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Kawasaki Green Gas Engine
Kawasaki Green Gas Turbine

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Electricity Demand

8100kW

Average Electricity Demand

Steam Demand

3t/hour

Average Steam Demand

Hot Water Demand

0ℓ/min

Hot Water Flow Rate

Hot Water Supply and Return

°C (Supply)

°C (Return)

Chilled Water Demand

USRT

Average Chilled Water Demand

Electric and Gas Tariff

Average Electric Tariff

USD/kWh

Natural Gas Price

USD/MMBtu

USD to Currency

e.g. USD to MYR is 4.4

Calculating ..

Calculations

Current Electricity and Gas Cost

Cogeneration Plant Benefits

Best Product

Product Link

Total Savings

Total % Savings

New Total Expenditure

CO₂ Reductions

CO₂ Offset

Trees Planted

co2 Text

pretty average electricity demand

The results are general assumptions, rounded values, and estimates for the single unit case. Feel free to contact us for more detailed results and multi-unit deployment scenarios.

GPB50D

GPB80D

GPB180D

GPB300D

KG12

KG18

Products

Kawasaki Green Gas Engine

Kawasaki Green Gas Engine achieved the world’s highest class electrical efficiency and low NOx emissions with clean natural gas fuel by optimizing the shape of a combustor, control system, and lean-burn technology.

Standard model

KG-12

5,200kW（ISO Rating）

KG-18

7,800kW（ISO Rating）

High efficiency model

KG-18-V

7,800kW（ISO Rating）

Two stage turbocharger model

KG-18-T

7,800kW（ISO Rating）

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Kawasaki Green Gas Turbine

We have developed advanced technologies to continuously improve the Kawasaki Green Gas Turbine lineup. The relentless development has realized the world’s highest class “Thermal Efficiency”, “Eco-Friendly” and “Reliable Product Care for Total Life Cycle”. DLE combustor dramatically reduces NOx in the exhaust gas, significantly reducing the environmental burden.