Capital Cost estimates of utility-scale gas turbine plants, prepared for the US Dept. of Energy. This free report is available via download.
Just as smartphones revolutionized everyday life, the prospect of “smart power plants” may hold the same promise for the nation’s energy infrastructure.
Decarbonization: is the global economic recovery presenting an opportunity to fast-forward the energy transition?
Siemens uses Additive Manufacturing to upgrade 25-year-old gas turbines to enhance performance, operating flexibility and service life.
TransAlta is converting its Sundance and Keephills coal fired plants to natural gas, with Emerson leading the design, procurement, installation and commissioning in the replacement of the full automation system for the converted projects. The conversions are part of a strategy that will see TransAlta transition to clean energy by 2025.
The rapid adoption of connected power generation, transmission, distribution, and end-use assets are enabling utilities to move away from centralized power generation technologies, and towards distributed energy. But it is a shift that opens utilities to cyberattacks.
Siemens has committed to gradually increasing the hydrogen capability of its gas turbines to at least 20% by 2020, and 100% by 2030. The first goal has already been achieved, with projects in place involving two SGT-600 turbines at Braskem in Brazil.
Power demand is not restricted to safe and stable locations. Power plants also operate in locations where there is a high risk, be it man-made or natural hazards. Carrying out operation and maintenance on large, static power plants under such circumstances can be challenging, and dealing with these challenges requires planning and preparation one wouldn’t consider in secure locations. How does one deal with such challenges? GTW has been examining the issue.
A mechanical efficiency of 34.5% coupled with extremely low emissions makes the MGT 6000 gas turbine among the most modern designs in the 6 MW category. Combined heat and power plants equipped with this turbine achieve efficiency of up to 90%.
Tampa Electric to reuse 1970s- vintage steam turbine in highly efficient HA-class combined cycle repowering project to boost site power, improve efficiency, cut emissions.