Lab for Sustainable Energy Fred Loxsom Eastern Connecticut State University.
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Transcript of Lab for Sustainable Energy Fred Loxsom Eastern Connecticut State University.
![Page 1: Lab for Sustainable Energy Fred Loxsom Eastern Connecticut State University.](https://reader033.fdocuments.net/reader033/viewer/2022052913/56649da95503460f94a963ca/html5/thumbnails/1.jpg)
Lab for Sustainable Energy
Fred Loxsom
Eastern Connecticut State University
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American College & University
Presidents’ Climate Commitment
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Climate Action Plan
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Green Campus Committee
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Energy Research
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Campus and Community Outreach
Earth Day Activities
Speaker Series
Student Clubs
Recycling Program
Service learning in the community
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Campus as Laboratory
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Submetering and Energy Dashboard
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Institute for Sustainable Energy
Statewide energy efficiency programs
Energy Education programs for secondary schools
Employs energy students as interns
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Center for Sustainable Energy Studies
Endowed Chair in Sustainable Energy Studies
Environmental Earth Science Department
Position has separate budget, reduced teaching load, and excellent teaching and research space in a new science building.
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Sustainable Energy Studies
General Education Courses: Global Climate Change Sustainable Energy Sustainable Energy Lab
Minor in Sustainable Energy Studies
Sustainable Energy concentration in Environmental Earth Science B.S. Major
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Sustainable Energy Lecture
General Education – “Science and Society”
250 students in 6 sections
Climate change as main indicator of environmental impact.
Emphasis on electricity and transportation alternatives.
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Sustainable Energy Laboratory
110 students in 5 sections
22 students per section
Two hour lab sessions
Mixture of general education non-science students and energy track majors
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Learning Objectives
Learn experimental method.
Get “hands on” experience with key technologies – e.g. solar and wind.
Consistently use scientific units, perform basic calculations, use some statistics
Master some basic measurement techniques.
Enjoy sustainable lab work.
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Types of Lab Experiences
Table top experiments
Group experiments
Outdoor measurements
Campus field observations
Take home (and bring back) measurements
Use “rule of three”.
Repeat key experiences until students really get it.
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Lab Equipment
Pasco Xplorer GLX graphing data logger, (Vernier is another excellent option.)
Various lab equipment
Existing campus facilities
Low-cost expendables
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Power and Energy
Measure power used by small appliances (lamp, fan) using a Kill-A-Watt meter
Calculate energy corresponding to normal weekly use. Use W and kWh.
Take Home: Students complete energy audits of their residence hall room and use energy dashboard to study energy consumption in their residence hall.
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Current and Voltage
Series and Parallel Circuit
Measure current and voltage
Draw and read simple schematic circuits
Calculate power and energy
Use amperes, volts, and watt units.
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Solar Electric Cell and Module
Measure current and voltage.
Determine open circuit voltage, short circuit current, and maximum power point of modules.
Measure solar intensity.
Understand connection between solar cells and solar module.
Measure the energy performance of an operating solar ventilator.
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Campus Solar Electric Lights
Determine voltage and current parameters for campus bus shelter solar lighting systems.
Draw simple schematic for system.
Calculate annual energy savings for this lighting system.
Campus Field Trip: Visit bus shelter and other campus solar electric installations.
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Electric Vehicle
Use solar module to charge model electric car.
Measure charging energy for module electric car.
Measure mpk (miles per kWh) rating for model electric car.
Calculate average and SD for several rating values
Take Home: Visit Nissan LEAF website and compare performance of electric vehicle and gas vehicle.
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Fuel Cell Vehicle
Use solar module to produce hydrogen gas by hydrolysis.
Use hydrogen to power model Fuel Cell Vehicle
Measure miles per gallon gasoline equivalent rating for model FCV.
Measure miles per kWh rating using solar module.
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Wind Power
Use model wind turbine to power LED lamp.
Measure wind speed and calculate wind power intensity.
Measure efficiency of model wind turbine.
Calculate performance of small-scale wind turbine operating on campus.
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Lighting Efficiency
Measure and compare lighting efficiency of incandescent, CFL, and LED bulbs
Calculate energy savings in science building by switching to CFL or LED lights.
Compare lighting energy to total energy consumption of science building using energy dashboard.
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R-Value
Measure the R-value of foam board insulation.
Requires students to use knowledge of electric energy and basic measuring techniques.
Calculate energy loss through windows in science building during entire heating season.
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Heat Capacity
Measure the heat capacity of water
Requires students to use knowledge of electric energy and basic measuring techniques.
Use measured heat capacity to calculate energy required to heat water stored in hot water tank.Campus Field Trip: Tour solar hot water system on campus
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Cooling Rate
Measure the rate of energy loss for water in an insulated mug.
Requires understanding of heat capacity from previous lab exercise.
Use linear curve fit to determine the cooling rate.
Take Home: Measure energy required to provide hot water for student’s shower. Devise plan to reduce energy consumption.
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IR Radiation
Calibrate IR sensor using digital thermometers.
Develop linear equation for determining surface temperature using IR intensity.
Use IR measurements to determine the effective temperature of the sky.
Determine the IR transmission characteristics of glass and plastic sheets.
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CO2 Concentration
Calibrate CO2 sensor and
use it to measure CO2 concentration of exhaled breath, in the greenhouse, and at other campus sites.
Compare measured values to long-term values of carbon dioxide concentration acquired on campus.Campus Field Trip: Visit campus site where carbon dioxide ground flux is measured.
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Experiments Under Development
Basic hydroelectricity experiment using Pasco energy transfer apparatus.
Nuclear counting experiment using Geiger Counters. Measure shielding parameters and assess uranium ore samples.
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Comments about Lab
The lab meets the needs of both majors and general education students.
Majors consider this to be a valuable “hands on” introduction to their major field and non-science students find the lab interesting and worthwhile.
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Questions?