How does SunShift decide when to use battery or grid power?
SunShift smartly 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 most cost-effective and efficient energy source available at any given time, maximizing savings and system performance.
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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 ...
Does SunShift Affect My Battery or Inverter Warranty?
No, SunShift does not affect the warranty of your battery or inverter. We ensure this by verifying compatibility with inverter brands before we offer support for any specific inverter model. We specifically communicate through the inverter to control ...
How does SunShift optimise battery life during continuous overcast days?
SunShift has two main goals: to protect your solar investment. to increase your electricity savings. To protect your solar investment your system must be operating correctly which includes equalising your batteries once every three days as a minimum. ...
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 ...
How does SunShift contribute to solar system efficiency?
SunShift contributes to solar system efficiency by dynamically managing your energy usage. It prioritizes solar energy when available, uses battery reserves efficiently, and draws from the grid only when needed. By carefully controlling how and when ...