East, north or west?
East can support early use, north lifts midday generation and west helps later in the afternoon. We design for consumption, not just peak output.
Solar, batteries and EV charging planned around your home, not a standard package. Our Perth team designs and installs it, then stays here to support it.

We don't start by asking how many panels you want. We start by asking when you use power.
How SunDrop works ↗Solar, batteries and EV charging solve different problems. The best result comes from understanding where they overlap.
Where panels face, when you use power, and the inverter size all matter.
Explore solarWe size batteries around overnight use, solar generation and realistic backup needs.
Explore batteries7 kW or 22 kW? We look at your supply, the car, solar surplus and household loads.
Explore EV chargingSolar, battery, EV and the grid planned together instead of as separate purchases.
Explore the ecosystem
We've quoted 6.65 kW arrays for modest daytime users, 10–13 kW arrays when homes have larger daytime loads, and 15 kW-plus designs where an EV, ducted air conditioning and substantial battery charging need to happen together.
But there is no universal winner. The roof directions, inverter capacity and export conditions all change the answer.
See the recommendations behind real proposals ↗Our 2026 product guide groups panels, inverters and batteries into three practical categories. We focus on Australian after-sales presence, sensible engineering and how the whole system will be supported in the long run.
Explore how we select products ↗Familiar options when reliability, support and value need to balance.
Different strengths in monitoring, ecosystem integration and equipment architecture.
Capacity, chemistry, compatibility and actual emergency power matter more than a headline kWh figure.
These are questions we regularly solve in real Perth customer proposals.
East can support early use, north lifts midday generation and west helps later in the afternoon. We design for consumption, not just peak output.
We compare day-to-day surplus with evening loads and a battery’s usable capacity, including poor-weather headroom.
“Full house” backup depends on the hybrid inverter, gateway, electrical design and simultaneous loads.
A single-phase household commonly starts with a 7 kW AC charger. Actual charging depends on the home, car and available supply.
There’s no point paying for a huge battery if your solar can’t fill it most days.
We check your overnight usage, winter solar production and future plans before suggesting a battery size.
The same approach repeated throughout our customer proposals: understand, compare, approve, install and support.
We review both pages of the bill, your usage pattern, roof layout, phase supply and meter board.
You see the recommended equipment, panel layout, capacity, backup scope and trade-offs.
Our team assists with the relevant Synergy, Western Power and finance paperwork where applicable.
We install, test, commission and explain the system. Timing and any outage are confirmed for your property.
Tell us what you use, what you plan to add, and what you want the system to do. We will propose options that make sense for your property.