The short answer to this question is yet, but the long answer is a little more complicated.
If you're not sure what the difference between single phase and three phase (or 'poly' phase - just meaning more than one phase) is then you can read this helpful article here: What are single phase and three phase?
A three phase supply has exactly what it sounds like, three single phases. This is great for high voltage, and for high power demands, but if you want to maximise this with a battery you're better off installing a three phase inverter and three phase high voltage battery.
The only draw back here is cost - because it's dealing with a lot more complexity, the system tends to be a lot more expensive, and there are less options to choose from.
What you can choose to do instead, is use a single phase inverter and battery, on just one of the three phases. This is, unfortunately, not a totally optimised solution and depending on how your three phases are spread across your household energy usage may mean missing out on optimisation against your usage profile i.e. if your demand is split 33% / 33% / 33% across the three phases, then when you install a battery on just one of these, it will only optimise against 33% of your household consumption.
Our battery and inverter are set up for single phase supplies.