Home           Contact us           FAQs           
     Journal Home     |     Aim & Scope    |    Author(s) Information      |     Editorial Board     |     MSP Download Statistics
2014 (Vol. 7, Issue: 2)
Article Information:

Framework to Harvest Waste Heat from Microprocessor using MEMS Thermoelectric Generator

Tai Zhi Ling and Ong Hang See
Corresponding Author:  Tai Zhi Lin 

Key words:  Energy harvesting, microprocessor, MEMS thermoelectric, thermal modeling, , ,
Vol. 7 , (2): 396-402
Submitted Accepted Published
April 22, 2013 May 03, 2013 January 10, 2014

The world primary energy consumption has been growing steadily. Therefore, there is a need to improve the overall energy application. There is a lack of investigation on harvesting waste heat from microprocessor as an alternative energy source. This study focuses on the framework required to harvest the energy from the microprocessor. Thermal profiling of the microprocessor integrated with an MEMS Thermoelectric Generator (TEG) using shunt configuration is developed. Additionally, a non-uniform energy model is derived to estimate the amount of energy that can be harvested from the microprocessor in the shunt configuration. MATLAB simulation based on the thermal and energy model is presented with two types of heat spreader material, copper and pyrolytic graphite with ideal and non-ideal contacts. The advantages and their shortfalls with respect to the microprocessor heat dissipation and the effectiveness to generate a temperature gradient at the MEMS TEG are discussed.
Abstract PDF HTML
  Cite this Reference:
Tai Zhi Ling and Ong Hang See, 2014. Framework to Harvest Waste Heat from Microprocessor using MEMS Thermoelectric Generator.  Research Journal of Applied Sciences, Engineering and Technology, 7(2): 396-402.
    Advertise with us
ISSN (Online):  2040-7467
ISSN (Print):   2040-7459
Submit Manuscript
   Current Information
   Sales & Services
Home  |  Contact us  |  About us  |  Privacy Policy
Copyright © 2015. MAXWELL Scientific Publication Corp., All rights reserved