POWER-GEN Asia 2018

Sessions Speakers Exhibitors Products Press Releases Floor Plan Buzz

Flexible Power Solutions for Complex Energy Needs (Room Garuda 12, 1st Floor)

PW Power Systems, Inc.’s gas turbine packages derive benefit from advanced aircraft engine technologies to deliver reliable, flexible, and fast power. PWPS aero-derivative products offer high power density, fast start capabilities, high ramp rates, modular design, ease of operation and maintenance, and they work with both natural gas and liquid fuel. The FT4000® gas turbine engine is the latest power generation solution developed by PWPS, a group company of Mitsubishi Hitachi Power Systems, Ltd., in collaboration with Pratt & Whitney®. The first FT4000® engine was launched in 2015, and the fleet has over 20,000 operating hours. It features a two-spool, axial flow gas generator based on the Pratt & Whitney® PW4000™ series of engines with thrust ratings up to 90,000 pounds. lndustrialized with a new free turbine, the aero-derivative FT4000® gas turbine can be configured as a single engine unit (one gas turbine driving a 60-70 MW electric generator) or a twin engine unit (two gas turbines driving a common 120-140 MW electric generator). The FT4000® engine benefits from proven legacy products and new technologies developed for the next generation of highly efficient, environmentally friendly aircraft engines. Applied to the FT4000® engine, these leading-edge technologies position this product as a state-of-the-art, aero-derivative gas turbine suited for the Asian Market. The FT8® engine has been operating since 1991, has over 560 installations, and is installed as stationary or movable power. The FT8® MOBILEPAC® gas turbine package provides a quick solution for challenging power requirements. It is typically available in stock, can be shipped anywhere, and is installed on a fast-track basis. The FT8® SWIFTPAC® is a permanent installation that requires an engineered foundation. Its two-engine configuration drives a double-ended electric generator providing flexibility for single- or double-engine operation, synchronous condensing, and spinning reserve capabilities.