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Solar & Storage
410 kW
solar now, sample site

Use the sun when it shines and the battery when the grid is expensive.

Solar & Storage builds a day-ahead plan for every site with rooftop solar, open-access power, batteries or DG sets. It weighs tariff bands, demand limits, battery health and the solar forecast, then tells you when to charge, when to discharge and which loads to shift into the solar window.

rolling plan horizon
24 h
re-optimisation interval
15 min
energy sources balanced
5
SoSolar & Storage
LIVE
Solar share today
13%
4,435 kWh planned
Peak-band grid import
-28%
vs no battery dispatch
Est. saving today
$412
estimate
12:00 · load 1880 kW · solar 620 · battery 0 · grid 1260solarbatterygrid
0006121823
peak 18-22off-peak 22-06dashed line: battery state of charge
Today's plan
10:00
Charge battery from solar surplus to 90%
13:30
Run RO and water pumping in the solar window
18:00
Discharge 400 kW through the peak tariff band
22:00
Off-peak top-up to 40% reserve for outages
Battery limits: 20-90% SOC, 1 cycle per day, 45 C max cell temperature.

Product screen with sample data from a demo plant. Interactive elements respond to clicks.

Element data

Properties of Solar & Storage

The technical facts your engineering and IT teams will ask for.

Plan
Day-ahead, re-optimised every 15 min
Sources
Rooftop solar, open access, battery, grid, DG
Tariffs
Time-of-day, demand and export rates
Forecast
Irradiance and cloud cover per site
Battery
State of charge, cycle count, depth limits
Output
Schedules, setpoints or dispatch via API
Reactions

What Solar & Storage does on a working day.

So-1

Solar forecast

Site-specific generation forecast from irradiance and cloud data, corrected daily against what your inverters actually produced.

So-2

Battery dispatch

Charge in cheap hours, discharge into the peak band or a demand spike, while respecting depth-of-discharge and cycle limits that protect the warranty.

So-3

Load shifting

Flexible loads such as water pumping, pre-cooling or batch processes are suggested into the solar window.

So-4

DG minimisation

During grid outages, battery and solar are used first so the diesel set runs as little as possible.

So-5

Tariff aware

Time-of-day bands, demand charges and export rates are modelled per site, so the plan saves money, not just kilowatt-hours.

So-6

Inverter health

Underperforming strings and soiled panels show up as a gap between forecast and actual output.

Process

How it goes live at your site.

  1. 1

    Connect assets

    Inverters, battery management system and DG controllers are read through the same gateway as your meters.

  2. 2

    Load tariffs

    We model your tariff schedule, demand charges and any open-access contracts.

  3. 3

    Plan the day

    A 24-hour plan is published each evening and refreshed through the day as conditions change.

  4. 4

    Dispatch

    Follow the plan manually, or let Ionvik send setpoints to the battery within limits you set.

Questions

About Solar & Storage

Yes. Without a battery the value comes from shifting flexible loads into the solar window and spotting underperforming strings.

Only if you enable dispatch. Otherwise it publishes the schedule and your team or the battery vendor follows it.

Yes. You set depth-of-discharge, maximum cycles per day and temperature limits, and the plan never exceeds them.

Yes. If outages are common, the plan keeps a reserve in the battery during the hours they usually occur.

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