Simplify Your Solar Management with SunShift
Effortless Setup, Smart Optimisation
How SunShift Works: Step-by-Step
Effortless Integration and Instant Optimisation
Step 1: Plug and Play
Remove SunShift from the packaging and plug it into your inverter’s communication port.
Step 2: Mobile App Setup
Download the Xemote app, register, add your plant by naming it and selecting your loadshedding area, and scan the QR code on the SunShift device to link it.
Step 3: System Details
Provide information on the Mobile App about your solar system, including number of panels, battery quantity and type, and inverter details.
Step 4: Data Monitoring
SunShift tracks energy parameters (PV, Battery, Load, Grid, Aux), weather conditions, and load shedding schedules.
Step 5: Smart Optimisation
SunShift uses data to optimize battery usage, ensuring minimal grid power use while protecting battery health.
Step 6: User Interaction
The system is fully automated, but users can monitor and set their minimum battery SOC for SunShift to manage around.
Step 7: Immediate Results
Initial optimisation starts on day one, with a week to learn usage patterns. Savings and insights are available via the app and email reports.
Real-World Example
SunShift Navigating Load Shedding
Imagine facing a scheduled load-shedding event from 6 am to 10 am. It’s a critical time for many households and businesses. SunShift evaluates the upcoming power outage. It looks at weather forecasts for solar power and your predicted energy usage. It uses this to find the best strategy for keeping the power on without relying too much on the grid.
Case 1: Sufficient Backup Power
In this scenario, SunShift predicts enough solar production for the day. It sees the battery backup is enough to bridge the early morning load shedding until the sun starts to generate power.
It trusts the solar and usage predictions. So, it decides against charging the batteries from the grid. It optimises for energy savings and reducing the carbon footprint.
Case 2: Insufficient Backup Power
SunShift sees a forecast of low solar production during the load-shedding period. It also sees that the batteries lack enough charge to last throughout the entire load-shedding period. So, it decides to charge the batteries from the grid during off-peak hours before the outage.
This move is strategic. It ensures the plant keeps power during the load shedding. It prioritizes energy and comfort.
Calculate Your Savings with SunShift
Real Results, Real Impact
Success In Action