Package 4: Featured Energy Saving Systems

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81,00$

Product No: PP4-ESS-01 (Paid Download)

PRICE: 81.00 USD

Size: 9.54 MB

All calculation sheets are generated with Microsoft Excel 97 – 2003 Worksheet which is compatible with and convertible to the succeeding versions.

Description

The following products are included in this package with their short descriptions herebelow. Reference should be made to the Products – Individual tab for getting more information about the individual products of this package.

Book 3 Energy Efficiency in Boilers – Energy Saving Methods (Excel)

This document examines in detail various alternative energy saving methods to be applied to boiler systems to reduce heat losses, either by improving boiler system efficiency or by heat recovery from condensate water or flue gases going up the chimney. As a result, depending on the initial criterion, the reduction in the amount of flue gas will result in less environmental pollutants and global warming impact.

Book 4 Energy Efficiency in Cogeneration – Energy Saving Methods (Excel)

This document introduces the various systems and components of cogeneration that are crucial in daily and industrial life, whether in electricity generation, heating or in the process that benefits the production of a product. In addition, this document shows alternative methods for increasing the efficiency of cogeneration systems. Beyond this, it will constitute an important tool for Energy Managers to understand the main definitions and data in calculating cogeneration system efficiencies.

Book 7 Energy Efficiency in Thermal Insulation – Energy Saving Methods (Excel)

This document provides detailed information about different heat transfer mechanisms and their heat transfer equations. In addition, it provides the empirical equations necessary for calculating the convective heat transfer coefficients for different heat transfer schemes, as well as experimental data for some basic heat transfer schemes applied in practice. In addition, this document shows how to calculate the thermal insulation demands of a new plant, as well as how to improve the thermal insulation of a plant that has been operating for a very long time.

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