ABB Integrated ICE Energy Efficiency Manual

ABB's power system solutions can help improve power plant energy efficiency, including ABB's power system solutions, product features and application scenarios


ABB Integrated ICE Energy Efficiency Manual - cover page
Brand
ABB
Document type
Product Leaflet
Language
English
Pages
8
File format
PDF
File size
798 KB
Published
22 March, 2012
Updated
30 September, 2023
MD5 checksum
4F588D3ACDADBE562C0768A91A59642E

About this manual

The manual outlines ABB’s Integrated ICE approach, covering power‑plant instrumentation, control and electrical equipment for fossil‑fuel, nuclear, hydro and solar plants. It explains how auxiliary systems such as drives, pumps and fans can be optimized to reduce energy consumption and emissions.

Case studies detail specific improvements, including a 25 % reduction in boiler‑feed pump energy use with ACS 1000 drives, 10‑20 % fuel savings during boiler startups using BoilerMax, and an additional 25,000 MWh of power generated from the same fuel input with the Combustion Optimizer.

What's inside

  • Making power plants energy efficient
  • Improving power plant energy efficiency
  • Manual and methodology
  • Reducing the energy consumption of boiler feed pumps
  • Reducing the fuel consumption of boiler startups
  • Generating 25,000 MWh more power from the same fuel input
  • ABB concept delivers under budget and ahead of schedule
  • Contact us

Specifications

ACS 1000 medium‑voltage drive rated output5.8 MW
New pump drive system efficiency98.5 %
Combustion Optimizer NOx reduction15 %

Frequently asked questions

How much can boiler‑feed pump energy consumption be reduced with ABB drives?

ABB’s ACS 1000 medium‑voltage drives reduced boiler‑feed pump energy consumption by 25 %.

What efficiency does the new pump drive system achieve?

The new drive system reaches an overall efficiency of 98.5 %.

How much fuel can BoilerMax save during boiler startups?

BoilerMax can lower fuel consumption for boiler startups by 10‑20 %.

What additional power can be generated with the Combustion Optimizer?

The Combustion Optimizer enables about 25,000 MWh more electricity per year from the same fuel input.

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