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! detail
! detail
|-
|-
| row 1, cell 1
| DC Motor
| row 1, cell 2
| GM3
|-
|-
| row 2, cell 1
| SPDT Relay
| row 2, cell 2
| For switching motor
|-
| SPST switch
| For discharging Power storage
|-
| PV panel
| Power source or sensor
|-
| Ultracapacitor or battery
| Power storage
|-
| Controller
| Arduino Uno
|-
| Power resistor
| For discharging ultracapacitor
|-
| DC-DC Converter
|
|-
| Fuse holder and Fuse
|
|-
|  
|}
|}

Revision as of 01:06, 20 February 2014

Smart shade literature Review

here is the methods for smart shade project, go back to smart shade literature Review.

Methods

introducing the project:

During night, when window shades are left open, a lot of heat from the inside is lost. This project aims to implement photovoltaic cells in the shades such that they cause the shades to open and generate electricity during the day, and automatically close the shades at night. The key feature is the dual implementation of PV cells as power sources and as light sensors. Due to this, the heat lost during the night through windows can be conserved, which in-turn reduces the heating energy costs for buildings and improves their energy efficiency.[5-6]

General review of method

The logic is to compare the desired temperature to room temperature and opens or closes the blinds based on temperature difference. Rather than sensing temperature, this could also be done in another way, by sensing the amount of voltage produced by the PV cell, thereby gauging the amount of ambient light and controlling the shades based on that.

required components detail
DC Motor GM3
SPDT Relay For switching motor
SPST switch For discharging Power storage
PV panel Power source or sensor
Ultracapacitor or battery Power storage
Controller Arduino Uno
Power resistor For discharging ultracapacitor
DC-DC Converter
Fuse holder and Fuse
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