1985Power Eng.; (United States)Requires access

Cogeneration as an answer to rising industrial energy costs

J.A. Stiffler, Hunter Davis, T.R. Linville, Nellinger

Open publisher page 0 citations

Abstract

Private investment in congeneration equipment has been encouraged by incentives which include an accelerated depreciation schedule and a 50 percent increase in the available investment tax credits allowable. This favorable situation postpones income taxes in the early years in the process industries and results in increased positive cash flow and improved return on investment. With such incentives in place, cogeneration can be an economical, low-risk energy conversion process with the potential of adding 40,000 MW of decentralized electrical power generation in the US by the mid-1990's. The acceptance of on-site cogeneration in the process industry is dependent on the availability of competitively-priced, reliable equipment with as few risks assumed by the user as possible. Gas turbine cogeneration systems are concluded to be the best currently available technology for many applications in the 2-MW-and-up range because of their higher ratio of electrical to thermal production.

About this research paper

What this paper is about

Private investment in congeneration equipment has been encouraged by incentives which include an accelerated depreciation schedule and a 50 percent increase in the available investment tax credits allowable. This favorable situation postpones income taxes in the early years in the process industries and results in increased positive cash flow and improved return on investment. With such incentives in place, cogeneration can be an economical, low-risk energy conversion process with the potential of adding 40,000 MW of decentralized electrical power generation in the US by the mid-1990's. The acceptance of on-site cogeneration in the process industry is dependent on the availability of competitively-priced, reliable equipment with as few risks assumed by the user as possible. Gas turbine cogeneration systems are concluded to be the best currently available technology for many applications in the 2-MW-and-up range because of their higher ratio of electrical to thermal production.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Private investment in congeneration equipment has been encouraged by incentives which include an accelerated depreciation schedule and a 50 percent increase in the available investment tax credits allowable. This favorable situation postpones income taxes in the early years in the process industries and results in increased positive cash flow and improved return on investment. With such incentives in place, cogeneration can be an economical, low-risk energy conversion process with the potential of adding 40,000 MW of decentralized electrical power generation in the US by the mid-1990's. The acceptance of on-site cogeneration in the process industry is dependent on the availability of competitively-priced, reliable equipment with as few risks assumed by the user as possible. Gas turbine cogeneration systems are concluded to be the best currently available technology for many applications in the 2-MW-and-up range because of their higher ratio of electrical to thermal production.

Key concepts: Cogeneration, Investment (military), Depreciation (economics), Incentive, Dispose pattern, Business, Cash flow, Production (economics)

Related papers

Back to paper searchBrowse research topicsOriginal source
Cogeneration as an answer to rising industrial energy costs — Research Paper | ScholarLens