Transcript
Welcome and Introduction
Hello, everybody. Thank you guys for coming to the Power Monitors Incorporated, PQ Canvas Training Webinar. We’ll go ahead and get started with the PowerPoint.
We are Power Monitors Incorporated. We are located in Mount Crawford, Virginia. Our contact number is 1-800-296-4120. We do offer 24/7 technical support, and our website is www.powermonitors.com. This will be the PQ Canvas seminar presented by yours truly, Chris Arencibia. I am a technical support specialist. Most of you probably talked to me on the phone when you call in and ask for support or need to figure out why your recorder isn’t turning on or not connecting.
On the agenda, we will be talking about intro to power monitors, what is power, equipment, the software, support, and then we will be doing a live walkthrough of PQ Canvas. I’m showing you guys how to navigate it, what it looks like, maybe some new features you might not have seen from the last walkthrough, if this is your second seminar on PQ Canvas. We’re always implementing and adding new things to PQ Canvas since it is web-based.
PMI PQ White Papers
PMI PQ white papers are an important resource that we provide for you guys. We do have 400 plus white papers on every PQ topic, and we do try to have a follow-up video webinar with authors for questions and whatnot. We also do try to launch a new white paper weekly, and these white papers can often be anything from general power metering to more in-depth power quality studies, maybe new issues and industry standards. We also have some white papers on specifics as far as using our equipment in certain scenarios or maybe traditional legacy hardware.
So do urge that you guys visit our white paper library and see if there might be anything in there that could help you maybe gain an edge on your power quality investigations and cut down on maybe the amount of time you have or being able to provide results for customers that they might be able to understand. You can access that either by going to the main site or you can go to www.powermonitors.com/library.
Power Quality Classes
We also offer power quality classes. We have IEEE accredited and CEU and PDU web-based classes. So we offer the PQ essentials, that’s seven sessions, one per week, and then we have the advanced harmonics, which is 90 minutes, IEEE flicker analysis is also 90 minutes. Power measurement is 90 minutes, variable frequency drives is also 90 minutes.
We have classes broadcast live by an experienced ex-utility PQ engineer and then you always have an opportunity at the end to ask questions, maybe get some more feedback, explain different scenarios, and expand what you might not already know about any of these topics. And each class also includes a reference book with all the slides so you can look back on.
PMI Manufacturing and Equipment
Going into a little more detail on PMI and who we are. As far as the manufacturing and equipment goes, all assembly is done on site. We also have on-site SMT production facility, and here we have a layout of the process and how we go about making sure our equipment is operating and functioning as it should.
So first, we have the machine assembly and screenprinting taking place with the reflow oven and optical inspection at each step. So make sure that everything is supposed to be on the board as it should, placed correctly, make sure everything’s soldered down, make sure that there is no defects with the motherboard of the unit itself. And then from there, we move on to hand assembly and board testing, calibration, burn-in. Burn-in is a testing period where they make sure that the device is functioning as it should. Then you have your final tests, which can be for cell accuracy and other special functionality like transients. Then we configure and ship the unit out to yourself.
So you can see out here, we have the housings for the Guardians. A lot of you work with these Guardians. These are the single-phase, 120, 240, power quality recorder from PMI, and you can see here that there’s a lot of them all set up for testing.
PMI Company Overview
PMI has about 30-plus years of organic growth. We have about 7,500 customers by location, and then we also virtually every US utility is a PMI customer, but so is every heavy industrial machinery operation, anything that’s solar, regeneration, power quality, power metering, we’re there. We’ve also captured 95% of the utility portable PQ market, which is why we have this screenshot over here of the map of the United States. Every single little blue pin on this map is a PMI device, and they could be stacked over each other. So wherever you see a pin, you can expect there to be a PMI recorder.
So we have thousands of devices in the field, and we also work with the Department of Transportations of Virginia, Arizona, and Indiana. We have 30-plus years in the electric utility monitoring industry, and we also have many tens of thousands of devices out in the field that are cell connected.
We are a US-owned and operated, so all the products are designed, manufactured, and supported in the US. And we offer 24/7 live tech support to an actual PMI technician or engineer. We also carry ISO 9001, and we are a UL inspected facility. You can see our very tight-knit, family-esque type team. We work across all different departments to try to solve different issues for you guys whenever you call. And trust me, you guys have a wide variety of different issues that you guys call with, so it takes a very dedicated team to be able to handle every request that comes through here.
What Is Power?
So moving forward, what is power? What is electrical power and what does your power look like? Is it good or is it bad? Let’s take a look at some examples.
So obviously here we could see a looks like a meter or whatever’s left of it. Here we have somebody tapping into what looks like either a street lamp or maybe a traffic signal to run a 120 outlet. Please do not do this. And then here we have kind of more what I’m used to seeing probably day in and day out. Maybe not this situation over here, this is a little extreme, but definitely have seen many, many different extensions hooked up in different people’s houses. They’ll have one extension running into another one, running into another one, daisy chaining them. That is definitely a power quality problem.
Also, this set-up, where’s your ground? Like, where is it going? You definitely don’t want to be in a situation with any of these kinds of scenarios. Here we have a messy breaker panel, and then over here, same kinda sorta thing with the extensions plugging into each other. And then here we have a gas line going through a breaker panel. Any kind of arcing and this whole house goes sky high, so that’s probably not the best example of good power quality, which is why it’s in this part of the PowerPoint.
And here we have probably some… this looks like something you might see on social media nowadays, but we can see why that wouldn’t be a bright idea. And not only are they floating the power strip on the sandals, but they are also in the water with it. Really bad third world country kind of power lines.
Right Equipment for the Job
Also, keeping in mind that you need to have the right equipment for the job. You wouldn’t wanna go work at a power quality site with this on your face, now would you? So you wanna make sure you’re using the right equipment. There’s no way you’ll be able to get the results that you need not bringing the right tools for the job.
And the right equipment for power quality and metering is PMI meters. So here we have the Bolt, the Boomerang single phase, the Guardian, the Boomerang pole mounted, the Seeker, the Tensor, and the Revolution. Always need to make sure you have the right software for the job as well. And for software, the only software of choice nowadays is PQ Canvas.
PQ Canvas Overview
We do still have ProVision for free download available on the website, but as far as reliability, usability, and predictability, PQ Canvas is going to be your best friend. If you’re used to dealing with IT problems and red tape with your organization having issues or maybe not keeping up with updates and whatever the scenario is, every day we get phone calls of people not being able to do their job because they don’t have access to the software itself, and PQ Canvas eliminates all of those headaches.
Since it is web based, it is cloud based, you guys don’t have to worry about keeping your individual computers updated or your ProVision as far as that goes, and we could also remotely manage the recorders on the back end as well. So you can use PQ Canvas to, quote unquote, manage your data indefinitely going forward.
PQ Canvas was born from Canvas, which is our first generation cloud-based system, and PQ Canvas is used to collect and analyze and get alerts from field devices. It’s also connected… the devices can be connected through LTE cell, wifi, or ethernet. With the connected devices and PQ Canvas come instant alerts, unlimited PQ data storage, and powerful reporting tools.
A lot of PMI recording devices, including the Seeker, the Guardian, and the Tensor, they may be connected to PQ Canvas to view streaming data from the device. Enable SMS, email alerts on PQ or power events and you can view live waveforms, access recordings, initialize new recordings and more.
We will be working on trying to figure out the Revolution so far, but the Revolution can only report data into PQ Canvas. It cannot function as far as the extra features go, those are limited to our Linux backbone based devices such as the Seeker, the Guardian, the Tensor, and the Bolt.
Circumventing IT Red Tape
So again, reiterating the importance of being able to circumvent IT red tape. Many a times we end up being in a situation where we have to follow up with IT, doing further collaboration in order to get you guys the data that we need. And that’s just a general incompatibility from everybody’s different software versions, firmware versions, restrictions, group policies, securities, firewalls. All these things work together to create a perfect storm where in certain situations could mean you’re not meeting a tight deadline as far as getting your data and getting the report out to the customer.
So we advertise now are gone are the days of IT red tape. Now is the age of productivity. PQ Canvas is web-based, which means no more software updates. Firmware updates may still be required for the recorders themselves, but that can be done remotely. No more waiting for approvals to get the job done. Power quality data available organization wide instantaneously. Email, SMS notifications on PQ events and interruptions.
There are no memory limitations, so all the data is stored in the cloud. Your organization will never have to worry about organizing your files or making sure you’re keeping that pesky server up and running and powered on with UPSs so that you don’t lose your data.
Can view from any device via an internet and web browser, so all you need is internet access and a web browser. What does that mean? So what that means is you can essentially pull up PQ Canvas on your smart TV. You can pull it up on your smart fridge if you really wanted to. You can put it up on your watch. You can open it on your phone.
And where this is different from even our iOS app is that as long as you have a web browser on your Android device, you can access PQ Canvas. You won’t be able to natively connect your Android device to the PMI recorder, but if it’s a remote recorder already, you should be able to manage that from your Android device. And then we have wide compatibility with most browsers, so we’re only limited by your browser. If your browser doesn’t support us, you might have to switch browser. So far we have tested with the four major Firefox, Safari, Chrome and Microsoft Edge and have no issues at the moment.
Cloud-Based Power Quality System
So cloud-based power quality is a two-part system. So for one, you obviously have the hardware and the second part to that system is the software, which would be the PQ Canvas cloud system. So you would use a Seeker, Guardian, Tensor or Bolt as the physical measurement device. You can get single phase, three phase or plug-in receptacle variant. Streams PQ data in real time to PQ Canvas. Then PQ Canvas would receive and store the PQ data from any of your devices and it would provide a web-based access to all of your PQ data. Now we’ll also let you data transfer to ProVision or PQ Diff for offline access so you still have that functionality.
You can extend SCADA beyond the substation, the power pole, pad-mount transformer or the meter base. Advanced situational awareness with PQ Canvas means that it can respond to voltage problems or PQ events and immediately send you an SMS or email alert if they are programmed.
You can also monitor PCC voltage quality and power flow for large or sensitive customers, more the ones that are calling and telling you that they’re having specific issues with maybe sensitive electronics, VFD motors, soft starts, anything with generative distribution and things like that. Web-based analysis tools for voltage regulation and unbalance, DER power and VAR flow, reclosure operations, CBEMA voltage quality, waveform distortion and voltage stability.
PQ Canvas Server Workflow and Analytics
So the PQ Canvas server system workflow works as the following. The income packet processes receives the raw seeker data or recorder data. Then it decompresses and sends to other processes. The alarm process parses alarm statuses and caches latest updates. And then the SMS and email process for sending alerts based on trigger conditions will activate. Web server hosts the website, and then the database stores all the PQ data.
We also have the analytics reports available on PQ Canvas that were previously available on ProVision. We are following, at the moment, the voltage regulations, so ANSI C84 along with the voltage tags for IEEE1668, ITIC, and SEMIF47, along with the voltage unbalance and harmonic distortion, which is IEEE519 and IEEE1453 along with 1141. So you can run all these reports in PQ Canvas.
If you have any other kinda standards that you guys feel you use pretty often, do submit us an email request to support@powermonitors.com and give us a little more information on that, and we should be able to collaborate with engineering and get a report uploaded for you.
Devices Page
So in PQ Canvas, you have your devices page itself, which is where most of your accounts are set to go to by default. If you haven’t selected a default, you can go to the help page behind the big gear icon and set the device page as your default login page. Here, you’re gonna view all your devices at a glance. You also have voltage per channel and kilowatt quick view.
Here you have your device activity, status, and alerts. You can also search for specific devices. You have your remote monitoring from anywhere at any time, and it’s available to the whole organization at the same time, so you guys can view the same data in real time together, even from different locations. View child devices like our environmental monitor, the ATOM, which you can see in the screenshot below, the ATOM linked into a Tensor.
Recordings Page
The recordings page, this is where all your recordings will be stored, organized, shared, and you can manage them in here and organize them into either a normal category, either by name, serial number, or date created. Or you can create folders to sub organize them as well. You can view recording timestamp and view device serial numbers. You’re gonna have unlimited file storage, and you can also view your Merlin analysis summary on this section right here.
Under analysis, you’ll see the summary analysis for each of the recordings that have been ran through Merlin. And then you’ll also be able to see the link to reports.
Graphs Page
On the graphs page, this is where you’re gonna store, organize, share, and manage all your graphs, create expiration links to specific graphs, and you’re gonna schedule daily delivery of either graphs or reports, view shared status of a graph, and generate graph templates.
Reports and Waveforms
All standard reports available in ProVision are available in PQ Canvas as well. So you can see here, we have a plethora of different reports. We should have most, if not all, as far as what our recorders are capable of, power quality reports are already set up in PQ Canvas, but as stated previously, if there’s something different that you would like, please submit a request to us via email, and then we’ll be able to follow up on that with you.
Here, we can see what waveforms look like on the PQ Canvas cloud platform. Here you have your strip charts. Here we have the harmonics, and you can see you get different ways of viewing your data. So you have more of a chart format here, and then a bar graph format over here on this side.
Merlin Power Quality AI
And then here is Merlin. So Merlin would be our power quality AI that you would use to run power quality analysis on your recordings, and you can upload your recordings from ProVision using the PQ Canvas uploader within the file menu option in ProVision to run recordings in Merlin as well.
Here, you can see Merlin classifying a report for us. So you can see that it says it’s a stable three-phase voltage with no sags or swells observed. We go into detail here with the top issues laid out for us. Merlin has identified that there are no voltage sags, at least at a severity zero. There are no events and that’s baseline. Loose neutral severity, maybe one, no open neutral signatures, and then load pulses, severity two, so isolated customer driven impulses.
And then you can see here we have the rating score on the right-hand side. Underneath that, you have your compliance ratings, and then your strip charts, waveforms, and your focus areas.
So again, if you would like to transfer your recordings from PQ Canvas into ProVision, because a lot of people still haven’t made the jump or the switch from ProVision to PQ Canvas, you do have the ability of uploading all these recordings to PQ Canvas, so you can run analysis on them or back them up in the cloud.
Live Demonstration: Signing In
From there, we’ll be going ahead and going into the live demonstration. Feel free to have a second window open with your own PQ Canvas account if you already have it.
So principally when you go to PQ Canvas, you will be on the sign-in screen, which is pqcanvas.powermonitors.com. And you’ll notice at the top, we do have a disclaimer for Merlin. It does say PQ Canvas uses generative AI, which is known to generate inaccurate or incomplete results at times. This tool is designed only to supplement, not substitute for professional advice. The outputs of this tool are not guaranteed to be complete, accurate, or error-free. And you would simply just enter your PQ Canvas account information and go ahead and click the sign-in button. I do recommend that you check the Remember Me box unless you share a computer with other people in your organization.
Live Demonstration: Devices Page
You can see here that by default, like I mentioned earlier, I was taken to my device page. And generally, this is probably the best way or the best default to have set as far as your login page goes, because you can see your devices at a glance as far as any of the ones that might be online. I’d be able to see if there is a problem going on the moment I logged in, which is really great.
And in contrast to ProVision, you’d have to wait till you’re connected to the device. Well, first you’d have to wait for your computer to recognize the device, then ProVision to connect to the device, retrieve its status, and then you can start viewing data from the device. Whereas here, you just log in and you have instant access. I can see that this Bolt is reporting 120 volts across all three channels and is looking healthy. So you have at-a-glance information that you can just log in and view.
Also from there, you should also be able to differentiate what you’re searching for based on either alerts, your labels, your serial numbers, what kind of device it is. You also have the ability to pin the devices if need be.
Live Demonstration: Device Overview and Live Data
So here we can see that this Bolt, after clicking on the Bolt, we are taken to the quick access view, and this Bolt is currently recording and reporting into PQ Canvas. We can go into Overview, and Overview is going to give us a general run of what the last four hours of recording have seen. So it looks like this recorder has actually not been reinitialized. And then you also have the functionality of going into live data, waveforms, and meter display like you would have on ProVision.
So here we can see that this is very valuable as far as once you start managing multiple recorders, it all depends on what the size of your team is or how many recorders you deploy, but you have information at a glance, and you can also from there go into these devices, pull live data, see what the recorder is seeing in real-time.
Live Demonstration: Graphs and Interval Data
From the live data page, then you also have your graphs. In here you’ll be able to go into your interval graphs, and you can select whether you want to see either like an overview, voltage, current, or total power. You also have your RMS voltage, current, real power, and voltage unbalance. For the sake of this demonstration, let’s go into RMS voltage and current.
So we can see here that we’re getting some data from the recorder. It’s plotting the voltage and the current for channels one and two. You can zoom in on the data just like you could in ProVision. If you would like to isolate a certain area within that data, you just click and drag wherever it starts and make sure that your marker is where the events end and then you can keep zooming in.
From here, you can also click on the little eyeball at the bottom of your screen with the line through it where you enable your toggle point data table. Wherever you point your mouse on this graph, you will be provided the actual integer value of that data plot that’s on the graph. So you can see here it’s telling me where the blue line is right now across all three scales. It’s telling me 116.5 volts for channel one, with 17 amps on channel one, and then 119.2 volts for channel two, along with 1.6 amps for channel two. From there, you also have access to your daily profiles and your histograms.
Live Demonstration: Recordings and Templates
Now going back, we have the recordings as well. So you can either navigate your recordings by the recorder or you can go down here to the recording tab and view all the recordings that are in your PQ Canvas account. For organizational purposes, I do recommend that you stay with going through the devices itself and just bringing up the recording list so that way you’re able to keep track of which recordings came from what recorders and where these recorders were deployed at.
So you can see here that we have our list. It tells us the last file was uploaded on 3/9 at 9:51 in the morning. You also have the ability here to start a new recording. You can see here that you can pull the settings from the recorder and reuse those same active settings the recorder is using. That would have been a retrieve settings within ProVision, so we have mirrored that functionality here in PQ Canvas. You also have the ability to manage your templates from here, or you can pick either a guided installation or from our presets.
For the sake of this demonstration, I’m gonna show you guys the guided installations. Traditionally, in ProVision, this would have been under Create a New Template or a New Default template, and it would have had you select your device type. This is already in your device type, so it knows what type of device you have. You just pick what kind of hookup you’re gonna be hooking up to, so you have Y, two-and-a-half element Y, three-wire delta, four-wire delta, and then make sure you select your current range and set your nominal voltage.
From there you can also select a template, let’s say we want to do the 24-hour and go Next. You have the option to change the recording interval still after the fact, whether you’re using a preset configuration or not, and then you still have the ability to go into Advanced and change what you need from this initialization in order to get the most out of your power quality investigation.
On Miscellaneous is where you will enable or disable both voltage or current channels, and where you also put your header report. You will also set your hookup type in here, and then you can turn phase correction either off, on auto, or leave it on manual for you to do it every time you record a new file on that recorder with these settings.
Live Demonstration: Reports
So from there, we will be working our way back into the devices so you guys can see the reports. So we have these statistics reports. You can either run an outage list, an outage summary, or a reclosure operation, as well as an RMS interval report, RMS current, a real power report, or a voltage unbalance report. You can pick your time span and select your dates while also adjusting your averaging interval. We’re gonna go ahead and set it to 30 seconds and run the report.
We can go to Reports and see an example of a report that might have already been ran. So we can see here that the PQ Canvas platform has essentially taken that power quality data and put it into a nice, neat PDF report for you to be able to download. Here you can see that it is providing a summary. It tells you the report ID along with the analyzed file name, how many channels, what time it was, how long it was, the kind of recorder that was used along with the serial number.
The nominal voltages detected, and the recording interval, as well as the parameters. So your percentage changes for voltage unbalance threshold, your current balance and threshold. Anything that would affect how your recorder is looking at where it’s recording is going to be included in the parameters section.
Detailed Analysis Example
Moving on, you have your detailed analysis. It says, “The Unbalance Analysis report requires a minimum of three voltage channels to be recorded, where the mean voltage on each channel equals 60 VRMS. The recording recorded two channels, two of which met the valid report criteria.” No observations, so it did not see any areas of concern, and it will also give you a timestamp for the report, as well as cite the recording filename on the bottom.
So you can see that where this would be really useful when trying to communicate with your customers what’s going on during a power quality investigation. Here is a better example of one that did observe disturbances and the analysis behind it. So you can see here is a statistic table on the detailed analysis page that is giving you the average values of disruptions that it’s seen.
And then moving on, the graph as well, so it does plot the data for you. We have volts up top, RMS current amps, voltage unbalance percent, and current unbalance percent. The report also provides more figures with timestamps. These scales are adjustable. You can change what kind of data is being showed, but it also provides you a daily profile graph breakdown of the recording into 15-minute bins, each bin corresponding to a 15-minute period in a 24-hour day. So there are 96 bins. Each bin is the average value of that 15-minute period over the duration of the recording.
So you can see that this would be really useful for long-term power quality investigations, where you’re compiling a lot of different maybe harmonic data from a customer or transient data. Maybe they’re having a lot of voltage swells. Anything long-term, PQ Canvas is gonna be a great tool to manage that.
Live Demonstration: Custom Graphs and Mapped Devices
And then moving on from the reports, you can also make your graphs down here in Custom Graphs, and these will be deployable between your whole organization. And you can see here that it does provide you with a created date as well as the name of the author for the graph, to manage them. You can also delete them on the right-hand side using the trashcan, and you can search for a specific graph with the name. To create a new one, you would click this plus mark in the top left-hand corner next to the Refresh icon.
Now moving on from graphs, we have the mapped devices. So within mapped devices, you’ll see here we can pull up a map that will give us the location, a rough location, it’s not exact, it is relative, of a recorder. And this map is also interactive, so while you’re on the map itself, if you see any recorders that might be having an issue, like this one over here seems like it’s setting off an alarm for low, low voltage on RMS voltage, channel three, low, low.
So we’ll go ahead and click on that and expand, and you can see here that it’s showing me the alert itself. So it looks like it hit a high alert at 2:55 and then a low, which might look like some harmonics or transients.
GPS Waveforms and Help Center
From there, from the map, we have the satellite GPS timestamp waveforms for our recorders that are equipped. Currently, at the moment, the only recorder that is capable of this feature, because it has the necessary hardware to do so, is the Seeker. So you would just run your GPS waveforms and then it will try to locate the devices that are signaling that they have a GPS lock.
And we also have the Help Center. As I previously stated, this is where you’ll go to change your default login page. You can change it either from Devices to Recordings or Graphs. I find that Devices is the most useful, as far as when you first log in to your PQ Canvas account, what kind of information you’ll be looking for. We also have the download links for the Quick Start Guide, the manual, and our White Papers Library.
Settings and Account Management
Making our way over to Settings, this is what you’re gonna use to manage your PQ Canvas service. Another way to think about that is being an administrator for the most part, as far as PQ Canvas goes for your organization. So this page is gonna be where you’re either adding users, deleting users, purchasing Merlin credits, uploading company logo for automatic report generation. You can see who’s sharing files, how many people they shared them to, for how long. You can delete the file and the sharing itself.
Going into Contact, you can add different contacts for the SMS and email alerts. We have the option of either just adding a phone number or clicking on the other side and adding an email, and then you will have to add those contacts to the distribution list for alerts. You also have the ability to change passwords in here. So if you want to change your password, you can. You can also change your user information.
And you can view the notifications that are currently set. So this is where you’ll set your distribution list for any certain device and whoever you want to be alerted from those alerts that are coming off the device.
Tags and Scheduled Reports
Here we also have tags. Tags is an easy way to classify and organize your files by associating it either with a tag. And how I see most people utilize these tags is by either using a customer identifier, whether that be one, a different one for residential or commercial customers. Tags would be a really easy way for you to differentiate what data you’re looking at and who’s who, assuming that most of you, for the most part, take care of all kinds of different customers.
You also have the ability here to schedule reports, which you can set to come out on a scheduled time basis, once a month, once a week. It doesn’t matter. You can have it for semi-permanent installations or short-term runs. Here we also have your export settings, so this is where you’re gonna upload your company logo in order for the PQ Canvas report generator to put that as watermark in the background.
Live Demonstration: Viewing a Recording
All right. So diving into an actual report here, I’ll just give you guys a quick walkthrough on how to view a recording from the jump. So we’ll go to a recording list. Here we’ll open a recording. Most of you that have used ProVision are familiar with this. This is similar to your header report. It looks like now it’s being transitioned over to be called the event log, but either way you should be able to see if not most of the information that pertains to the investigation and what the recorder was set for on this screen.
So you have the firmware, and the software, the circuit type, the current range, as well as your interval and your start, end date. You can also adjust your report parameters after the fact. So you can change the timeframe, as long as it was within the actual recording file. You can change your averaging interval. You can turn off other channels, change your nominal voltage, and set your connection points.
And just like ProVision, anything you see in here that is blue is a hyperlink to that data. So I can click on RMS Voltage here and it’ll take me to the RMS Voltage graph. You can see here we have the events also labeled out at the bottom, as well as your scale factors that are adjustable from the header report as well. And then if you need to change any recording file names, you would click a pencil icon that’s located over here to the right-hand side of the file name. Just make sure you click the floppy icon when you’re done changing the name to make sure that you’re applying those changes.
Here you can see that just like ProVision you get your traditional report tables, and you can differentiate this data. This data can also be exported into Excel as well.
Closing
All right, folks, so that concludes the live walkthrough of PQ Canvas. Please have a good rest of your day, and if you do have any questions, feel free to email them to support@powermonitors.com, or you can call us at 1-800-296-4120. Thank you guys for attending. Have a good rest of your day, and stay safe.
