1997 GE 152000 KVA

1997

GE

152000 KVA

07958273

中古

07958273

GE MS9001E Power Plants Manufacturer: General Electric Model: MS9001E Year of Manufacture: 1997 Type: Used Location: China Notes: $4,860,000 - if you just buy gas turbine + alternator + gearbox GE MS9001E Power Plants Benefits The GE MS9001E Power Plant refers to a power generation facility equipped with General Electric's MS9001E heavy-duty gas turbine, also known as the GE Frame 9E. This particular turbine model is recognized for its reliability, efficiency, and flexibility. Here are some benefits of power plants using the GE MS9001E gas turbines: Advanced Combustion Technology: The MS9001E utilizes GE's advanced combustion technology which allows for high efficiency in power generation, converting more fuel into usable electricity. Combined Cycle Capability: When used in a combined-cycle configuration, the MS9001E can achieve even higher efficiencies by utilizing waste heat from the gas turbine exhaust to produce additional power via a steam turbine. Proven Track Record: GE's Frame 9E turbines have a long-standing reputation for reliability, which can lead to higher availability rates and less unplanned downtime. Robust Design: The MS9001E is designed to withstand challenging operating conditions, contributing to long-term reliability and stable operation. Fuel Flexibility: The turbine can run on a variety of fuels, including natural gas, distillate fuel oil, and a range of other liquid fuels, providing flexibility in the case of changing fuel supply conditions or economic considerations. Peak Shaving and Load Following: The power plant can ramp up quickly to meet peak power demands or to adjust power output as demand fluctuates throughout the day. Reduced Emissions: Technologies integrated into the MS9001E help to lower emissions of nitrogen oxides (NOx) and other pollutants, making it an environmentally conscious choice for power generation. Upgradable with DLN Technology: Dry low NOx (DLN) combustion systems can be implemented to further reduce emissions, particularly when strict environmental regulations must be met. Modular Plant Design: Power plants using multiple MS9001E units can be designed to scale power output up or down to match demand or to grow with increasing power needs. Competitive Lifecycle Costs: The MS9001E's durability and efficiency contribute to lower lifecycle costs, including fuel and maintenance expenses. Cogeneration Capability: When used in cogeneration or combined heat and power (CHP) configurations, these plants can achieve significant savings by providing both electricity and heat for industrial processes, district heating, or cooling applications. GE's Extensive Support Network: Power plants can leverage GE's global network for parts, service, and expertise, ensuring ongoing operational support and maintenance. Fast-Track Projects: Power plants based on the MS9001E can be constructed and commissioned relatively quickly, enabling a rapid response to power demands. GE's Digital Platform: Integrating GE's digital solutions, such as predictive analytics and remote monitoring capabilities, can enhance operational performance and predictive maintenance scheduling.