Sunsynk integration
Sunsynk inverter households run time-of-use tariffs and want their battery reserve to work around Octopus dispatch signals — making them a natural fit for 1app's whole-home coordination layer.
Private beta rollout
This page captures demand for a future rollout.
This is not a generic placeholder. We use demand from pages like this to rank the next integrations against the current private beta foundation.
Tell us your devices
Share what is installed at home so we can prioritise this integration against the current development roadmap.
Demand shapes the roadmap
We use real demand signals from pages like this to rank which integrations to build next — not generic market research.
Adjacent use cases available now
Even if this device is planned, other parts of the current private beta foundation may already fit your home.
Why this page exists
Sunsynk inverters manage solar and battery well in isolation, but have no awareness of Octopus dispatch signals or EV charger state. When Octopus starts a daytime session, the battery drains just like any other inverter.
Solar and battery
Capturing high-intent demand for the next rollout.
What 1app.energy does here
- Read Sunsynk battery state of charge in real time
- Adjust reserve before Octopus daytime dispatch sessions
- Coordinate with Zappi EV charger and Octopus tariff windows
Why this is a strong fit
- Sunsynk users are already tariff-aware — they just need the coordination layer
- Strong overlap with Octopus Intelligent Go and Agile household profiles
Where this integration fits best
Related tariff pages
These tariff pages are the most relevant places to explain why this integration matters commercially, not just technically.
Octopus Agile automation
Octopus Agile changes import price every half hour. The real question for battery, EV and heat-pump homes is whether the house can respond to those price signals without creating new conflicts.
Octopus Intelligent Go coordination
Octopus Intelligent Go creates EV-led charging windows, but battery logic, charger behaviour and whole-home demand still need to be interpreted together.
Octopus Flux battery strategy
Octopus Flux only works well when battery charging, reserve and export behaviour are coordinated properly, because export value is only part of the economics.
Related whole-home use cases
These pages connect this integration to the broader home-level problems users are trying to solve.
Stop Octopus daytime EV charging from draining your home battery
This is the flagship 1app.energy wedge: stop the daytime EV-battery conflict first, then layer in cheaper-period battery charging and broader whole-home coordination.
Solar and battery optimisation for smart tariffs
This is the core 1app.energy use case: understanding whether solar, battery reserve and tariff timing are working together or fighting each other.
Solar, battery and EV charging in one app
This is one of the strongest SaaS acquisition pages because the value proposition is simple: stop managing three overlapping energy systems in three different tools.
Relevant smart controls
These mode pages explain which battery strategy usually fits this integration once tariff and whole-home behaviour are included.
Home First
A simpler home-first mode. It prioritises running the home from your own solar and battery first, minimises grid dependence, and avoids optimiser-led battery export.
Autopilot
The best starting mode for most homes. Autopilot decides when to charge, hold, or export by balancing tariff value, home coverage, refill confidence, and your protected minimum battery SoC. Choose Balanced for a calmer default or Aggressive for stronger value seeking.
Priority access
Request Sunsynk support
Tell us your setup and we'll prioritise Sunsynk in the roadmap.
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