180 MW LM2500XPRESS Gas Turbines in Miaoli, Taiwan
Modular fast-start plant delivered on a ten-month schedule with low emissions and a hydrogen-ready design.
Miaoli, Taiwan
180 MW LM2500XPRESS Gas Turbine Plant
Prismecs helped fast-track the installation of six aeroderivative gas turbines, which added 180 MW of flexible, low-emission capacity to Taiwan's power grid. A modular design with high factory preassembly enabled rapid installation and cold start to full load in about eight minutes, supporting renewable backup and urgent grid needs.
Our scope encompassed specialized port logistics, site readiness, turbine grid tie-ins, and regulatory navigation. The plant incorporates Dry Low Emissions technology and hydrogen-ready systems to meet strict air quality goals today and support deeper decarbonization over time.
Services Provided
We delivered rapid deployment, technical precision, and full compliance under a compressed schedule.
- Specialized logistics and port clearances for turbine deliveries
- Fast track installation using pre-assembled LM2500XPRESS units and tight scheduling control
- Turbine grid tie-ins plus civil, mechanical, and electrical preparations for immediate dispatch
- Permitting and certification support to achieve full regulatory compliance on schedule
- Dry Low Emissions integration to meet air quality standards
- Hydrogen readiness planning for future fuel blends
- Global supply chain management for critical turbine and BOP components
- Training and knowledge transfer to build local operational capability
Fast-Track Modular Power For Taiwan
Discover how a ten-month build successfully met tight timelines, strengthened energy resilience, and enabled faster renewable integration with fast-start turbines and a hydrogen-ready design.
Talk to our Project Expert
Need to bring capacity online fast, stabilize operations, or reduce risk on complex sites? Prismecs delivers disciplined execution for power projects.
- Custom service package for your site
- Turbine and balance of plant parts support
- Quick and reliable mobilization