Power Generation & Distribution Equipment

Power generation and distribution equipment includes machinery and systems that produce and distribute power. These contribute to efficient and reliable energy management in industrial settings.

  1. Branson/IPC PM 132 RF Generator

    Frequency Generator

    Branson/IPC PM 132 RF Generator

    1000W @ 13.56 MHz RF Generator
  2. Branson EMA50-18 Ultrasonic Generator

    Other Generators

    Branson EMA50-18 Ultrasonic Generator

    Branson EMA50-18 Ultrasonic Generator
  3. On Site Gas Systems N-20

    Other Generators

    On Site Gas Systems N-20

    N2 Generator
  4. Westinghouse Generator - 1983 (GEN-400)

    Other Generators

    Westinghouse Generator - 1983 (GEN-400)

    Westinghouse Generator - 1983 (GEN-400)

    Nameplate Rating: 

    140,000 KVA

    3600 RPM

    14,400 Volts

    0.85 PF

    30 PSIG HS

    Generator 400

    Early 1983,  base loaded service until 2011, then Sync Cond until 2021. Has approximately eleven years (90,000 run hours) as a synchronous condenser. Winning bidder shall be responsible for disconnect, removal and transportation.

    Additional information is available upon request.

    Sold “As Is-Where Is” with no warranties or liabilities. Dow recommends viewing to make your own determination of condition.

    Bidding closes on Dow’s acceptance of a qualifying bid

    DOW RESERVES THE RIGHT TO REJECT ANY AND/OR ALL BIDS

    LOAD OUT: Buyer is responsible for loading, securing the load, and logistics.

    Minimum Bid: $1,000,000.00

  5. Westinghouse Generator -1982 (GEN-300)

    Other Generators

    Westinghouse Generator -1982 (GEN-300)

    Westinghouse Generator -1982 (GEN-300)

    Nameplate Rating: 

    140,000 KVA

    3600 RPM

    14,400 Volts

    0.85 PF

    30 PSIG H2

    Generator 300

    Late 1982,  base loaded service until 2016, then Sync Cond until 2020. Has approximately two years (17,000 run hours) as a synchronous condenser. Winning bidder shall be responsible for disconnect, removal and transportation.

    Additional information is available upon request.

    Sold “As Is-Where Is” with no warranties or liabilities. Dow recommends viewing to make your own determination of condition.

    Bidding closes on Dow’s acceptance of a qualifying bid

    DOW RESERVES THE RIGHT TO REJECT ANY AND/OR ALL BIDS

    LOAD OUT: Buyer is responsible for loading, securing the load, and logistics.

    Minimum Bid: $1,000,000.00

Common Applications

industrial power plants

renewable energy projects

emergency power systems

manufacturing facilities

mining operations

oil and gas sectors

Buying Guide

Power Generation & Distribution Equipment Buying Considerations

  • Evaluate the energy efficiency and output capacity relative to your industrial needs.
  • Examine the compatibility of equipment with existing systems to ensure seamless integration.
  • Assess the availability of spare parts and technical support for maintenance and repairs.
  • Consider the environmental impact and sustainability of the power generation process.
  • Ensure compliance with local regulatory standards and safety requirements.

Frequently Asked Questions

What types of equipment are used in power generation?
Common types include turbines, generators, and boilers, all of which are essential for converting various energy forms into electrical power.
How does power distribution work?
Power distribution involves the transmission of electricity from generation units to end users through a network of transformers, substations, and distribution lines.
What should I consider when buying power generation equipment?
Consider fuel efficiency, capacity, type of generator, and compliance with industry standards to ensure optimal performance and reliability.
What are the benefits of buying surplus power equipment?
Surplus power equipment offers cost savings while providing access to quality industrial-grade machinery that meets energy needs effectively.