Micro-CHP technologies for distributed generation

Keyphrases

• Internal Combustion Engine 100%
• Distributed Generation 100%
• CHP Technologies 100%
• Micro-CHP 100%
• Low Emission 66%
• Microturbine 66%
• Stirling Engine 66%
• Part Load 66%
• Low Noise 66%
• Quality Requirements 33%
• Power Plant 33%
• Natural Gas 33%
• Fuel Cell 33%
• Energy Sources 33%
• Investment Cost 33%
• Wood chips 33%
• High Cost 33%
• CHP Unit 33%
• Electrical Efficiency 33%
• Fuel Quality 33%
• Gasification 33%
• Renewability 33%
• Gas Turbine 33%
• Maintenance Cost 33%
• Solar Radiation 33%
• Engine Power 33%
• Maintenance Interval 33%
• Stable Combustion 33%
• Heating Oil 33%
• Gas Purification 33%
• Wide Power Range 33%
• Unit-based 33%
• Standardized Unit 33%
• Power Ability 33%
• Gas Oil 33%
• High Efficiency 33%
• High Emission 33%
• Typical Features 33%

INIS

• cost 100%
• efficiency 60%
• emission 60%
• noise 60%
• internal combustion engines 60%
• ice 40%
• biomass 40%
• fuels 40%
• units 40%
• maintenance 40%
• stirling engines 40%
• wood 20%
• output 20%
• comparative evaluations 20%
• size 20%
• investment 20%
• purification 20%
• combustion 20%
• power plants 20%
• gases 20%
• availability 20%
• natural gas 20%
• fuel cells 20%
• gasification 20%
• energy sources 20%
• solar radiation 20%
• gas turbines 20%
• heating oils 20%
• power range 20%
• gas oils 20%

Engineering

• Cogeneration Combined Cooling Heating Power 100%
• Distributed Power Generation 100%
• Internal Combustion Engine 75%
• Microturbines 50%
• Part Load 50%
• Stirling Engine 50%
• Natural Gas 25%
• Investment Cost 25%
• Electrical Efficiency 25%
• Gas Turbine 25%
• Gasification 25%
• Engine Power 25%
• Gas Fuel Purification 25%
• Solar Radiation 25%
• Energy Source 25%
• Electric Power Plant 25%
• Fuel Cell 25%