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Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328
Title
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328
Creator
Tokarz, Christopher, Pannala, Harsha, Kelley, Kristen, Sutalo, Joseph, Jeong, Jae-sun, Huber, Sean, Shah, Rajiv, Mahadevan, Sriram, Odom, Justin
Date
2004-12, 2004-12
Description
To provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in...
Show moreTo provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in the immediate area. • To discover which form or solar collector has the highest potential payback if used. • To discover if modification of the building envelop has a potential to reduce the energy load produced by Keating Sports Facility. • To study the possibilities of using sustainable system to provide for the cooling of Keating sports facility. • To study the impact of solar thermal Technologies can have on Chicago as a whole
Deliverables for IPRO 328: Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment for the Fall 2004 semester
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Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 IPRO Day Presentation F04
Title
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 IPRO Day Presentation F04
Creator
Tokarz, Christopher, Pannala, Harsha, Kelley, Kristen, Sutalo, Joseph, Jeong, Jae-sun, Huber, Sean, Shah, Rajiv, Mahadevan, Sriram, Odom, Justin
Date
2004-12, 2004-12
Description
To provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in...
Show moreTo provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in the immediate area. • To discover which form or solar collector has the highest potential payback if used. • To discover if modification of the building envelop has a potential to reduce the energy load produced by Keating Sports Facility. • To study the possibilities of using sustainable system to provide for the cooling of Keating sports facility. • To study the impact of solar thermal Technologies can have on Chicago as a whole
Deliverables for IPRO 328: Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment for the Fall 2004 semester
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Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 Project Plan F04
Title
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 Project Plan F04
Creator
Tokarz, Christopher, Pannala, Harsha, Kelley, Kristen, Sutalo, Joseph, Jeong, Jae-sun, Huber, Sean, Shah, Rajiv, Mahadevan, Sriram, Odom, Justin
Date
2004-12, 2004-12
Description
To provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in...
Show moreTo provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in the immediate area. • To discover which form or solar collector has the highest potential payback if used. • To discover if modification of the building envelop has a potential to reduce the energy load produced by Keating Sports Facility. • To study the possibilities of using sustainable system to provide for the cooling of Keating sports facility. • To study the impact of solar thermal Technologies can have on Chicago as a whole
Deliverables for IPRO 328: Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment for the Fall 2004 semester
Show less
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 Midterm Report F04
Title
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 Midterm Report F04
Creator
Tokarz, Christopher, Pannala, Harsha, Kelley, Kristen, Sutalo, Joseph, Jeong, Jae-sun, Huber, Sean, Shah, Rajiv, Mahadevan, Sriram, Odom, Justin
Date
2004-12, 2004-12
Description
To provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in...
Show moreTo provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in the immediate area. • To discover which form or solar collector has the highest potential payback if used. • To discover if modification of the building envelop has a potential to reduce the energy load produced by Keating Sports Facility. • To study the possibilities of using sustainable system to provide for the cooling of Keating sports facility. • To study the impact of solar thermal Technologies can have on Chicago as a whole
Deliverables for IPRO 328: Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment for the Fall 2004 semester
Show less
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 Abstract F04
Title
Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment (semester?), IPRO 328: Solar Thermal Tech for Large Bldgs IPRO 328 Abstract F04
Creator
Tokarz, Christopher, Pannala, Harsha, Kelley, Kristen, Sutalo, Joseph, Jeong, Jae-sun, Huber, Sean, Shah, Rajiv, Mahadevan, Sriram, Odom, Justin
Date
2004-12, 2004-12
Description
To provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in...
Show moreTo provide heating to the pool facility and surrounding spaces of Keating Sport Facility through the use of solar thermal collectors placed in the immediate area. • To discover which form or solar collector has the highest potential payback if used. • To discover if modification of the building envelop has a potential to reduce the energy load produced by Keating Sports Facility. • To study the possibilities of using sustainable system to provide for the cooling of Keating sports facility. • To study the impact of solar thermal Technologies can have on Chicago as a whole
Deliverables for IPRO 328: Application of Solar Thermal Heating Technologies in Large Scale Buildings in the Urban Environment for the Fall 2004 semester
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Essays on Clean Energy Finance and Cryptocurrency Market
Title
Essays on Clean Energy Finance and Cryptocurrency Market
Creator
Xie, Yao
Date
2021
Description
This dissertation includes four essays with several empirical investigations in the areas of clean energy finance and cryptocurrencies.In the...
Show moreThis dissertation includes four essays with several empirical investigations in the areas of clean energy finance and cryptocurrencies.In the first essay, I investigate the heterogeneous relationship between various determinants of the clean energy market across all subsectors of the clean energy stock market. My findings reveal that VIX is the most significant predictor of all clean energy subsectors conditional volatility. During the COVID-19 stress period, economic uncertainty measures become more significant measures. The heterogeneity of clean energy market persists in the out-of-sample results. These results suggest that portfolio diversification for different clean energy subsector is necessary. In the second essay, I study the safe haven property of several volatility indexes on clean energy subsectors. I compare the current COVID-19 stress period and the time before. The results show that market volatility and commodity volatility are good safe haven assets during the COVID-19 period. But they are not safe haven assets against the clean energy subsector before the pandemic period. Among all volatility indexes, gold volatility index is the most effective safe haven assets. In the third essay, I investigate the characteristics of Bitcoin as a financial asset. A comprehensive set of information variables under five categories: macroeconomics, blockchain technology, other markets, stress level, and investor sentiment. The empirical results show that blockchain technology, stress level and investor sentiment have strong predicting power on Bitcoin returns. In the fourth essay, I aim to study how extreme sentiment measures from Google Trend and Wikipedia Pageviews affect both traditional cryptocurrency, such as Bitcoin and stablecoin, like Tether. Our results show that Tether’s return is not affected by the extreme sentiment measures during the COVID-19 stress period which suggests that stablecoin can offer price stability.
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