Gas Turbine - Base Load of Gas Turbine, Peak Load and ISO condition

What is the ISO condition for gas turbines, and what are the base load and peak load for gas turbines? Gas Turbine Inlet air system. Base load efficiency in a gas turbine refers to the efficiency of the turbine when it is operating continuously at or near its maximum capacity for an extended period of time. Gas turbines are often used to generate electricity in power plants, and they can operate in different modes depending on the demand for electricity. When a gas turbine is operating at base load, it means that it is running continuously at a high output level to meet the constant or near-constant demand for electricity. Operating at base load is typically the most efficient mode of operation for a gas turbine because it minimizes the number of start-ups and shutdowns, which can be inefficient and cause wear and tear on the equipment. The base load efficiency of a gas turbine is an important factor in determining the overall efficiency of a power plant. Gas turbines are designed to operate most efficiently at certain load levels, and running the turbine at or near its base load capacity allows it to operate at its peak efficiency. Efficiency in gas turbines is typically measured in terms of the heat rate, which is the amount of fuel energy required to produce a unit of electricity. The lower the heat rate, the more efficient the gas turbine is at converting fuel into electricity. Operating at base load helps to minimize the heat rate and maximize the efficiency of the gas turbine.