Use more of the sun you already paid for.
Wattlark compares what your array produces with what it should, then moves flexible loads into the sunny hours so less is exported at a low credit.
Generation against forecast
Generation against forecast, hour by hour.
Four behaviours, each visible in the app and recorded in the household activity log.
Forecast versus actual
See every day against what the sky and the array should have delivered. Dips are flagged as weather or as possible faults.
Move load into the sun
Dishwasher, laundry, water heating and EV charging are scheduled into the productive window when you approve the plan.
Value export honestly
Export credit and avoided import price are shown separately, so you can see what a kWh is worth at each hour.
Array health checks
A slow drift in yield against forecast is raised as a suggestion to inspect the array, never as an alarm.
Four steps, no black box.
- 01Model
Array size, tilt and orientation produce an expected curve.
- 02Compare
Metered generation is checked against that curve each hour.
- 03Plan
Flexible loads are proposed for the productive hours.
- 04Approve
You apply the schedule; each change is logged and reversible.
What Wattlark reads and controls
| Signal | Access | Status |
|---|---|---|
| Inverter output | Read | Planned |
| Smart-meter import and export | Read | Planned |
| Weather forecast | Read | Simulated in demo |
| Appliance schedules | Suggest, then control on approval | Working in demo |
Live equipment connections are planned work. In the demo a simulation stands in for meters, inverters and chargers.
Plain answers.
Do I need a battery to benefit?
No. Scheduling alone moves use into sunny hours. A battery raises the ceiling.
Does it work with any inverter?
Live inverter links are planned work. The demo uses a simulated array so you can see the behaviour.
Bring your home into the picture.
Early access opens in small groups. Leave your details and we will write when your group opens.