Contact Us
Sign In / Sign Up for FREE
Go to advanced search...
Nobody downloaded yet

The Combined Heat and Power Technology - Literature review Example

Comments (0) Cite this document
The goal of this review "The Combined Heat and Power Technology" is to shed light on the function of Combined Heat and Power (CHP) systems. Furthermore, the review will outline the benefits of applying the CHP systems as an alternative to the traditional centralized power systems…
Download full paperFile format: .doc, available for editing
GRAB THE BEST PAPER93.4% of users find it useful
The Combined Heat and Power Technology
Read TextPreview

Extract of sample "The Combined Heat and Power Technology"

Download file to see previous pages The heat that is generally wasted in conventional power generation is recovered as useful energy. This energy is in turn used for satisfying an existing thermal demand such as heating and cooling of the building and water supply. Through this process, it is possible to avoid the losses that would otherwise be incurred from a separate generation of power (See figure).
According to Casten (1998), conventional centralized power systems average less than 33% delivered efficiency for electricity in the U.S. whereas CHP systems can deliver energy with efficiencies exceeding 90%1. Additionally, it also helps to significantly reduce emissions per delivered MWh. If we look into the cost and benefits of CHP systems it can be said that these systems can provide cost savings for industrial and commercial users and substantial emissions reductions. Some of the popular examples of CHP systems are diesel engines, natural gas engines, steam turbines, gas turbines, micro-turbines, and fuel cells. This is a technology that is popular in most parts of the world and most of the CHP technologies are commercially available for heat and power applications (ONSITE SYCOM, 1999). The efficiency of a CHP system depends on the basic technology used to generate the electricity and thermal energy, the system design, and the amount of utilizable thermal energy. Therefore, each CHP system will have its own efficiency and a site-specific efficiency once installed. The following are the six most commonly installed CHP systems that tend to offer in general good standard ranges of achievable efficiency:
CHP systems are known for three general categories of benefits i.e. environmental, economic, and transmission and distribution. Though these systems are popular in most parts of the world, several barriers, such as utility interconnection costs and related issues, environmental regulations in certain states and technology costs have kept these technologies from wide use.  ...Download file to see next pagesRead More
Cite this document
  • APA
  • MLA
(The Combined Heat and Power Technology Literature review, n.d.)
The Combined Heat and Power Technology Literature review.
(The Combined Heat and Power Technology Literature Review)
The Combined Heat and Power Technology Literature Review.
“The Combined Heat and Power Technology Literature Review”.
  • Cited: 0 times
Comments (0)
Click to create a comment or rate a document

CHECK THESE SAMPLES OF The Combined Heat and Power Technology

Combined statistical area

...?Part I: Combined Statistical Area: Combined Statistical Areas consist of neighboring or nearby Metropolitan or Micropolitan Statistical Areas which have shown social or economic links. Combined Statistical Areas usually consist of two or more Metropolitan or Micropolitan areas or a mixture of both Metropolitan and Micropolitan Statistical areas. Combined Statistical Areas are created automatically when a 25% or more employment commuting i-e interchange occurs. The option of creating a Combined Area was made available by the Congressional delegation of USA for areas that range between 15 – 25% for the employee interchange. (Source Combined Statistical Areas in Utah Brigham City Salt Lake City Weber Morgan Summit Utah...
4 Pages(1000 words)Essay

Steam energy: Usage and potential

The paper tells that for generations, steam turbine power generators have been used to generate electric power. In its conventional form, burning fossil fuels such as oil, coal or natural gas are normally used to heat water. The heated water is then turned into steam, which can be used turn power turbines for the generation of electric energy. A celebrated English physicist, Michael Faraday (1791-1867), did the first discovery of electric generation. His discovery suggested that electricity could be generated by rotating a wire coil near a strong magnet. Numerous applications utilizing a generator for the production of electrical power were formed on this basis. This is the same principle of electromagnetism that works for in a sp...
17 Pages(4250 words)Research Paper

3-D heat transfer

Glass is one of the major construction materials, and it is necessary to understand its behaviour under different conditions that it might have to face in service. One of the most common hazards faced in buildings is fire. It is vital to know the behaviour of glass in case of a fire, so that we can understand what should be done to improve its performance It also helps us learn the length of time that glass can sustain before softening. This gives important information about rescue and emergency time frame for a building on fire. To understand the behaviour of glass in case of a fire, we need to model the heat transfer from the fire to the glass and the temperature distribution over the surface of the glass, as temperature is the...
5 Pages(1250 words)Essay

Heat and temperature

... utilised in myriad places to accomplish work. Common devices such as the internal combustion engine, turbines etc. used to produce work are dependent on heat transfer to accomplish their goals. The heat energy in these devices is produced through combustion which is a chemical process that produces heat by combining oxygen with combustible substances. Moreover, heat is also available in large measure within the earth’s core. Billions of years have been unsuccessful in cooling down the core of the earth. The portions of the earth beneath the crust are actually molten and the crust of the earth tends to float on it. This energy is manifested as earthquakes as the plates of crust move. Moreover, in certain places geysers are also present...
4 Pages(1000 words)Coursework

Environmental Heat Policy Brief

... Environmental Heat Policy Brief The energy policy making has elicited widespread debate among various stakeholders not only in the United States but around the world. Any policy in this area has a colossal impact, basically, touching every aspect of the economy and spreading to the environment. This policy area has a key effect on the environment and with the global initiative to minimise carbon emissions, this policy area plays a pivotal role towards achieving any realistic goal. The policy process has generated a lot of conflict and heated debate. This can be primarily attributed to the widespread impacts it has on the global environmental efforts, the economy and even to the household. Moreover there are a horde of stakeholders...
3 Pages(750 words)Essay

Heat exchanger design project

... of the heat into the fluid that is cold. References Kuppan, T. (2000). Heat exchanger design handbook. New York: Marcel Dekker. Nee, M. J. (2003). Heat exchanger engineering techniques: Process, air conditioning, and electronic systems : a treatise on heat exchanger installations that did not meet performance. New York: ASME Press. Shah, R. K., & Sekulic?, D. P. (2003). Fundamentals of heat exchanger design. Hoboken, NJ: John Wiley & Sons. Hewitt, G. F. (2002). HEDH: Heat exchanger design handbook 2002. New York: Begell House. Chisholm, D. (2008). Heat exchanger technology. London: Elsevier Applied Science....
10 Pages(2500 words)Coursework

American Cinema: Heat

...Film Review: Heat (1995) By s Introduction to American Cinema - HUM150 Jason Wojcik "Due "Heat" (1995). Warner Bros. Pictures. Written and Directed by Michael Mann. Cinematography by Dante Spinotti; Music by Elliot Goldenthal; Edited by William Goldenburg; Starring Al Pacino, Robert De Niro, Val Kilmer, Ashley Judd, John Voight and Natalie Portman. Heat is simply just one of those types of films; the kind that gets under your skin and flows all the way through your body like a drug. Set in Los Angeles, and packed with well-rounded characters troubled by their own past, Heat is a superior film which is sexy, stylish, atmospheric and includes an abundance of action. This film review will discuss some of the technical aspects of Heat...
3 Pages(750 words)Movie Review

Combined Cycle Power Plant

...Running Head COMBINED CYCLE POWER Combined Cycle Power Plant Environment, SWOT, and Financial analysis Abstract Navasota Energy Partners LP, or "Navasota Energy" is an energy and energy-services providing company in Texas. The focus of the company is on the generation of natural gas, with the development of opportunities in advanced technologies, renewable energies and asset management (Navasota 2008). With a management team built of industry executives and experts, Navasota defines its mission as investment in areas including natural gas, clean coal technology alternatives, and the contracting and efficient management of advanced technology facilities. We examine Navasota's current position in the Texas energy market place to describe...
9 Pages(2250 words)Case Study

Thermodynamics: Technical and economic analysis of a combined cycle power generation technology

... Table of contents Introduction Technical analysis……………………………………………………………2-4 Economic analysis……………………………………………………………4-6 Conclusion …………………………………………………………………………6 References………………………………………………………….…………..…..7 Introduction The combined cycle power plant is a power generating system where heat is generated by combustion fuel within the system. This heat is supplied to the cycle while the excess heat that the system rejects from the gas turbine is captured through a boiler system to the power Rankine steam power system. This utilization increases the overall efficiency of the combined power cycle. Such a power plant will require a number of inputs which include: combined new power output (wnet), the Brayton cycle parameters and the steam cycle...
7 Pages(1750 words)Assignment


...Heat Heat Conduction Heat is transferred through medium. In solids, it occurs through transfer of vibrational energy from one high energy molecule to another, while in fluids it occurs additionally due to transfer of kinetic energy. In metals, it occurs through free electron movement. The rate of heat transfer is given by: Q = kA[-(dT/dx)] (Supuk, 2014). Heat Convection It occurs by mixing of fluid elements whereby energy is transferred through fluid motion that is random. Newton’s law of cooling is given by Qconv = hAs(Ts − T͚). (Supuk, 2014). Heat Radiation It is the transfer of heat through electromagnetic waves. Material releases thermal energy in which is absorbed by another material. Radiation emitted by surfaces is given by Qemit...
1 Pages(250 words)Assignment
sponsored ads
We use cookies to create the best experience for you. Keep on browsing if you are OK with that, or find out how to manage cookies.

Let us find you another Literature review on topic The Combined Heat and Power Technology for FREE!

Contact Us