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A micro gas turbines for UK domestic combined heat and power
A. Clay, G.D. Tansley
Mechanical, Biomedical & Design Engineering
Engineering Systems & Supply Chain Management
College of Engineering and Physical Sciences
Sustainable Environment Research Group
Research output
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peer-review
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Dive into the research topics of 'A micro gas turbines for UK domestic combined heat and power'. Together they form a unique fingerprint.
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Keyphrases
Combined Heat Power
100%
Micro Gas Turbine
100%
Impeller
60%
Pressure Ratio
60%
Cost Savings
40%
Design Point
40%
Shaft Speed
40%
CO2 Savings
40%
Power Demand
40%
Computational Fluid Dynamics Modeling
20%
Potential Cost Savings
20%
Family Home
20%
Operational Scenario
20%
System Efficiency
20%
Low Speed
20%
Mover
20%
Gas Turbine Design
20%
Maximum Cost
20%
Point System
20%
Constant Pressure
20%
Condensing Boiler
20%
Operating Envelope
20%
Gas Turbine Performance
20%
Blade Height
20%
Heat Application
20%
Turbocharger
20%
Compressor Configuration
20%
Performance Envelope
20%
Environmental Savings
20%
Compressor Performance
20%
Power Applications
20%
Bearing Platform
20%
Off-design
20%
Stage Efficiency
20%
Electricity Exports
20%
Mean Line
20%
Power Unit
20%
Heat Units
20%
Machining Efficiency
20%
Heat Demand
20%
Household Energy Consumption
20%
Radial Compressor
20%
Engineering
Boiler
20%