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Combined Heat & Power (CHP) systems

Combined Heat & Power (CHP) systems

3000000 INR/Unit

Product Details:

  • Usage & Applications Industrial power and heat
  • Temperature Range Exhaust gas temperature: 350C to 550C; Heat recovery temperature: 80C to 250C
  • Efficiency (%) 30% to 45% electrical efficiency, 70% to 90% total system efficiency
  • Accessories Available upon request
  • Computerized Yes
  • Automatic Grade Automatic
  • Control System PLC based automatic operation
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Combined Heat & Power (CHP) systems Price And Quantity

  • 1 Unit
  • 3000000 INR/Unit

Combined Heat & Power (CHP) systems Product Specifications

  • Electric or automatic start
  • 30 kW to 20 MW electrical output capacity
  • Yes
  • PLC based automatic operation
  • 50 kW to 40 MW thermal output
  • Automatic
  • Industrial power and heat
  • 30% to 45% electrical efficiency, 70% to 90% total system efficiency
  • Available upon request
  • Combined Heat & Power (CHP) generation systems
  • Exhaust gas temperature: 350C to 550C; Heat recovery temperature: 80C to 250C
  • 380V to 11kV (customizable)
  • Outdoor/plant
  • Yes
  • 50 kW to 40 MW
  • Industrial, utility plants
  • Air or water cooled
  • 80C to 250C
  • 350C to 550C
  • Schneider or equivalent
  • Natural gas, biogas, diesel, LPG
  • Electric or automatic
  • 50 - 100 hp
  • Yes
  • Yes

Product Description



Featured for their dazzling energy efficiency and ultimate performance, our Combined Heat & Power (CHP) systems now come with an unprecedented price cut! Jump on this opportunity to revolutionize your energy needs with air or water cooled options, compatible with natural gas, biogas, diesel, or LPG fuel types. These robust machines deliver 30 kW to 20 MW electrical output and up to 40 MW thermal capacity, enhanced by PLC-based automatic operation and Schneider switchgear (or equivalent). Achieve 70%-90% total system efficiency, with fully computerized, automatic controls - the ultimate solution for industrial power and heat.

Applications & Directions for Use

Combined Heat & Power (CHP) systems are intended for industrial surfaces requiring reliable heat and power. The systems are typically used by manufacturers, exporters, and suppliers seeking enhanced energy efficiency. For optimal results, install on industrial flooring, following all provided guidelines. The systems are fully automated and managed by technical personnel, ensuring seamless operation and maintenance, making them ideal for energy-intensive industries across India and global export markets.


Sample Policy, Payment, and Export Markets

List price and discounted rates are available upon direct inquiry, ensuring transparent order processing. Clients can request sample demonstrations as per our sample policy, streamlining decision-making for bulk orders. Flexible payment terms are provided for both domestic and international partners. Our main export markets include Southeast Asia, the Middle East, Europe, and beyond, solidifying our reputation as a trusted CHP system supplier and exporter from India.


FAQ's of Combined Heat & Power (CHP) systems:


Q: How does a Combined Heat & Power (CHP) system improve industrial energy efficiency?

A: CHP systems simultaneously generate electricity and useful heat from the same energy source, achieving total system efficiencies of 70% to 90%, which is substantially higher than conventional separate systems.

Q: What fuel types are compatible with your CHP systems?

A: Our CHP systems support multiple fuel options, including natural gas, biogas, diesel, and LPG, providing flexibility according to resource availability and cost considerations.

Q: Where are these CHP systems commonly installed?

A: These systems are typically installed in industrial facilities, manufacturing plants, and large commercial sites that need both electrical power and heat for operations.

Q: What is the order process for purchasing a CHP system?

A: Customers can initiate the order process by contacting us for a quote based on the desired model and specifications. Once initial terms are agreed upon, order processing, payment, and delivery are scheduled accordingly.

Q: When is it advantageous to choose air-cooled versus water-cooled CHP systems?

A: Air-cooled models are ideal where water resources are limited, while water-cooled systems offer higher cooling efficiency in environments with ample water supply.

Q: What are the main benefits of using PLC-based automatic control in CHP systems?

A: PLC-based automatic operation ensures precise monitoring, automated fault handling, and efficient maintenance scheduling, maximizing uptime and system reliability.

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