Profile Graph
Requirements
Meter Account
Optional: Multiple Tariffs linked to this Meter Account
Access
1. Select Meter Account
2. Go to View->Profile Graph
Usage
Consumption and Demand usage per half hour is graphed in the center. (Demand is only shown if the tariff actually references it.)
Non-instantaneous events like power down, is shown as grey blocks behind the graphs.
Legend is shown on the right.
Hover mouse over a point in the graph to get the exact values measured at that point shown on the left.
Below graph:
Current date selection
Date of cursor (mouse) position
Total (sum of) consumption for selected date range
Maximum demand along with power factor at maximum demand, time of maximum demand
Load factor at both demand and consumption
Above graph:
Zoom in (first select a range by dragging on the graph).
Zoom out: Zooming out of a day, will show a week, out of a week will show a month, etc.
Page Left/Right: Moves the range displayed on the graph one full page left/right.
Pan Left/Right: Moves the range displayed on the graph one tick left/right.
Switch between tariffs linked to this meter account using the tariff dropdown on the top right.
Switch between other meter accounts using the meter account dropdown on the top right (if there are less than 20 meter accounts); or the previous/next links on the top right (if there are more than 20 meter accounts)
Change to a different date range by clicking on the Choose Dates button bottom right.
Each half hour can be colored according to seasons and TOU (specified in the tariff).
Optionally the profile graph can be displayed below the Meter Account from the Edit->Meter Account screen.
Possible Extrapolations
TOU optimizations
When the tariff is set up properly with TOU, you can easily see where you might be using too much power during peak times.
Power Factor
Consumption can be compared against demand. (We use kW and not kWh for ease of comparison). If power factor is bad, consumption and demand will differ a lot. A power factor of 1 means demand and consumption will be equal.
Meter bypass/tamper
The Profile Graph is an excellent tool for finding many problems with metered data.
If viewed over a month period, irregularities like a meter bypass can often easily be detected, even for the untrained eye. A meter bypass will usually contain zeroes in areas where consumption would be expected.
CT blown
A blown CT will mean the data will read on average 2 thirds of the usual readings. The exact point of a blown CT can therefore often be seen where the consumption graph suddenly drops to 2 thirds of the usual shape.
Lights/Aircons forgotten on during night time.
On nights when the consumption does not fall as low as other nights, aircons or lights might have been left on.
Reversed CTs
Not the best place to pick up reverse CTs (Phasor Graphs are better for this); but if they are reversed (and should not be); the graph should show zeroes.
Other Regular Problems:
For example when a shop is closed and the manager switches off the power to the shop at the breaker before the meter, the profile graph will show a regular power down every night.
Shift usage
A calendar can be created for each shift, which in turn can be combined with the Meter Account's Tariff (Under Edit->Meter Account). With this you can create a Profile Graph showing only the usage for each shift and also instantaneously calculate the cost for each shift using the optional Provisional Bill at the bottom.
Example 1:

Example 2:

Example 3:

Phasor Graph
Requirements
3 Phase meter of which PNPSCADA can read the phasors
Access
Select desired meter in Overview
View->Phasor Graph
Usage
The first screen shows a table of phasors that have been read
Columns:
Date
Voltage and Currents over all 3 phases
Voltage and Current Angles over all 3 phases
kW (P); kvar (Q) and kVA (S)
power factor (pf)
If there are more than one page of phasors, you can navigate to the other pages by clicking on next and previous
Click on a date to open the phasor graph for a specific date
The phasor graph shows:
3 thin lines in different color depicting voltage:
1. Red
2. Yellow (White)
3. Blue
3 thick lines in different color depicting current, corresponding to the thin voltage lines
The length of the thick lines indicate the relative load balance
To the right of the graph is a table of actual values with columns for:
All 3 voltages and currents
All 3 volt and current angles
kW (P); kvar (Q) and kVA (S)
Power Factor (pf)
Possible Extrapolations
Example 1: This is what a typical 3 phase connection should look like.
Example 2:
Power Factor Correction Equipment have engaged too many capacitor banks
Look out for phasor graphs where the currents are small (less than 10A). If the current is small you wont necessarily get a good phasor graph. In this case this is not the problem.
If Red CT was moved to White Voltage,
White CT to Blue Voltage,
Blue CT to Red Voltage
and all 3 CT's reversed,
you'll get a close to perfect Phasor Graph, which might be the problem in this case.
Example 3: Red CT should be reversed.
Example 4: An example of a 3 wire connection that is wrong
Example 5:
The phase rotation is the wrong way round, i.e. White and Blue Voltage and CT should be swopped
Phase load balancing should be done at this site
Example 6: An example of a typical 3 wire connection
Example 7: Not sure what is going on here, but everything seems to be wrong
Example 8: An example of a typical connection to properly working Power Factor Correction equipment with correction derived from the Blue phase, overcompensating on White and undercompensating on Red phase
Example 9: An example of overcompensating Power Factor Correction Equipment
Example 1:

Example 2:

Example 3:

Example 4:

Example 5:

Example 6:

Example 7:

Example 8:

Example 9:

Daily Consumption Graph
Requirements
A meter account linked to a meter with half-hour kWh profile
Access
Select desired meter account
Go to View->Profile Graph
Select desired date range for report in Profile Graph
Go to Reports->Daily Consumption Graph
Usage
Shows kWh (left axis) usage for all meters in the Meter Account summated for each day (bottom axis).
Possible Extrapolations
Since Profile Graph shows half hour values, this graph is useful as a visual comparison of days.
Example:

Daily Consumption Breakdown Graph
Requirements
Meter account linked to:
Meter with half-hour profile
Tariff with TOU calendars
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph
Go to Reports->Daily Consumption Breakdown Graph
Usage
Shows summated kWh (left axis) usage for all meters in the Meter Account for each day (bottom axis).
The kWh for each TOU rate are also individually summated and indicated on the bar.
Possible Extrapolations
This graph can be used to optimize usage to when it is cheapest.
Finding out when in a month these optimizations were violated.
If this graph is combined with a Shift Tariff, you can see which shifts had higher usage for each day.
Example:

Monthly Consumption Breakdown Pie Chart
Requirements
Meter account linked to:
Meter with half-hour profile
Tariff with TOU calendars
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph
Go to Reports->Monthly Consumption Breakdown Pie Chart
Usage
Shows usages summated over selected date range for each individual TOU rate.
Each rate is shown as a percentage.
Possible Extrapolations
Select a range that spans equal amounts of both Winter and Summer to see how much more electricity is used during Winter times. Provided that your Tariff differentiates between the seasons.
Select a range that spans a month to see how much electricity is used during Peak, Standard and Off Peak times.
Example:

Year To Date Monthly Consumption
Requirements
Meter Account linked to a meter with data for at least 2 years
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired 2 year date range for report in Profile Graph
Go to Reports->Year To Date Monthly Consumption
Usage
This report is typically run on an overall Meter Account for your whole group of stores. It compares your energy use in this year to your energy use in the previous financial year. The purpose of this report is to give you a high level overall view around the question, whether you are saving energy or not.
This year is shown with blue bars
Previous year is shown with red lines
Projected usage for the rest of the year is also shown with yellow lines with circles
Non-comparable consumption is shown with yellow lines with squares
Because some stores are new within the last 2 years, some of their data could be non-comparable to the previous financial year.
One Meter in the Meter Account's profile is non-comparable if it does not have a full month's consumption for the same month previous year.
Possible Extrapolations
This report shows if (and how much) your energy initiatives works.
If a Meter Account is linked to all the Meters in a shopping center, you can see how much consumption is due to new shops by looking at the Non-Comparable values.
Example:

Year to Date Carbon Consumption
Requirements
Meter Account linked to a meter with data for a year
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph (A year or more is advised)
Go to Reports->Year To Date Carbon Consumption
Usage
Same as the Year to Date Monthly Consumption report, except that consumption of CO2 is calculated and displayed.
Possible Extrapolations
A visual graph of whether carbon is saved.
Example:

Statistics
Requirements
Meter Account linked to a meter with data for a month
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph
Go to Reports->Statistics
Usage
Two tables are shown:
Energy Consumption and Demand: For each consumption and demand line item in the tariff an average, a maximum and a percentage load factor is shown.
Financial: For each consumption and demand line item in the tariff, the number of units, rate and cost (units * rate) is shown.
Possible Extrapolations
To keep cost low, the highest average consumption should be during off-peak times and the lowest average consumption should be during peak times.
From Consumption's % Load Factor, you can see how close you get to your breaker's maximum amperage.
Compare Winter and Summer averages consumption.
See if your Maximum Demand occurs during Peak, Standard or Off Peak times.
See cost of consumption and demand.
Example:

Account Quota
Requirements
Meter Account linked to a meter with data for more than a year
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph, preferably a start date that is already past, and an end date that is still to come, as the graph is used to make predictions. The start of the month to the end of the month is a good range.
Go to Reports->Account Quota
Usage
The current date range's incremental consumption is plotted against a comparator that is linearly interpolated.
At the bottom left, the comparator can be changed and defaults to last year's consumption. Click Submit Query before changes will be applied.
At the bottom right a margin can also be set. If 20% less consumption should be used, enter -20%, and if 20% more consumption is expected, enter 20% and click Submit Query.
Possible Extrapolations
If current usage is above the comparator's line (i.e. in the red); projected usage for the end of the period is more than the comparator. If the current usage is below the comparator's line (i.e. in the green); projected usage at the end of the period is less than the comparator.
Example:

Tariff Comparison
Requirements
Meter Account linked to 2 or more tariffs that needs to be compared
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph
Go to Reports->Tariff Comparison
Usage
Two provisional bills are run for the selected date range and compared below each other.
The totals for each bill is shown at the bottom as well as difference and the percentage difference.
Possible Extrapolations
Note that if a bill run on Tariff A is less than Tariff B for a specific date range, it does not mean that the bill would be smaller for all date ranges. This is mostly because of Maximum Demand that can make bills vary a lot.
It is advised that bills are compared for each billing period over a year before conclusions about which tariff is better be made.
Example:

Savings
Requirements
Meter Account linked to a meter with data
Access
Select desired Meter Account in Overview
Go to Reports->Savings
Usage
First Screen
Choose 2 different date ranges to compare and/or 2 different tariffs
Enter the date ranges and tariffs into the inputs provided
Select kg of Carbon per kWh as specified by the country or alternatively specify your own constant.
Enter any other factors (max 4) that need to be considered. e.g. Your company might have 2 more delivery vehicles this year. You will need to specify for each of these:
A name. e.g. Delivery Vehicle
Units Description e.g. km
Amount used fore each period e.g. 80km and 100km
The carbon multiplier e.g. 0.17 kg of Carbon per kilometer traveled
Choose an interval or factor to compare against. e.g. if you specify per kilometers, the result will be how many kWh per kilometer you are using more/less since the previous year.
Second Screen
For each of the date ranges selected, shows usage and difference of
Consumption
Demand
Financial
Any other factors you have added
Carbon impact
Possible Extrapolations
From this you can calculate if and how much your carbon saving initiatives have made a difference. A positive value in your Carbon Difference means you are using less carbon than the previous period and a negative value means you are using more carbon.
You might have also replaced your fleet of 12 cars with two trucks, which uses more carbon than a car, but there are less of, which might calculate to an overall smaller Carbon usage.
See if your kWh and cost is now less.
Example:

Environmental Impact Summary
Requirements
Meter Account
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report in Profile Graph
Go to Reports->Environmental Impact Summary
Usage
The report shows environmental impact over the whole selected range, as well as a per day average and a per month average:
Ash produced in kg
Carbon Dioxide emissions in kg
Coal used to generate this amount of electricity in kg
Nitrogen Oxide emissions in kg
Particulate Emissions in kg
Sulfur dioxide emissions in kg
Water used in kl
These values are currently constants as set out by Eskom for South Africa.
Possible Extrapolations
These are common values used when doing environmental impact studies, and should be used for that.
Example:

View Baseline
Requirements
Meter Account linked to a meter with profile data
Access
Select desired Meter Account in Overview
Go to Edit->PCP Baseline then
Go to Reports->View Baseline
Usage
Power Conservation Program Report ask specified by Eskom.
For this report they define the baseline to be the last year's bills minus 10%. They also define other factors like control, disincentive and penalty band and their respective thresholds for when they apply.
Screen 1:
Enter a baseline value for every month
Enter control, disincentive and penalty band and respective thresholds.
Click Submit
Screen 2:
Baseline is shown as a red polygon
Actual usage is shown as a blue line over the baseline
Possible Extrapolations
Determine if you are using less power according to the Eskom PCP.
Example:

Summary Billing Report
Requirements
Meter Account Group optionally divided into categories of Incomer and Tenant
One or more Bill Runs for the Meter Accounts in the Meter Account Group
Access
Select desired Meter Account Group in Overview
Go to Reports->Summary Billing Report
Usage
The categories can be set up under Edit->Meter Account Group
This report displays kWh/kVA and cost of all Meter Accounts in this Group against all Consumptions and Demand Tariff Line Items of the default tariff.
Meter Accounts are listed as rows
Tariff Line Items are listed as columns
On the last row, a summation of the Line Item values are shown
There is also a Download as CSV if you want to do your own calculations or further reporting in Excel.
The Meter Accounts are sorted in rows to show incomers first and then other accounts.
Possible Extrapolations
Get an overview of all your meters. Since incomers are clustered together, it can be used to see how much incomers differ from sub-meters. For this reason, this report serves as a substitute for over and under recovery reports.
Compare different sub-meters/tenants demand and consumption to each other. For example in a case where there are many tenants, one with high demand and the rest with high consumption paying towards the same incomer, a fair split can be discussed based on this report.
Example:

Sub-metering Recon
Requirements
Meter Account Group with Meter Accounts divided into categories:
One or more Incomer (i.e. What you are being charged by your Billing Authority.)
Bulk LV (optional) This will generally be on the LV side of your Transformers, so the difference between this and the INCOMER accounts are generally your Transformer losses.
One or more of the Tenant categories. You can have multiple classes of accounts that are Tenants accounts, e.g. Common Areas, air conditioners, etc.
One or more corresponding non-Tenant accounts. This is where you put your Bulk Aircon and Bulk Common Area accounts.
One or more previous Bill Runs
Access
The categories can be set up under Edit->Meter Account Group
Select desired Meter Account Group
Go to Reports->Sub-metering Recon
From the billing period drop down, select the desired billing period for which bills has already been run.
Usage
This report is divided into 3 different areas:
Main Incomer Totals
Grand total for usage and maximum demand
Energy Use Analysis between Incomer, Bulk LV and Tenants
Table for Bulk Electricity
Total: Summation of consumption and MD of Bulk LV
Variance Units to Incomer: Bulk LV Total ? Incomer Totals
Variation % to incomer: Variance Units / Incomer Totals
Table for Actually Billed
Total: Summation of consumption and MD of Tenants
Variance Units to Incomer: Tenant Total ? Incomer Totals
Variation % to incomer: Variance Units / Incomer Totals
Table for Variance
First Row: Variance between Bulk LV and Incomer
Second Row: Variance between Tenants and Incomer
Table for %
First Row: Percentage Variance between Bulk LV and Incomer
Second Row: Percentage Variance between Tenants and Incomer
Unaccounted for units: Bulk LV ? Tenants
Bottom line usage not charged for due to losses between incomer and tenants
Unaccounted @ Cost: (Unaccounted for units) * (kWh rate for incomer tariff)
Your loss to the municipality due to unaccounted usage in currency
Unaccounted @ ave selling: (Unaccounted for units) * (average kWh rate over all tenant tariff rates).
Your per-tenant loss due to unaccounted usage in currency
Financial Recovery Analysis
Gives a breakdown of the following:
Units
Rate in Currency
Amount Paid to Billing Authority
Amount Recovered from Tenants
Variance between Paid and Recovered in currency
Variance between Paid and Recovered in percentage
The breakdown is given for each of the following:
Energy kWh (INCOMER):
Units is your consumption summated over all INCOMER meters
Rate is the summation of all your Consumption rates of the tariff linked to the incomer
Maximum Demand (kVA)
Units is your Maximum Demand
Rate is a summation of all your Maximum Demand rates of the tariff linked to the incomer
Service Charge
Units is ???
Rate is a summation of all your Fixed Cost Line Items
Excess varh
Units is a summation of all your varh consumption
Rate is a summation of all your varh rates of the tariff linked to the incomer
Other Charges
Units is a summation of all the units that does not fall into the above categories that appear on your tariff
Rate is a summation of all those rates
At the end is a bottom line Total Cost of Supply for both the Amount Paid to Billing Authority and Recovered from Tenants and a Rand and Percentage Variance.
Also, if you are Over or Under Recovering.
You can also download this information as a CSV download
Possible Extrapolations
This report helps you - as the Billing Authority for your tenants - to determine whether you are recovering all your energy costs or not, by how much, and why.
Example:

Group Financial Loss due to PF<1
Requirements
Meter Account Group
Multiple previous Bill Runs
Access
Select desired Meter Account Group in Overview
Go to Reports->Group Financial Loss due to PF<1
Usage
Lists all Meter Accounts and columns for:
Meter Account Number
Meter Account Name
Manager Telephone Numbers
Region
Load Factor (Average Usage divided by Peak Usage)
Annual Max Demand
Annual Loss in Currency
Loss for the last 3 months in Currency
Power Factor for the last 3 months
Possible Extrapolations
Determine which sites are in most need of power factor correction.
Example:

Meter Online Status
Requirements
Meter Account Group with readings for the past 12 months
Access
Select desired Meter Account Group in Overview
Go to Reports->Meter Online Status
Enter date range for report. Preferably 3-24 months.
Usage
This report shows a bar for each month in the selected date range. Each bar shows how many meters were read in for each month.
A meter is said to be “called in” if any license channels were charged. e.g. kWh/kvarh profile, real time, digital switches, instrumentation profile etc. For this reason, this report gets is figures from the license table.
Possible Extrapolations
Useful to trend commissioning of a site, if for example a fixed amount of meters need to be installed per month.
Example:

Power Factor at Daily Maximum Demand
Requirements
Meter Account linked to one or more meters with profile
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report
Go to Reports->Power Factor at Daily Maximum Demand
Usage
Left axis shows power factor (not starting from 0).
Bottom axis is date range. One tick per day.
For every day, the point of Maximum Demand is calculated and then the power factor at that point is plotted on the graph.
Possible Extrapolations
Like MD Scatter Plot, but with daily context. Allows you to understand your power factor.
Example:

MD Breakdown
Requirements
Meter Account linked to one or more meters with kWh and kvarh profile data
Access
Select desired Meter Account containing multiple meters in Overview
Go to View->Profile Graph
Select desired date range for report
Go to Reports->MD Breakdown
Usage
Shows selected date range with point and value of MD
Lists each Meter in the selected Meter Account, along with:
Meter Name with quick access link to this meter in overview
Serial with quick access link to this meter's totals
Active Energy at point of MD
Reactive Energy at point of MD
Demand at point of MD
Power Factor at point of MD
Status at point of MD, which includes the following:
ok (MD was not calculated)
calculated (MD was calculated, like from a linear interpolation after a meter total insert)
Possible Extrapolations
Determine which meter is contributing most to the MD or bad power factor.
Example:

MD Scatter Plot
Requirements
Meter Account linked to one or more meters with kWh and kvarh profile data
Access
Select desired Meter Account in Overview
Go to View->Profile Graph
Select desired date range for report
Go to Reports->MD Scatter Plot
Usage
Left axis is MD (not starting from 0)
Bottom axis is power factor (not starting from 0)
Plots power factor at point of maximum demand against demand. One dot for each day.
The highest dot marks the month's MD.
Possible Extrapolations
Shows the effectiveness of your power factor correction equipment at different demand levels.
Example:

Night Time Reduction Report
Requirements
Meter Account Group
Access
Select desired Meter Account Group in Overview
Go to Reports->Night Time Reduction Report
Usage
Also known as the morning report.
Enter a date start and end range and click on Change Date Range.
Lists all Meter Accounts in the selected Meter Account Group along with these sortable columns:
Name (link for quick access to Meter Account)
Total kWh Used for all meters in each Meter Account
kWh not used (i.e. the gap) during after hours (taken as 19:00 – 7:00). If a line was to be drawn (on the profile graph) from the top of the kWh used at 17:00 to the top of the kWh used at 9:00 the next day, all usage below this line forms part of the gap.
Percentage of Gap to Total kWh. Values below 20% are marked in red. Negative values imply that more power was used during night time than during day time.
Average Power Factor for selected period.
Table can be exported to CSV
Possible Extrapolations
Can give a quick overview of shops not switching off aircons and lights at night. To determine which cases are most severe, Total kWh and % of Gap to Total should be taken into consideration.
Example:

Comparable Period Savings Report
Requirements
Meter Account Group
Access
Select desired Meter Account Group in Overview
Go to Reports->Comparable Period Savings Report
Usage
Enter Start date for report (last week is default)
Enter Comparable date for report, preferably same date last year (last year, same date is default)
Enter number of days to compare (7 days is default)
Enter after hour range (19:00 to 07:00 is default)
Click Change Date after changing any values
Data can be exported to CVS by clicking on Export Current Values To Excel
Data is given in table with one row for every Meter Account in Meter Account Group with sortable columns for:
Code (from the Meter Account's Number)
Meter Account Name
Comparable date range is given first
Total kWh Used: Summation of kWh used for all meters in Meter Account. A quick link to the Profile Graph for this period is given as a Graph icon. If no value is given, it means the Meter Account has no comparable data.
Afterhours kWh Used
% of Usage Afterhours: Percentage of Total to Afterhours kWh used.
Current date range is given second
Total kWh Used: If no value is given, it means the Meter Account has no current data.
Afterhours kWh Used
% of Usage Afterhours: Percentage of Total to Afterhours kWh used.
Total Usage Changed % since comparable year. A positive value means more power was used.
Afterhours Usage Changed % since comparable year.
Benchmark Value: If you need to bring down consumption to a specific baseline, you can enter it here.
Afterhours kWh used against Benchmark percentage.
Possible Extrapolations
You might need to achieve a specific reduction in consumption over many stores. You can enter baseline values from tests done as benchmark values. From this you can see for each shop how close they are to achieving their goal.
You can also sort by Afterhours Usage Changed % to see who has the best reduction.
Example:

BMSRTU Bypass Report
Requirements
One or more BMSRTU's
Access
Go to Reports->BMSRTU Bypass Report
Usage
Lists all BMSRTU's along with sortable columns for:
Name of Meter Account that this BMSRTU is associated with along with a quick link to the Meter Account. If there are multiple Meter Accounts linked to this BMSRTU, takes you to an intermediate screen where you can select the correct Meter Account.
Serial with quick link to Overview screen for this BMSRTU.
Revision of the BMSRTU
Time Spent in Bypass is a summation of all the time the BMSRTU spent in bypass mode for the selected period.
Bypass Event Count is the amount of times the BMSRTU was bypassed.
Possible Extrapolations
Sometimes a security guard will bypass the BMSRTU every 4 hours of the night because they don't like working in the dark. This report can aid in dealing with the biggest offenders. In this case there will be many Bypass Counts as well as a lot of time spent in bypass.
Sometimes the BMSRTU is bypassed 5 minutes before the shop is programmed to open. This means that by changing the schedule on the BMSRTU 5 minutes earlier, the shop's lights comes on as the workers open up. In this case there will by many Bypass Counts, with little time spent in bypass.
Example:

Usage Report
Requirements
Meter Account Group
Access
Select desired Meter Account Group in Overview
Go to Reports->Usage Report
Usage
Enter Start Date
Enter End Date
Enter Afterhours start and end time
Click on Change Date
You can export the information to CSV format
Meter Accounts are listed in the rows, with sortable columns for:
Meter Account Name
Total kWh used for all meters in the Meter Account
Afterhour kWh for all meters in the Meter Account
MD for Meter Account over the selected date range
Average Power Factor over entire period
Possible Extrapolations
Find sites that need power factor correction equipment the most.
Example:

Phasor Report
Requirements
Meter Account Group linked to Meter Accounts linked to one or more 3 phase meters
Access
Select desired Meter Account Group in Overview
Go to Reports->Phasor Report
Usage
Provides a list of all Meter's in Meter Accounts in the select Meter Account Group and their last Phasor with sortable columns for:
Name of meter with a quick link to the meter in the Overview screen
Time last Phasor was taken
Serial number of Meter with a quick link to the meter's Phasor screen
Volts of all 3 phases
Volt Angles of all 3 phases
Current of all 3 phases
Current Angles of all 3 phases
Possible Extrapolations
Get an overview of sites needing phase load balancing or CTs installed incorrectly. (e.g. Current Angles going 0,240,120 instead of 0,120,240)
Example:

Notification Report
Requirements
One or more Meters with events
One or more Login Accounts
Access
Go to Reports->Notification Report
Select desired notifications
Click Submit at bottom of page
Usage
Lists each of the login accounts visible to the current user, along with columns for each of the selected notifications from the previous screen.
A notification only needs to be configured in either the Organization Role or the Login Account to be sent.
For each login account, shows whether they are getting notifications:
via email as configured in their Role (blue letter)
via SMS as configured in their Role (blue talk bubble)
via email as configured in their Login Account (green letter)
via SMS as configured in their Login Account (green talk bubble)
Possible Extrapolations
In the case of prepaid, get an overview of all Login Accounts and whether they are receiving “Ledger Low” notifications.
Example:

Captured Utility Bill vs Verification Meter
Requirements
Meter Account with one or more previous Bill Runs and Municipal Bills for the same period
Access
Select desired Meter Account
Go to View->Profile Graph
Capture Bills:
Select date range for which a previous Bill Run exists
Go to Tools->Capture Bill
Draw Report:
Select date range for which one or more previous Bill Runs and Captured Bills exists.
Go to Reports->Captured Utility Bill vs Verification Meter
Usage
Capture Bills:
At the top, select a date range for which a bill has already been run, against which you want to capture a bill
Enter Invoice Date for the Captured Bill
The Bill Total according to the already run bill is shown
Draw Report:
Left Axis: Shows values is currency
Bottom Axis: Date Range, divided in months
The graph shows 2 bars per month selected. The red bar is what was billed by PNPSCADA and the blue bar is what was billed according to the captured bill.
At the top a total difference is shown, with a positive value meaning Captured Bill was more and a negative value meaning PNPSCADA was more.
Possible Extrapolations
Get a graphical overview of the comparison between Captured Bills and PNPSCADA's bills.
Example Step 1:
Example Step 2: