Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators

Product Details
Customization: Available
After-sales Service: Global After-Sales Service
Warranty: 12 Months After Supply
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  • Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
  • Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
  • Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
  • Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
  • Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
  • Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
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  • Overview
  • Product Description
  • Product Parameters
  • Detailed Photos
  • FAQ
Overview

Basic Info.

Model NO.
1MW~60MW
Power
1MW-60MW
Generator Type
Synchronous Generator
Certification
CCC, ISO, TLC, CE
Standard
Nonstandard
Form
Impulsive
Material
Comply with Standards
Medium
Steam
Adjustment Method
Electro-Hydraulic Regulation
Transport Package
Sea and Land Transport
Specification
Different power
Trademark
Anhui Zhengyufeng
Origin
Wuhu, Anhui, China
Production Capacity
100

Product Description

Product Description

Comprehensive utilization of waste heat and pressure of condensing steam turbine is an important technical means to improve energy utilization efficiency, reduce energy consumption and reduce environmental pollution.

Working Principle
A condenser is a device in a turbine system that condenses steam into water, releasing a large amount of latent heat during its operation. This heat is recovered through equipment such as heat pumps, which can be used to heat feed water, provide domestic hot water or district heating.


Application feild
1.Waste Heat Utilization of Condenser Circulating Cooling Water in Thermal Power Plants
2.Efficient Utilization of Spent Steam Waste Heat in Large Condensing Power Plants
3.Waste Heat Recovery from Spent Steam Heat Pumps in Thermal Power Plants

Product Parameters

Steam turbine parameters  

Model Power
(MW)
Steam inlet parameter Steam consumption
(kg/kw.h)
Steam intake
(t/h)
Speed
(r/min)
exhaust  pressure
(Mpa)
Pressure
(Mpa)
Temperature
(ºC)
N1.2-0.155 1.2 0.155 195 9.76 11.71 3000 0.007
N4-0.88 4 0.88 280 6.5 26 3000 0.008
N6-3.43 6 3.43 435 4.6 27.6 3000 0.0076
N15-4.9 15 4.9 470 3.95 59.25 3000 0.007
N25-8.83 25 8.83 535 3.58 89.5 6500/3000 0.006
N15-3.43 15 4.9 470 4.1 61.5 3000 0.007

Generator parameters

dynamo Exciter
model capacity Voltage Power Factor efficiency power Voltage
  KVA V   % KW V
QFK-3-2 3750 6300
3150
0.8 95.3 30 100
QF-3-2 3750 10500
6300
0.8 95.3 30 100
QF-6-2 7500 10500
6300
0.8 96.4 45 150
QF-7-2 8750 10500
6300
0.8 97 45 150
QF-12-2 15000 10500
6300
0.8 97 65 230
QF-15-2 18750 10500
6300
0.8 97 65 230
QF-25-2 31250 10500
6300
0.8 97.4 105 230
QF-30-2 37500 10500
6300
0.8 97.6 105 230

Detailed Photos

Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators
Comprehensive Utilization of Waste Heat and Pressure of Condensing Steam Turbine Generators

 

FAQ

1. Question: How to determine product parameters?
Reply: Design steam turbine units with different working conditions according to the customer's current production technical parameters to meet production needs.
2. Question: How to determine product quality?
Reply: You can do it through on-site field visits and provide relevant inspection and testing reports and other materials.
3. Question: How to ensure after-sales service?
Reply: The company's technical staff solves difficult problems online and offline.

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