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Track trends and anomalies in energy storage (battery charge) patterns.
Track energy storage efficiency, by identifying sites with high energy production (from the solar or the generator) that could have been used to charge batteries.
Utilize solar energy and energy storage to its full potential - Identify sites where there is insufficient energy storage capacity to store extra solar energy.
Total Battery Charge [kWh]
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The calculation is based on the summary field "Generator On Load - No Battery Charge [Hours]" (link to https://galooli.atlassian.net/wiki/spaces/KP/pages/2755362825/Energy+Efficiency+Fields)
Generator Energy Loss - Fuel Cost
Solar Energy LossSolar Energy Loss
During solar peak hours, the solar energy production may exceed the energy needed by site consumers. In such cases, the extra energy should be stored by charging the batteries on site. The solar is not fully utilized without this measure, resulting in energy loss. The card calculates the time where the solar supplied all the site load, but did not charge the batteries simultaneously.
The calculation is based on the summary field "Solar On Full Load - No Battery Charge [Hours]" (link to https://galooli.atlassian.net/wiki/spaces/KP/pages/2755362825/Energy+Efficiency+Fields)
Smart Batteries Count
The avegae number of smart batteries configured per site.
Inefficient Use of Storage Capacity
5 Sites With Highest Generator Energy Loss
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This graph shows the amount of energy used to charge the batteries over time. Moreover, it shows how inefficient measures are trending - the overall hours that generators run without charging batteries (in hybrid sites) and the total hours that solar systems provide the site's full load without charging batteries.
Generator Energy Loss - Top 5 Sites
Sites with the highest number of running hours of generators without charging the batteries.
Solar Energy Loss - Top 5 Sites
Sites with the highest number of solar usage hours, which supplied the site's full load and didn't charge the batteries.