-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
- Cosmetic Ingredient
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
Siemens recently announced that it will advance the development of next-generation HL-class gas turbine technology and selected a site for the Duke Energy Lincoln County plant in North Carolina to validate its HL-class technology
.
According to Siemens' description, the HL class is a more advanced technology
than the H-class gas turbine.
Siemens said the more advanced HL-class gas turbines will combine a range of new but tested and proven technology and design features with higher power generation efficiency and better performance
.
At present, the combined cycle power generation efficiency of HL-class gas turbines will reach 63%, and the medium-term target is 65%.
In addition, Siemens said it is transferring many of its newly developed key technologies to
its entire gas turbine product range.
In the near future, all customers will be able to enjoy further efficiency and performance improvements in Siemens gas turbine products, an approach that will also help Siemens customers compete
in a rapidly changing market.
And Siemens has also promised that the new gas turbine units will be significantly reduced in production and construction time
through modularization and standardization.
Siemens notes that the latest HL-class heavy-duty gas turbines can also be connected to MindSphere, a cloud-based Siemens Internet of Things
.
MindSphere provides Siemens and its partners with powerful analytics capabilities that benefit customers through intuitive engine operation and decision support
.
To minimize post-rollout business risks, Siemens is conducting extensive and comprehensive validation and testing
.
Component testing and prototype testing
in Siemens-owned plants.
Siemens recently announced that it will advance the development of next-generation HL-class gas turbine technology and selected a site for the Duke Energy Lincoln County plant in North Carolina to validate its HL-class technology
.
According to Siemens' description, the HL class is a more advanced technology
than the H-class gas turbine.
Siemens said the more advanced HL-class gas turbines will combine a range of new but tested and proven technology and design features with higher power generation efficiency and better performance
.
At present, the combined cycle power generation efficiency of HL-class gas turbines will reach 63%, and the medium-term target is 65%.
In addition, Siemens said it is transferring many of its newly developed key technologies to
its entire gas turbine product range.
In the near future, all customers will be able to enjoy further efficiency and performance improvements in Siemens gas turbine products, an approach that will also help Siemens customers compete
in a rapidly changing market.
And Siemens has also promised that the new gas turbine units will be significantly reduced in production and construction time
through modularization and standardization.
Siemens notes that the latest HL-class heavy-duty gas turbines can also be connected to MindSphere, a cloud-based Siemens Internet of Things
.
MindSphere provides Siemens and its partners with powerful analytics capabilities that benefit customers through intuitive engine operation and decision support
.
To minimize post-rollout business risks, Siemens is conducting extensive and comprehensive validation and testing
.
Component testing and prototype testing
in Siemens-owned plants.
