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DTEC 12MW Condensing Electric Generator Double Extraction Air-Cooled Steam Turbine for Thermal Power Plant Core Motor Component

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Electricity Generation: The DTEC 12MW Double Extraction Condensing Air-cooled Steam Turbine generates 12 megawatts of electricity, optimized for biomass-fueled thermal power plants.
  • Efficient Steam Utilization: Features double extraction technology to draw steam at two pressure levels, enhancing energy efficiency and flexibility in thermal processes.
  • Air-Cooled Design: Eliminates reliance on water cooling, enabling operation in water-scarce or arid environments while maintaining performance.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metallic body (steel/aluminum alloy), you can ensure reliable operation in harsh industrial environments. ~30% more durable than standard steel models*

  • 2. Interactive Design

  • With an integrated touchscreen control panel, you can enable seamless automation and remote monitoring for efficient operation. 40% faster setup than manual systems*

  • 3. Performance Parameters

  • With an air-cooled design, you can reduce water dependency and enhance operational efficiency by 15% compared to water-cooled systems*.

  • 4. Scenario Solutions

  • With biomass fuel compatibility and modular design, you can adapt to diverse thermal plant needs while reducing carbon footprint by 30% and downtime by 15% versus conventional systems*.

  • 5. Certification Standards

  • With CE certification, you can meet rigorous safety and performance standards, ensuring compliance across EU markets. Verified to exceed industry norms by 20% in safety features*.

Product details

DTEC 12MW Condensing Electric Generator Double Extraction Air-Cooled Steam Turbine for Thermal Power Plant Core Motor Component

The DTEC 12MW Double Extraction Condensing Air-cooled Steam Turbine Power Electric Generator is a robust, modular solution for thermal power plants, designed to harness biomass energy efficiently. Built with durable steel and aluminum alloys, it features an air-cooled condenser system and advanced flow management for optimal performance in industrial settings.

Technical specifications

FeatureSpecificationBenefit
Power Output12MWMeets high-capacity energy demands
Cooling TypeAir-cooledReduces water dependency
MaterialSteel/Aluminum alloyEnsures corrosion resistance and durability
Extraction CapabilityDouble extractionFlexible steam distribution for cogeneration
CertificationCE CertifiedComplies with EU safety and quality standards
Generator TypeBiomass-poweredSustainable energy solution

Customization guide

Adjustable parameters include material thickness for corrosion resistance, pipe routing configurations for customized flow paths, and control panel interfaces to integrate with existing automation systems.

Get inspired

With its modular design and biomass compatibility, the DTEC 12MW enables scalable energy solutions for industries seeking eco-friendly power generation. Its robust construction ensures reliability in harsh environments, while the air-cooled system simplifies installation in water-scarce regions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output12MW13.8MW (+15%)15.6MW (+30%)
Efficiency38%42% (Enhanced)45% (Premium)
Durability20,000 hours25,000 hours30,000 hours*
Chemical ResistanceStandardHighTriple-industry rating

Supplier's note

  1. Three Breakthroughs:

    • Modular Design: Enables easy maintenance and component upgrades.
    • Advanced Flow System: Reduces energy loss by 20% compared to traditional turbines.
    • Automation Integration: Minimizes manual oversight via smart control panels.
  2. Version Selection Guide:

    • Base Model: Ideal for standard biomass plants with moderate capacity needs.
    • Advanced Model: Perfect for facilities requiring 15% higher efficiency and extended durability (e.g., 24/7 industrial operations).
    • Pro Model: Designed for extreme conditions (e.g., high-temperature waste-to-energy plants). Its triple-industry chemical resistance ensures safe handling of corrosive biomass byproducts. With its 30% higher power output, it outperforms competitors in scalability and longevity.

*Pro Model durability exceeds industry benchmarks by 50%.

Frequently asked questions

  • Which DTEC turbine model suits small to medium thermal power plants?

  • How to clean and maintain the DTEC 12MW turbine’s extraction valves?

  • Steel vs. Aluminum in DTEC turbines: Which ensures longer lifespan?

  • Can the DTEC 12MW turbine be customized for biomass fuel types?

  • Is the DTEC turbine’s material CE-certified for industrial use?

  • How does the DTEC 12MW turbine’s air-cooled design improve efficiency?

  • Can the DTEC turbine operate in high-temperature industrial environments?

  • What safety features does the DTEC 12MW turbine’s control panel offer?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Biomass Steam Turbine (DTEC 12MW)Biomass plants, waste-to-energy facilities- Thermal Efficiency: 38% (Base) ▲ / 40% (Advanced) ▲▲ (Industry: 35%)
- Material: Stainless Steel (ASTM A240)
- Noise: 43 dBA (ISO 11201) ▲ (quieter than refrigerator hum)
- Advanced model outperforms industry efficiency standards
- Eco-friendly fuel source
- CE Certified safety compliance
- Higher upfront cost vs conventional turbines
- Requires biomass feedstock availability
Conventional Fossil Fuel TurbineCoal/natural gas power plants- Thermal Efficiency: 35% (ISO 15603)
- Material: Carbon Steel (ASTM A36)
- Emissions: 1,000 gCO₂/kWh (IEA standards)
- Mature technology, lower initial cost
- Widely deployed infrastructure
- Higher emissions vs renewables
- Non-renewable fuel dependency
- Less durable in corrosive environments
Gas TurbinePeaking power plants, industrial cogeneration- Efficiency: 35% (ISO 3977)
- Fuel Flexibility: Natural gas/propane (ISO 13686)
- Startup Time: 10 minutes (IEC 60034)
- Rapid startup for grid stability
- Fuel versatility
- Lower efficiency than combined cycle systems
- Higher emissions per kWh
Combined Cycle Gas TurbineBaseload power generation- Efficiency: 55-60% (ISO 50001) ▲▲▲
- Heat Recovery: 90% thermal utilization (ISO 15603)
- Emissions: 400 gCO₂/kWh ▲
- Highest efficiency among fossil fuel systems
- Reduced emissions via heat recovery
- Complex maintenance requirements
- High capital investment
Wind TurbineRenewable energy farms, remote areas- Capacity Factor: 45-50% (IEC 61400-12-1)
- Blade Material: Fiberglass (ASTM D790)
- Noise: 100 dBA (IEC 61400-11)
- Zero operational emissions
- Renewable energy source
- Weather-dependent performance
- Land-intensive installations
- Noise impacts nearby communities
Hydroelectric TurbineDams, hydropower stations- Efficiency: 90% (IEC 60044-7) ▲▲▲▲
- Material: Stainless Steel (ASTM A276)
- Lifespan: 50+ years (IEC 60041)
- Highest efficiency and longevity
- Low operational costs
- Site-specific (requires water reservoirs)
- Environmental impact on ecosystems

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