BSLBATT / residential
MatchBox HVS
15.97–37.27 kWh · Modular high-voltage storage
Explore the system
For your home
More from your solar.
More for your everyday.
From a first solar system to a battery upgrade, bring your home’s energy needs into focus.
Explore your energy system
Good energy.
All connected.
See how solar, storage and your home work together. Choose an energy scenario or explore each part.
Sunshine Energy Home energy, connected.
Daylight01 / 04
01 / Rooftop solar
Start with the sunshine.
Solar panels generate DC electricity in daylight. Output varies with sunlight, shade, temperature and system design.
Explore home solar02 / Hybrid inverter
The link that makes it work.
A compatible hybrid inverter connects DC solar and battery storage to your home’s AC supply. Adding storage to existing solar may need a different design.
Discuss compatibility03 / Battery storage
Save the surplus for later.
A battery stores energy; it does not generate it. The usable energy, inverter compatibility and backup options depend on the selected system.
Explore home batteries04 / Meter box & switchboard
Metering and protection, together.
This cabinet houses the electricity meter and the home’s switchboard. The meter records grid imports and exports; the switchboard distributes AC power to household circuits. Solar used within the home does not pass through the grid meter. The battery connects to the hybrid inverter’s DC side.
Plan your home system05 / Your home
Energy for the everyday.
The home’s switchboard distributes AC electricity to appliances and circuits. Backup during an outage needs a compatible system and specifically configured circuits.
Find your starting point06 / Grid connection
Part of the bigger picture.
Grid electricity reaches the home’s switchboard through the electricity meter inside the meter box. The meter records energy imported from or exported to the grid. Surplus exports depend on network approval, system settings and available capacity.
Plan your system01 / Use solar
Power your everyday.
Solar panels generate DC electricity. The hybrid inverter converts it to AC, then the switchboard distributes it to your home.
02 / Store surplus
Keep a little sunshine for later.
Solar powers your home through the inverter and switchboard. At the same time, surplus solar charges the battery through the hybrid inverter’s DC connection.
03 / After sunset
Let the day carry on.
Stored DC energy flows from the battery to the hybrid inverter. It becomes AC electricity, supplied to your home through the switchboard.
04 / Grid support
Connected, when you need it.
With no solar generation and the battery at its reserve level, grid electricity flows through the switchboard to your home. The battery is idle in this example.
Arrows show energy transfer in a DC-coupled example. Grid-connected operation; backup needs compatible equipment and configured circuits.
A system that works together
Your home. Your habits.
Your energy system.
Your electricity use, roof and existing equipment are the starting point. We’ll help you understand solar generation, battery capacity and how the system could fit your evening routine and future plans.
Outage backup is a design choice. Confirm the circuits, switching equipment and available power in your quote.
Explore the range
Meet your home energy options.
Find your starting point
What does your energy future look like?
Two quick questions to find the right conversation. No personal details needed.
This guide suggests a discussion pathway. It is not a system sizing, savings or eligibility assessment.
Make your next move a brighter one
Your energy journey.
Let’s start here.
A conversation, a clearer plan, and a system that fits.