With the same fresh steam parameters, High Efficiency Turbines Series was 7.2% more efficient than Normal Impulse Turbines Series with significantly lowered steam consumption and more power generation at 2.6MW per hour.
Technical performance and economic benefits analysis
Tianjin Project-High temperature high pressure back pressure Unit
Steam parameters
8.83Mpa Rated inlet pressure：8.83Mpa
535℃ Rated inlet temperature：535℃
170t/h Rated inlet steam flow：170t/h
0.785Mpa Rated exhaust steam pressure: 0.785Mpa
With the same fresh steam parameters, High Efficiency Turbines Series was 7.2% more efficient than Normal Impulse Turbines Series with significantly lowered steam consumption and more power generation at 2.6MW per hour. Given that the sales price to power network is 0.4 Yuan, and the average annual operating time is 8000 hours, the annual extra economic benefits is: 2.6MW / h × 8000 hours × 0.4 yuan / kw × 1000 = 8320000 Yuan (8.32 million Yuan). These incremental benefits can almost cover the cost of a new turbine. This is the benefits we can bring to our customers.
Liaoning project- High temperature and high pressure extraction steam turbine
Steam parameters
8.83Mpa Rated inlet pressure：8.83Mpa
535℃ Rated inlet temperature：535℃
80t/h Rated inlet steam flow：80t/h
0.98Mpa Rated exhaust steam pressure: 0.98Mpa
With the same fresh steam parameters, High Efficiency Turbines Series heat consumption is reduced by 353KJ/kw.h compared to Normal Impulse Turbines Series with significantly lowered steam consumption and an extra electricity generation of 0.8MW per hour. Given that the sales price to power network of biomass electricity is 0.75 Yuan, the average annual operating time is 8000 hours, the annual extra economic benefits can be as much as: 0.8MW / h × 8000 hours × 0.75 Yuan / kw × 1000 = 4800000 Yuan (4.8 million Yuan).
High Efficiency Turbines series high-speed model, with such characteristics as compact structure, easy installation, smaller size and less space occupancy, can considerably lower our customers’ installation and civil engineering costs.
Changzhou- Combined cycle waste heat power generation back pressure steam turbine
Steam parameters
4.9Mpa Rated inlet pressure：4.9 Mpa
430℃ Rated inlet temperature：430℃
43t/h Rated inlet steam flow：43t/h
0.98Mpa Rated exhaust steam pressure: 0.98Mpa
With the same fresh steam parameters, High Efficiency Turbines Series was 19.07% more efficient than Normal Impulse Turbines Series with significantly lowered steam consumption and more power generation at 0.67 MW per hour. Given that the sales price to power network is 0.4 Yuan, the average annual operating time is 8000 hours, the annual extra economic benefits can be as much as: 0.67MW / h × 8000 hours × 0.4 Yuan / kw × 1000 = 2144000 Yuan (2.144 million Yuan).
High Efficiency Turbines Series high-speed model, with such characteristics as compact structure, easy installation, smaller size and less space occupancy, can considerably lower our customers’ installation and civil engineering costs.
Shanxi project- Waste heat generation - condensing steam turbine
Steam parameters
3.43Mpa Rated inlet pressure：3.43 Mpa
435℃ Rated inlet temperature：435℃
23t/h Rated inlet steam flow：23t/h
0.0085Mpa Rated exhaust steam pressure: 0.0085Mpa
With the same fresh steam parameters, High Efficiency Turbines Series was 6.29% more efficient than Normal Impulse Turbines Series with significantly lowered steam consumption and more power generation at 0.34 MW per hour. Given that the sales price to power network is 0.4 Yuan, the average annual operating time is 8000 hours, the annual extra economic benefits can be as much as: 0.34MW / h × 8000 hours × 0.4 Yuan / kw × 1000 = 1088000 Yuan (1.088million Yuan).
High Efficiency Turbines Series high-speed model, with such characteristics as compact structure, easy installation, smaller size and less space occupancy, can considerably lower our customers’ installation and civil engineering costs.