University Power Measurement and Planning

The goal of the project is to aid the university in developing a way to monitor the power consumption, and to help improve on power consumption during peak demand hours.
==Background==
Like most commercial customers, our University is spending thousands of dollars every month for electricity. The fact is, a significant portion of our monthly energy bills is made up of what’s known as commercial electricity demand charges. In November of 2016, the demand charge bill equated to $7500. This demand charge is based on the peak amount of energy consumed in a month over a 15-minute interval. For example, Figure 1 shows two bills for the same amount of energy use, with different peaks. Since Bill B has a higher peak, it has a higher energy bill due to a higher demand charge.
The University also needs but does not have a way to measure the power flowing into the University, and only receives data after Avista sends the bill at the end of each month.
==Deliverables==
1: Installing meters
2: Creating the dashboard 
3: Performing demand analysis to predict peak loading
==Value Proposition==
By looking into the University of Idaho’s historical and transient energy usage, we are to help decrease the demand charge of the university to save up to $60,000 annually. This is accomplished through the installation of SEL-735 relays to read transient power flow, analyzing this data, and researching means of avoiding new peak demands using this transient data.​
=Design Considerations=
After meeting with ITS, Avista, and University Facilites, we have been able to finalize the equipment we are requesting for the project.
=Project Learning=
 SEL Meter Package
 
 Can Layout
=Final Design=
=Future Plans=
As of now, the meters on the east and west feeds are not installed due to the weather. The next piece of the project will be to install these meters once the weather clears up and the cement can dry properly. It is recommended that the settings for the meters created by the team are used in the SEL 735 meters for the east and west feeds once they are obtained either by purchase, or via donation request from a team working to support steam plant measurements of data for the turbines. This can easily be programmed using the AcSELerator Quickset Software and the provided settings. A key thing to note is that the IP addresses must match the ones provided by ITS shown below.
East Feed Meter IP address: 172.30.71.232
West Feed Meter IP address: 172.30.71.233
West Feed SEL 3060 IP address: 172.30.71.234
The SEL 3060 need only be plugged into the SEL 735 on the west feed, and the Antenna needs to be mounted pointing towards Morrill Hall. If any of these connections are not working, it will be best to contact University ITS.
If any future SEL 3060’s are going to be used in connection with Morrill Hall, the Morrill Hall SEL 3060 needs to be adjusted to account for the extra node in the network. The SEL 3060 can handle up to 64 nodes. The newly added SEL 3060 must also match the network name and encryption key, which can be provided through ITS. 
Regarding the RTAC (SEL 3555) installed in facilities, this will need to be used by anyone who wants to add another meter to the University SCADA system. To do this, one needs to install SEL RTAC and SEL Diagram Builder to change and update the HMI. It is recommended that first the user should download the existing settings and HMI before creating their own. It will be better to adapt the current one, rather than start from scratch.
=Design Validation=
=Team Members=
	Daniel Allen 
Major: Engineering
Hometown: Summerville,Oregon 
Graduation Date: May 2019
Future Goals: Pursuing a career in SCADA and/or automation.
Email: alle8213@vandals.uidaho.edu
	Jordan Chapman 
Major: Engineering
Hometown: Wendell,ID
Graduation Date: May 2019
Future Goals: I aspire to work with hydro power or other forms of renewable energy. I think it would be really cool to work with power storage to help with peak demands during different times of the day.
Email: chap2174@vandals.uidaho.edu
	Meng Liu 
Major: Engineering
Hometown: Jiangsu,China
Graduation Date: May 2019
Future Goals: Pursuing a job in power area.
Email: liu1656@vandals.uidaho.edu
	Zhenyu Tang 
Major: Engineering
Hometown: DanYang,Jiangsu,China
Graduation Date: May 2019
Future Goals: To be an engineer.
Email: tang2567@vandals.uidaho.edu
	Yang Ge 
Major: Engineering
Hometown: SuZhou,Jiangsu,China
Graduation Date: May 2019
Future Goals: To run a big company.
Email: ge4964@vandals.uidaho.edu
=Additional Documentation=
Project Schedule
Project Schedule
Team Contract
Contract Semester 1
Contract Semester 2
Budget
Budget
BOM
Meeting Minutes
Sep 2018 Meeting Minutes
Oct 2018 Meeting Minutes
Nov 2018 Meeting Minutes
Dec 2018 Meeting Minutes
Jan 2019 Meeting Minutes
Feb 2019 Meeting Minutes
Mar 2019 Meeting Minutes
Apr 2019 Meeting Minutes
May 2019 Meeting Minutes
Presentations
Design Review 1
Design Review 2(Engineering Release Review)
Client Interview
Client Interview