Query Result Set
SLIM21 Home
Advanced Search
My Info
Browse
Arrivals
Expected
Reference Items
Journal List
Proposals
Media List
Rules
ActiveUsers:489
Hits:25819379
Show My Basket
Contact Us
IDSA Web Site
Ask Us
Today's News
Help
Topics
Tutorial
Advanced search
Hide Options
Sort Order
Natural
Author / Creator, Title
Title
Item Type, Author / Creator, Title
Item Type, Title
Subject, Item Type, Author / Creator, Title
Item Type, Subject, Author / Creator, Title
Publication Date, Title
Items / Page
5
10
15
20
Modern View
GARNSEY, E W
(2)
answer(s).
Srl
Item
1
ID:
098271
Impact on energy consumption of daylight saving clock changes
/ Hill, S I; Desobry, F; Garnsey, E W; Chong, Y F
Hill, S I
Journal Article
0 Rating(s) & 0 Review(s)
Publication
2010.
Summary/Abstract
The focus of this work is an investigation of the effect of prevailing time regime on energy consumption. In particular we perform analysis demonstrating potential energy savings which could be obtained were Great Britain to maintain daylight savings time (DST) over winter, instead of reverting to Greenwich mean time (GMT). We review the literature on the effect of DST on energy consumption and show that this indicates a justification for considering the issue. Our headline result is in agreement with many related studies in that advancing the clock by an hour in winter would lead to energy savings of at least 0.3% of daily demand in Great Britain. In deriving this result we have adopted methodologies currently used in load prediction, in particular Support Vector Regression, to estimate energy demand on a half-hourly basis. Corresponding cost savings are found to be higher (due to the nonlinear increase of costs) and we find them to be on the order of 0.6% over the months considered. In terms of environmental impact we find the saving to be approximately equivalent to 450,000 ton of CO2. In deriving these results we adopt a conservative approach such that we consider them lower bounds on any true savings.
Key Words
Load Prediction
;
Support Vector Regression
;
Daylight Savings Time
In Basket
Export
2
ID:
098580
Impact on energy consumption of daylight saving clock changes
/ Hill, S I; Desobry, F; Garnsey, E W; Chong, Y F
Desobry, F
Journal Article
0 Rating(s) & 0 Review(s)
Publication
2010.
Summary/Abstract
The focus of this work is an investigation of the effect of prevailing time regime on energy consumption. In particular we perform analysis demonstrating potential energy savings which could be obtained were Great Britain to maintain daylight savings time (DST) over winter, instead of reverting to Greenwich mean time (GMT). We review the literature on the effect of DST on energy consumption and show that this indicates a justification for considering the issue. Our headline result is in agreement with many related studies in that advancing the clock by an hour in winter would lead to energy savings of at least 0.3% of daily demand in Great Britain. In deriving this result we have adopted methodologies currently used in load prediction, in particular Support Vector Regression, to estimate energy demand on a half-hourly basis. Corresponding cost savings are found to be higher (due to the nonlinear increase of costs) and we find them to be on the order of 0.6% over the months considered. In terms of environmental impact we find the saving to be approximately equivalent to 450,000 ton of CO2. In deriving these results we adopt a conservative approach such that we consider them lower bounds on any true savings.
Key Words
Load Prediction
;
Support Vector Regression
;
Daylight Savings Time
In Basket
Export