,800 x 2,200

J416

6,700 x 1,800 x 2,200

J420

7,100 x 1,800 x 2,200

container

J412

12,200 x 3,000 x 2,700

J416

12,200 x 3,000 x 2,700

J420

12,200 x 3,000 x 2,700

 

Structure

V 70˚

The cylinder diameter (mm)

145

Stroke (mm)

185

Displacement/cylinder (l)

3.06

Speed (rpm)

1,800/1,200 (60 Hz)
1,500 (50 Hz)

Average piston speed (m/s)

7.4 (1,200 rpm)
9.3 (1,500 rpm)

Scope of supply Generator sets, cogeneration systems,
Container type generator set/CHP system
The available gas Natural gas, associated gas, biogas,
Landfill gas, sewage biogas, special gas,
(such as coalbed methane, coke oven gas, wood gas, high temperature cracking gas, etc.)

Internal combustion engine model
Number of cylinders
The total emissions (l)

J412

 J416      J420   
12 16 20
36.7  48.9

61.1

 

Empty weight(kg)

J412

J416

J420

Generating set

11,200

13,500

17,200

Cogeneration system

11,800

14,100

17,800

 

Output and efficiency

Natural gas

1,500 rpm | 50 Hz

NOx <

Type

Pel (kW)1

ηel (%)1

Pth (kW)²

ηth (%)²

ηtot (%)

500mg/m³n

J412 901 42.9 945 45.0 88.0
J416 1,203 43.1 1,252 44.8 87.8
J420 1,501 43.0 1,563 44.8 87.8
250mg/m³n J412 901 41.5 996 45.9 87.4
J416 1,203 41.7 1,323 45.9 87.6
J420 1,501 41.7 1,651 45.9 87.6

 

Biogas

1,500 rpm | 50 Hz

NOx <

Type

Pel (kW)1

ηel (%)1

Pth (kW)²

ηth (%)²

ηtot (%)

500mg/m³n

J412 749 41.8 763 42.6 84.4
J412 901 42.3 913 42.8 85.1
J416 1003 42.2 1,009 42.4 84.6
J416 1,203 42.5 1,214 42.8 85.3
J420 1,501 42.4 1,515 42.8 85.2

250mg/m³n

J412 889 41.6 917 42.9 84.6
J416 1,191 41.8 1,224 43.0 84.8
J420 1,489 41.8 1,530 43.0 84.8

1) Technical parameters according to ISO3046 standard.
2) The total thermal output error is +/ -8%, the exhaust gas emission temperature is 120˚C, and the biogas emission temperature is 180˚C.
All data is obtained when the equipment is at full capacity and is subject to change and improvement as technology develops.
More models are available upon request

J416 Richard van Schie,Greenhouse Nursery, Netherlands Monster

Fuel The unit type Electric power output Thermal power output Dispatch Date J312颜巴赫 3系列 燃气内燃机
Natural gas

2 x J416

2,260 kW

2,806 kW

08/2004 (a), 07/2007 (b)

a)一 b)二

In this greenhouse nursery, the Yanbach cogeneration system provides artificial light, heating and CO2 to the greenhouse,

thus increasing chrysanthemum production. From the internal combustion

The CO2 obtained from the exhaust gas can be used as fertilizer for plant growth in greenhouse.

Selling the electricity generated into the public grid also brings benefits to operatorsAdditional revenue.

JENBACHER J416 4 series Gas combustion engine

  • 产品

High Performance Milestones

Based on the design improvements of the series 3 and 6 products, the advanced 800 kw to 1,500 kW class of the series 4 gas internal combustion engine, with its high capacity density and excellent efficiency
Stand out. Optimized controls and monitoring ensure easy maintenance and high availability and reliability.

Technical characteristics

The characteristics of Instructions Advantages
Waste heat utilization Lubricating oil heat exchanger can be two stage plate heat exchanger

- High thermal efficiency can be achieved even if the return water temperature is high or fluctuating

TecJet™ Gas fixed feed valve

Electronic control gas quantitative feeding valve with high control accuracy

- Quick reaction time
- Quickly adjust air/gas ratio
- Large range of calorific value adjustment

Four-valve cylinder head Optimization of vortex and channel geometry using advanced computational and simulation techniques (CFD)

- Inflating-exchange loss is small
- The spark plug center arrangement optimizes cooling and combustion conditions

Special craft connecting rod The technology which has been tested and verified by the automobile industry is used in the high power fixed generator set

- High dimensional stability and accuracy
-Reduce connecting rod bearing wear
- Easy to maintain

 

Technical parameters

 

Dimensions LxWxH(mm)

Generating set

J412

5,400 x 1,800 x 2,200

J416

6,200 x 1,800 x 2,200

J420

7,100 x 1,900 x 2,200

Cogeneration system

J412

6,000 x 1,800 x 2,200

J416

6,700 x 1,800 x 2,200

J420

7,100 x 1,800 x 2,200

container

J412

12,200 x 3,000 x 2,700

J416

12,200 x 3,000 x 2,700

J420

12,200 x 3,000 x 2,700

 

Structure

V 70˚

The cylinder diameter (mm)

145

Stroke (mm)

185

Displacement/cylinder (l)

3.06

Speed (rpm)

1,800/1,200 (60 Hz)
1,500 (50 Hz)

Average piston speed (m/s)

7.4 (1,200 rpm)
9.3 (1,500 rpm)

Scope of supply Generator sets, cogeneration systems,
Container type generator set/CHP system
The available gas Natural gas, associated gas, biogas,
Landfill gas, sewage biogas, special gas,
(such as coalbed methane, coke oven gas, wood gas, high temperature cracking gas, etc.)

Internal combustion engine model
Number of cylinders
The total emissions (l)

J412

 J416      J420   
12 16 20
36.7  48.9

61.1

 

Empty weight(kg)

J412

J416

J420

Generating set

11,200

13,500

17,200

Cogeneration system

11,800

14,100

17,800

 

Output and efficiency

Natural gas

1,500 rpm | 50 Hz

NOx <

Type

Pel (kW)1

ηel (%)1

Pth (kW)²

ηth (%)²

ηtot (%)

500mg/m³n

J412 901 42.9 945 45.0 88.0
J416 1,203 43.1 1,252 44.8 87.8
J420 1,501 43.0 1,563 44.8 87.8
250mg/m³n J412 901 41.5 996 45.9 87.4
J416 1,203 41.7 1,323 45.9 87.6
J420 1,501 41.7 1,651 45.9 87.6

 

Biogas

1,500 rpm | 50 Hz

NOx <

Type

Pel (kW)1

ηel (%)1

Pth (kW)²

ηth (%)²

ηtot (%)

500mg/m³n

J412 749 41.8 763 42.6 84.4
J412 901 42.3 913 42.8 85.1
J416 1003 42.2 1,009 42.4 84.6
J416 1,203 42.5 1,214 42.8 85.3
J420 1,501 42.4 1,515 42.8 85.2

250mg/m³n

J412 889 41.6 917 42.9 84.6
J416 1,191 41.8 1,224 43.0 84.8
J420 1,489 41.8 1,530 43.0 84.8

1) Technical parameters according to ISO3046 standard.
2) The total thermal output error is +/ -8%, the exhaust gas emission temperature is 120˚C, and the biogas emission temperature is 180˚C.
All data is obtained when the equipment is at full capacity and is subject to change and improvement as technology develops.
More models are available upon request

J416 Richard van Schie,Greenhouse Nursery, Netherlands Monster

Fuel The unit type Electric power output Thermal power output Dispatch Date J312颜巴赫 3系列 燃气内燃机
Natural gas

2 x J416

2,260 kW

2,806 kW

08/2004 (a), 07/2007 (b)

a)一 b)二

In this greenhouse nursery, the Yanbach cogeneration system provides artificial light, heating and CO2 to the greenhouse,

thus increasing chrysanthemum production. From the internal combustion

The CO2 obtained from the exhaust gas can be used as fertilizer for plant growth in greenhouse.

Selling the electricity generated into the public grid also brings benefits to operatorsAdditional revenue.

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