This project determined the feasibility of lowering WPI\u27s total carbon footprint and energy usage costs through the modification of light sources and technology. By conducting an inventory of light bulbs in various on-campus buildings and determining the utilization of each type of light bulb in each building, the team calculated payback periods, annual rates of return and reduction in carbon footprint for various replacement light bulbs. If implemented, these recommendations will reduce WPIs total carbon footprint by about 4%, while also reducing annual campus energy costs for lighting by about 3%
This report examines various energy resources to ensure that humanity has ample supplies for future ...
This project provided the Montachusett Regional Planning Committee with recommendations for renewabl...
LED headlights can provide better luminescence and less power consumption when compared to tradition...
In times when there is greater public concern with regard to energy consumption and the environment,...
The world energy consumption is estimated to increase considerably over the next decades. In the dyn...
Three prototype light fixtures that used Light Emitting Diodes (LED) for machine tools were develope...
This Energy Policy is a panoptic view of the current state of electrical energy in the Unites States...
Advances in light emitting diode (LED) technology have made LEDs a viable option for energy efficien...
This report addresses problems associated with possible U.S. fuel cell vehicle production and a limi...
The main objective of this Major Qualifying Project was to minimize the non-value added time of oper...
This project consisted of performing an energy audit of Higgins Laboratory in order to address curre...
This project focuses on the winter heating issues on the WPI campus. The Bartlett Center, Higgins La...
The goal of this project was to predict the effects of electric vehicle proliferation through a typi...
In order to encourage a transition from oil to wood pellet heating in Maine homes, Maine Energy Syst...
This project developed plans for the Institute of American Indian Arts to further its goal of achiev...
This report examines various energy resources to ensure that humanity has ample supplies for future ...
This project provided the Montachusett Regional Planning Committee with recommendations for renewabl...
LED headlights can provide better luminescence and less power consumption when compared to tradition...
In times when there is greater public concern with regard to energy consumption and the environment,...
The world energy consumption is estimated to increase considerably over the next decades. In the dyn...
Three prototype light fixtures that used Light Emitting Diodes (LED) for machine tools were develope...
This Energy Policy is a panoptic view of the current state of electrical energy in the Unites States...
Advances in light emitting diode (LED) technology have made LEDs a viable option for energy efficien...
This report addresses problems associated with possible U.S. fuel cell vehicle production and a limi...
The main objective of this Major Qualifying Project was to minimize the non-value added time of oper...
This project consisted of performing an energy audit of Higgins Laboratory in order to address curre...
This project focuses on the winter heating issues on the WPI campus. The Bartlett Center, Higgins La...
The goal of this project was to predict the effects of electric vehicle proliferation through a typi...
In order to encourage a transition from oil to wood pellet heating in Maine homes, Maine Energy Syst...
This project developed plans for the Institute of American Indian Arts to further its goal of achiev...
This report examines various energy resources to ensure that humanity has ample supplies for future ...
This project provided the Montachusett Regional Planning Committee with recommendations for renewabl...
LED headlights can provide better luminescence and less power consumption when compared to tradition...