Abstract
This paper provides a quantitative approach to determine important product features that are to be included in smart thermostats. This approach is expected to help decision makers manage product design process by utilizing feedback from customer and expert focus groups. Proposed approach is also expected to help managers review competing products in the market and shape future product design specifications. Data used in the assessment model have been gathered by surveying 22 potential customers who have been living in residential areas, and a group of experts who have been working as product design engineers. Significant findings as well as weak points of the proposed approach have been discovered, and future work initiatives have been proposed.
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Acknowledgments
We would like to thank Brian Muchilwa, Nathan Hadlock, Bing Wang, and Mike Hoffman for their valuable contributions to successful completion of this study.
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Appendix
Appendix
1.1 Explanations of Additional Features
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Integration with water control: Ability to control water consumption within the residential area for example; measuring the moisture in the earth and making decision to water the grass or not.
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Integration with home appliances: Ability to control the energy consumption of the home appliances within the residential areas for example; closing television when it is idle.
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Light control: Ability to manage lights in the house for example turning off the lights when there is no one in the room or turning on the lights when there is someone in the room.
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Fire control: Ability to control fire alarm system.
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Phone control: Ability to communicate with phone.
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Security control: Ability to communicate with alarm system.
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Mode control: Ability to set the device for specific conditions for example setting it to holiday mode when you are on vocation.
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Gas leakage control: Ability to detect gas leakage.
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PC control: Ability to communicate with PC and allowing users to reach their devices through their PC.
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In home display control: Ability to manage and communicate with video or audio systems within the residential places.
1.2 Focus Customer Group Survey
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1.
If you were to buy a smart grid device for your house which of these additional “Features” would be important to you? Please, rate the features on scale of 1: Least important-10: Most important
Integration with water control
Light control
Phone control
PC control
In home display
Integration with appliances
Integration with renewables
Fire control
Security control
Mode control
Gas leakage control
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2.
If you were to buy a smart grid device for your house which of these “Interfaces” would be suitable to you? Please, rate the interfaces on scale of 1: Least suitable-10: Most suitable
Website
Cell phone
Special device
PC
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3.
If you were to buy a smart grid device for your house which of these “Connections” types would be suitable to you? Please, rate the connection types on scale of 1: Least suitable-10: Most suitable
Internet
SMS
Mobile phone
Telephone
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4.
If you were to buy a smart grid device for your house which of these “Ease of Use” items would be important to you? Please, rate the percentages according to information given.
Ease of installation
Interface
Ease of installation
Personalization
Personalization
Interface
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5.
If you were to buy a smart grid device for your house which of these “Savings” items would be important to you? Please, rate the percentages according to information given.
Energy efficiency
Demand response savings
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6.
If you were to buy a smart grid device for your house which of these “Reliability” items would be important to you? Please, rate the percentages according to information given.
Security
Connection availability
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7.
If you were to buy a smart grid device for your house which of these “Cost” items would be important to you? Please, rate the percentages according to information given.
Installation cost
Product cost
Installation cost
Maintenance cost
Product cost
Maintenance cost
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8.
Please, rate the percentage of items below in terms of their importance according to the information given.
Cost | Savings | ||
Cost | Ease of use | ||
Cost | Reliability | ||
Cost | Features | ||
Savings | Ease of use | ||
Savings | System reliability | ||
Savings | Features | ||
Ease of use | Reliability | ||
Ease of use | Features | ||
Reliability | Features |
1.3 Expert Evaluation Survey
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9.
Please, rate the percentages of buying specific product according to the information given.
Installation cost | Maintaining cost | |||||||
ABC | Proliphix | ABC | Proliphix | |||||
ABC | Homeseer | ABC | Homeseer | |||||
ABC | Venstar | ABC | Venstar | |||||
ABC | Ecobee | ABC | Ecobee | |||||
Proliphix | Homeseer | Proliphix | Homeseer | |||||
Proliphix | Venstar | Proliphix | Venstar | |||||
Proliphix | Ecobee | Proliphix | Ecobee | |||||
Homeseer | Venstar | Homeseer | Venstar | |||||
Homeseer | Ecobee | Homeseer | Ecobee | |||||
Venstar | Ecobee | Venstar | Ecobee |
Product cost | Energy efficiency | |||||||
ABC | Proliphix | ABC | Proliphix | |||||
ABC | Homeseer | ABC | Homeseer | |||||
ABC | Venstar | ABC | Venstar | |||||
ABC | Ecobee | ABC | Ecobee | |||||
Proliphix | Homeseer | Proliphix | Homeseer | |||||
Proliphix | Venstar | Proliphix | Venstar | |||||
Proliphix | Ecobee | Proliphix | Ecobee | |||||
Homeseer | Venstar | Homeseer | Venstar | |||||
Homeseer | Ecobee | Homeseer | Ecobee | |||||
Venstar | Ecobee | Venstar | Ecobee |
Demand response saving | Ease of installation | |||||||
ABC | Proliphix | ABC | Proliphix | |||||
ABC | Homeseer | ABC | Homeseer | |||||
ABC | Venstar | ABC | Venstar | |||||
ABC | Ecobee | ABC | Ecobee | |||||
Proliphix | Homeseer | Proliphix | Homeseer | |||||
Proliphix | Venstar | Proliphix | Venstar | |||||
Proliphix | Ecobee | Proliphix | Ecobee | |||||
Homeseer | Venstar | Homeseer | Venstar | |||||
Homeseer | Ecobee | Homeseer | Ecobee | |||||
Venstar | Ecobee | Venstar | Ecobee |
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Iskin, I., Daim, T. (2013). Analysis of Demand Side Management Products at Residential Sites: Case of Pacific Northwest U.S.. In: Daim, T., Oliver, T., Kim, J. (eds) Research and Technology Management in the Electricity Industry. Green Energy and Technology. Springer, London. https://doi.org/10.1007/978-1-4471-5097-8_13
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