How does SunShift handle unexpected high power demands?
SunShift is equipped to handle unexpected power surges or demands by automatically balancing the load between solar, battery, and grid power. If the demand exceeds the available solar energy, SunShift will draw from the battery or grid, depending on what’s most economical.
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How does SunShift handle load shedding?
In preparation for load shedding SunShift will ensure you have enough battery backup stored to make it through load shedding without the lights switching off. The intelligence is in how much reserve is kept because any excess reserve is savings lost. ...
How does SunShift handle extreme weather conditions?
SunShift uses weather forecasts to adjust system settings preemptively, such as reducing battery usage during cloudy days or increasing energy storage in anticipation of severe weather. This proactive approach ensures that your system is prepared for ...
How does SunShift handle solar energy on cloudy days?
On cloudy days, SunShift adjusts its energy management by relying more on battery storage and grid power while optimizing the use of available solar energy. By prioritizing stored energy and predicting weather conditions in advance, SunShift ensures ...
How does SunShift decide when to use battery or grid power?
SunShift decides when to use battery or grid power based on several factors, including current energy demand, battery storage levels, grid electricity rates, and expected solar production. By analysing these factors, SunShift ensures that you use the ...
How does SunShift manage energy during peak hours?
SunShift intelligently manages energy during peak hours by optimizing the use of solar and battery power. During periods of high energy demand or peak grid pricing, it prioritizes stored solar energy to minimize costly grid usage. This helps reduce ...