COORDINATED PACKAGE ENGINEERING
More Than a Turbine
and Generator
A reliable turbine generator set depends on the coordinated design of every mechanical, control and electrical interface—not simply two machines placed on the same foundation.
Turbine, generator, transmission, controls and auxiliaries selected as one package.
Coordinated System Design
01
02
Flow path and operating parameters engineered for the actual steam balance.
Project-Specific Performance
Lifecycle Support
Selection, engineering, manufacturing, FAT and commissioning support.
04
03
Integrated Protection
DEH governing, ETS trip protection and TSI monitoring coordinated by scope.
COORDINATED PACKAGE ENGINEERING
Power Ranges for Different Requirements
Four project bands make the selection path clearer while every final machine remains configured to the actual steam data.
Palm oil · Paper · Textile · Food
3- 10 MW
01
02
CHP · Biomass · Waste heat
Industrial Power Series
04
03
Compact Industrial Series
1- 3 MW
Medium-Power Series
Chemical · Steel · Cement
Heavy Industrial Series
Captive power · Energy projects
30–60 MW
10–30 MW
CONTROL & ELECTRICAL COORDINATION
Designed to Operate as One System
Governing, protection, condition monitoring and turbine-island coordination are engineered around the agreed operating philosophy and scope.
DEH Speed, load, pressure and valve control
ETS Emergency trip and shutdown protection
TSI Mechanical condition and state monitoring
DCS Turbine-island process coordination
PROJECT-SPECIFIC ENGINEERING
Customized Around Your
Operating Conditions
No broad catalogue value replaces a complete review of the steam balance, electrical system and installation environment.
Steam Turbine Inputs
· Required electrical output
· Inlet pressure & temperature
· Steam flow
· Exhaust / back pressure
· Extraction pressure & flow
· Operating load profile
Generator & Electrical
· Required electrical output
· Inlet pressure & temperature
· Steam flow
· Exhaust / back pressure
· Extraction pressure & flow
· Operating load profile
Mechanical Configuration
· Direct coupling / gearbox
· Turbine & synchronous speed
· Foundation arrangement
· Exhaust direction
· Indoor / outdoor installation
· Ambient temperature & altitude
All ranges are indicative. Final performance, materials and auxiliary-system configuration are determined through project-specific thermodynamic and mechanical design.
PACKAGE BOUNDARIES
Typical Scope of Supply
A clear responsibility matrix prevents gaps between mechanical equipment, electrical interfaces and site services.
The final package boundary, performance guarantee, auxiliary systems, electrical equipment, civil interfaces and site-service responsibilities are defined in the project-specific technical proposal and agreed contract.
CORE PACKAGE
※ Steam turbine
※ Generator
※ Coupling or reduction gearbox
※ Governing & emergency trip equipment
※ Lubricating oil system
※ Specified TSI instruments
※ Local control cabinet
※ Technical documentation & FAT
Turbine Generator Package
PROJECT-SPECIFIC
※ Condenser & vacuum system
※ Gland steam system
※ Excitation & synchronization
※ Turbine-island DCS
※ MV switchgear & transformer
※ DC power system & UPS
※ Installation supervision
※ Commissioning & training
Auxiliary & Electrical Scope
START YOUR PROJECT
Configure Your Steam Turbine Generator Set
Submit the key steam, electrical and project requirements. YTS engineers will evaluate a suitable turbine type, generator rating and package configuration.
HELPFUL PROJECT DATA
Inlet pressure & temperature
Steam flow
Exhaust or extraction conditions
Required output & frequency
info@ahytsjn.com ↗
Request a Technical Proposal
Your project information will be used only for technical evaluation.