The site status includes information regarding the main parameters of each energy asset on site - the Grid, Generator, Solar, Wind and Battery. Furthermore, it will display the contribution of each energy asset to the site's load and the load's power. The display of each asset will be independent of the others, and will only appear if:

• Grid – If the sites layout includes the text “On Grid”

• Generator – According to Generator 1/2 Panel, or Configuration->Generator1/2 Running, or if Fuel_1/2 is configured

• Solar - If the sites layout includes the text “Solar”

• Wind - If the sites layout includes the text “Wind”

• Battery - If the site layout includes the text "Storage"

• Request Update - This is a manual request for the unit's status and location (A single request can be submitted every 30 seconds).

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Main View

General

• There will be power data associated with each element (Grid/Generator/Battery/Solar/Wind). kW refers to the amount of power flowing from the source to the consumer.

• A dark blue color will be applied to elements that are under load, and a light blue color will be applied to other elements.

• Load percentages will only be displayed for elements that are on load.

• The text "Unknown On Load" will be displayed next to the site's main icon if the unknown source is loaded ("Site_Global.Unknown_On_Load = True)

• DC & AC Load – Displayed below the site icon, separated into AC and DC values:

  • DC Load – Site_Global.Consumers_Load_Power_DC / 1000 (kW)

    • DC is always displayed, even if its value is 0, since 0 is considered an important number when tenants are involved.
      
      

  • AC Load – Site_Global.Tenants_Load_Power_AC / 1000 (kW)

    • AC is displayed only if the value is greater than 0 or if at least one tenant has an AC meter configured.
      
      

  This feature ensures that site load consumption is clearly divided between DC and AC tenants, allowing users to view each component independently.

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Site Trends

Site Trends provide real-time insights directly from the live view, enabling users to assess site performance without the need to proactively execute reports or dashboards. Panorama's trends highlight whether current production and consumption levels align with the site's historical data patterns or deviate from them, helping identify normal or abnormal behavior.

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Trend indications will appear next to energy asset names in the Site Status (At that point only for Solar and Consumers Load data) and can show positive or negative trends.

Hovering over the indication opens a tooltip with:

• Active Parameter: Time (hh:mm), Name, Value.

• Historical Parameter: Comparison time span, Name, Value.

• A dynamic graph based on tooltip details.

• Learn More: Opens a detailed weekly report in a new tab.

Consumers Load Trends

The "Live View Trends" feature helps you monitor and understand how the site's current power consumption compares to typical patterns.

How It Works:

• The system compares current power consumption (in kW) with the average consumption for the same time slot over the past week. For example, if it's 14:07, today's data is compared to the 14:00–14:15 average from the previous week.

• A trend indication is shown only if the current power consumption or the past average for the time slot is greater than 0 kW.

What the Indications Mean:

• Green: Current power consumption is equal to or higher than the past week’s average for the same time slot.

• Red: Current power consumption is lower than the past week’s average.

Tooltip Details:
Hovering over the trend provides additional information:

• Current Consumption: The site’s live power consumption, displayed in kW (precision: 2). If no power is being consumed, "No Power" will be displayed.

• Historical Average: The average power consumption for the same time slot over the past 7 days.

A bar chart visually compares current and historical values. The current value is colored green or red, while the historical value is always blue.

Learn More:
Clicking on the trend opens a detailed report with a week’s worth of data, including metrics like power consumption, solar usage, battery usage, grid consumption, and generator performance. The report opens in a new tab with a detailed graph as the default view.

Grid

• When Site_Global.Grid_on_Load is true -> flow direction is from the grid to the site icon

• Grid Export:

  • When Site_Global.Grid_Power < 0 -> flow direction is from the site icon to the grid.

  • If Site_Global.Grid_Power < 0 is true, the text "Export" above the icon will appear (instead of the percentages)

Generator

• The generator load is calculated as follows: Site_Global.1_Load [%] + Site_Global.2_Load [%]

• When elements are on load (X_On_Load == True), their line will move toward the site's icon (Generator1_On_Load or Generator2_On_Load for generator icons).

Generator Autonomy

Generator Autonomy represents the amount of time a site can continue operating solely on generator power, until the available fuel is depleted.

This feature helps customers plan fuel reserves for critical scenarios such as prolonged grid outages, battery depletion, or unexpected power demands.

It also enables customers to identify cases of inefficient fuel management, where excessive generator use could have been reduced through better energy planning—optimizing costs and lowering environmental impact.

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Solar

Solar Trends

The "Live View Trends" feature helps you quickly understand how the site's current solar power generation compares to its typical performance.

How It Works:

Trends compare current solar power to the average solar power during the same time slot over the past week. For example, if it's 14:07, today's data is compared to last week's average for 14:00–14:15.

• The trend indication appears only if either the current solar power or the past average for the time slot is above 0.01 kW.

What the Indications Mean:

• Green: Current solar power is equal to or higher than the past average for this time slot.

• Neutral (blue): Current solar power is slightly below the past average but still within 90% of it.

• Red: Current solar power is significantly lower than the past average.

Tooltip Details:
Hovering over a trend indication provides additional insights, including:

• Active Solar Power: Current solar power level, displayed in kW. If no power is being generated, "No Power" will be shown.

• Average Solar Power: The average solar power for this time slot over the last 7 days.

A simple bar chart visually compares these two values, with colors indicating whether the trend is positive, neutral, or negative.

Learn More:
Clicking on the trend opens a detailed report with a week's worth of data, including key metrics like solar power, battery usage, grid consumption, and generator performance.

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Loadshedding Solution

The Galooli loadshedding solution enables clients to access the loadshedding schedule by integrating a third-party API. This integration provides a clear view of upcoming outages and incorporates planned outage data into various analyses. For more information about the solution, please follow the link below.

https://galooli.atlassian.net/wiki/x/AYCKyg

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Battery

• In the event that Site_Global.Battery_Charging is true, instead of percentages, the text "Charging" will be displayed, and the battery's icon color will remain dark blue.

• When the battery is charging (Site_Global.Battery_Charging), the line will move from the icon to the battery.

Battery Autonomy

Battery Autonomy represents the amount of time a site’s smart batteries can continue supplying power without external energy sources (i.e., without charging).

• This feature helps customers plan site energy reserves for critical scenarios such as power grid outages, generator failures, and more.

• It also enables customers to identify cases of poor energy planning where unnecessary generator or grid usage could have been avoided by leveraging the available battery capacity—reducing both costs and carbon emissions.

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When is it displayed?
When the following conditions are met:
smart_battery_x.configured = True

The Battery Autonomy value will be visible in Panorama Live in the following locations:

• Main Site Status Card

• Site Status Sub-Card

• Table Mode → Site Global → Smart Battery Autonomy

How is it calculated?
The general formula is:
Available SOC × Available Capacity ÷ Site Load

Each element of the formula is calculated individually, considering various battery types and configurations.

• When the battery is charging, the available hours indicate the estimated time you can use the battery if you start using it now.

• When the battery is in use, the remaining hours show the estimated time left before the battery is fully discharged.

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When the batteries are charging/charged, the label Available will be displayed.

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When the batteries are discharging, the label Remaining will be shown next to the value.

Alarms

• Alarms Indicators - Amount and color of alarms over the relevant energy asset. In the event that there is more than one alarm, the color of the most critical alarm will be displayed:

  • Grid - Grid Partly Available, Grid Fail, Grid High Voltage

  • Generator - Fuel_1,2 Disconnected, Fuel_1,2 Low, Fuel 1,2 Very Low, Alarm FuelTank Hatch_1,2, _1,2 Fail To Start, _1,2 Fail To Stop, Running Batt Discharge

  • Wind - No alarms on-site global

  • Battery - DC Alarm BLV, DC Alarm PLD, DC Alarm LVD

  • Solar - No alarms on-site global

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Expanded View

In the expanded view of the Site Status Card, you will be able to see additional details that are not presented in the main view.

The site location is part of the expanded view of the Site Status Card. The map presenting the real-time location and movement of your units on the map.

The map view can be switched between satellite view and map view.

It is a Google map that includes a variety of features.

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• Battery Capacity Logic
  The Battery Capacity display shows the maximum value among the following sources:

  • Sum of all batteries: X-Ray → LIB X → Nominal Capacity (sum of all batteries)

  • Sum of rectifier batteries: X-Ray → Rectifier X → Battery Total Capacity (sum of all rectifiers)

  • Per-battery value: Additional Info → Battery → Capacity