AbstractThis paper investigates flexibility issues of future low-carbon power systems. The short-term power system impacts of intermittent renewables are identified and roughly quantified based on a review of wind integration studies. Next, the flexibility parameters of three types of power plants with CO2 capture are quantified, and used in a power system model of The Netherlands to determine the technical and economic feasibility. We find that coal-fired power plants with CO2 capture achieve higher load factors and short-term profits than gas-fired plants in future power systems, and that those coal-fired plants are flexible enough to balance high levels of wind power
AbstractPower generation processes with CCS that are capable of operating at variable load will be n...
AbstractCCGT power is well-positioned for flexible operation due to its favorable dynamic character ...
The electricity sector in OECD countries is on the brink of a large shift towards low-carbon electri...
This paper investigates flexibility issues of future low-carbon power systems. The short-term power ...
Future power systems will require large shares of low-carbon generators such as renewables and power...
Low-carbon power systems are needed by the year 2050 to meet climate change mitigation targets. This...
Fossil-fired power plants retrofitted with Carbon Capture and Storage (CCS) may have operational ben...
Coal-fired power generation with carbon capture and storage (CCS) is projected as a cost-effective t...
AbstractPast studies have used power plant dispatch models with fixed plant portfolios to demonstrat...
AbstractThis paper aims at a discussion of operational requirements for thermal power plants with ca...
A transformation of the electricity generation system is required to drastically reduce the associat...
This paper aims at a discussion of operational requirements for thermal power plants with carbon cap...
Published by Elsevier Ltd. This paper discusses challenges for integration of CCS into competitive e...
AbstractThis paper discusses challenges for integration of CCS into competitive electricity markets ...
AbstractPower generation processes with CCS that are capable of operating at variable load will be n...
AbstractCCGT power is well-positioned for flexible operation due to its favorable dynamic character ...
The electricity sector in OECD countries is on the brink of a large shift towards low-carbon electri...
This paper investigates flexibility issues of future low-carbon power systems. The short-term power ...
Future power systems will require large shares of low-carbon generators such as renewables and power...
Low-carbon power systems are needed by the year 2050 to meet climate change mitigation targets. This...
Fossil-fired power plants retrofitted with Carbon Capture and Storage (CCS) may have operational ben...
Coal-fired power generation with carbon capture and storage (CCS) is projected as a cost-effective t...
AbstractPast studies have used power plant dispatch models with fixed plant portfolios to demonstrat...
AbstractThis paper aims at a discussion of operational requirements for thermal power plants with ca...
A transformation of the electricity generation system is required to drastically reduce the associat...
This paper aims at a discussion of operational requirements for thermal power plants with carbon cap...
Published by Elsevier Ltd. This paper discusses challenges for integration of CCS into competitive e...
AbstractThis paper discusses challenges for integration of CCS into competitive electricity markets ...
AbstractPower generation processes with CCS that are capable of operating at variable load will be n...
AbstractCCGT power is well-positioned for flexible operation due to its favorable dynamic character ...
The electricity sector in OECD countries is on the brink of a large shift towards low-carbon electri...