. . . . . Q m = Q con + Q cov + Q rad + Q evp . Q m = 0.0533(m)( p ) + 1.64 = 1.802WResults:Modeling the system as a second order approximation, the time it takes for the temperature toreach steady state, and the percent overshoot can be calculated. Shown below in Figure 2 is amodel of the second order system. Figure 2 ~ Second Order Approximation of Incubator Temperature Control Figure 2 ~ Temperature Control Model OutputThe overshoot of temperature will be adjusted to be as close to 0% as possible. This will be donewith the design of a controller.The heat loss per unit area of the housing of the incubator system was calculated to be 1.56 .The total surface
of the MG components areimplemented as threads in the simulation. The energy generator, energy storage, and loadsperiodically update the manager about their status. Fig. 1. The structure of a smart grid with four micro- grids For the economic return on the investment of an individual MG, a performance metric foreach MG is proposed. An overall performance index of each MG can be calculated as: 4 Q = w1 F + w2 E + w3 S (1) F is a cost index of electricity, E is an environmental effect index due to atmosphericemissions, and S is a satisfaction index of the power
Air Bubble Detector Heparin Pump R Arterial [I] Blood [II] Blood F Unfiltered Blood Q P Pump Membrane Blood to Dialyzer E [III] Diaysate [IV
q = max (2) MS E n 2 Table 1: Airspeed data collected from experiments Fan Speed (V) Channel Height (mm) Airspeed (cm/s) 12 2 8.50 11 2 6.00 10 2 3.83 9 2 3.00 8 2 2.83
and the Faculty Commons.REFERENCESColon, K., “The Global Achievement Gap: Q&A with Tony Wagner,” Harvard Graduate School ofEducation, August 20, 2008.“Chancellor Launches NYC21C Initiative at NYC iSchool,” New York City Department of Education,http://schools.nyc.gov/Offices/mediarelations/NewsandSpeeches/2008-2009/20090512_ischool.htm, lastaccessed March 12, 2010.Gibbs, N., “Generation Next,” Time, New York, March 22, 2010.Wagner, T., Global Achievement Gap, 1st Ed., Basic Books, New York, 2008. Page 8 of 8