In modern days, power generation planners are faced with the challenge of pushing out the most energy from fuel while at the same time minimizing cost and emission.However, finite fuel also generates mass concerns regarding the reserve left to be used in nature. Consequently, people are continuously looking for an economical and highly efficient solution.
To this date, combined cycle gas turbine applications are found to be the best solution to the problem. The application is known to be highly efficient, have favorable energy conversion rates, comparatively lower start up time compared to conventional steam cycles and able to squeeze more power from the same amount of fuel.
Over the past decade, the use of combined cycles has taken over most of the power generation industry. Triggered in the 1990s by the higher costs and environmental concerns of coal power plants, people starting to look for an alternative to cover demands in energy. At the time natural gas seems to be the most logical substitute.
With the increase of renewable energy application, the demand for combined cycles also increases and helps offset the fluctuations of renewable technology. Combined cycle power plants are also found to emit significantly fewer greenhouse gasses compared to most traditional power plants. With this in mind, the use of combined cycle power plants has substantially reduced the amount of emission.
Due to all of the advantages of CCGT mentioned above and more–not to mention the low installed cost, fuel flexibility, flexible duty cycle, and short installation cycle, investors find combined cycle implementation to be attractive. According to Black & Veatch, natural gas-fired generation is projected to add 348,000MW to U.S grid, where most (if not all) of it will be supplied by a combined cycle generation.
Interested in optimizing your combined cycle plant? AxCYCLE should do the trick!