A Multiplier Approach to Power Generation for Remote Tropical Regions

Article ID

R3P53

A Multiplier Approach to Power Generation for Remote Tropical Regions

John C. Edmunds
John C. Edmunds Babson College
Charles Winrich
Charles Winrich
DOI

Abstract

Multiplier effects can be relevant for evaluating alternative ways of generating electricity, especially in remote regions, were the superior method might be different from the method that would be chosen in a location near transport hubs. Remote tropical regions often have easily gathered amounts of biomass, and they also have sufficient sunlight to make solar energy a competitive way of generating electricity. Remote tropical regions also have export revenues that are currently being used to import gasoline and diesel for small-scale portable generators. Recent innovations in biomass converters and solar panels make it possible for these regions to create local employment and save scarce foreign exchange, while generating electricity more cheaply. We discuss these alternatives and compute multiplier effects to arrive at promising result.

A Multiplier Approach to Power Generation for Remote Tropical Regions

Multiplier effects can be relevant for evaluating alternative ways of generating electricity, especially in remote regions, were the superior method might be different from the method that would be chosen in a location near transport hubs. Remote tropical regions often have easily gathered amounts of biomass, and they also have sufficient sunlight to make solar energy a competitive way of generating electricity. Remote tropical regions also have export revenues that are currently being used to import gasoline and diesel for small-scale portable generators. Recent innovations in biomass converters and solar panels make it possible for these regions to create local employment and save scarce foreign exchange, while generating electricity more cheaply. We discuss these alternatives and compute multiplier effects to arrive at promising result.

John C. Edmunds
John C. Edmunds Babson College
Charles Winrich
Charles Winrich

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John C. Edmunds. 2015. “. Global Journal of Science Frontier Research – H: Environment & Environmental geology GJSFR-H Volume 15 (GJSFR Volume 15 Issue H1): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR Volume 15 Issue H1
Pg. 47- 66
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GJSFR-H Classification: FOR Code: 300899
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A Multiplier Approach to Power Generation for Remote Tropical Regions

John C. Edmunds
John C. Edmunds Babson College
Charles Winrich
Charles Winrich

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