Solar power systems

Five configurations for homes, businesses, remote sites, mobile power and farm water pumping. Each system is designed from a site survey. Output and storage are set by site conditions, your load and your equipment.

Rooftop solar panels on a warehouse with a wall-mounted grid-tie inverter

Grid-tied solar

Rooftop solar connected to the utility grid through a grid-tie inverter, so homes and businesses use their own solar generation alongside grid power.

Best for
Homes and businesses with grid supply
Core parts
Rooftop panels and a grid-tie inverter
Sized by
The site and any export arrangement
Ground-mounted solar array beside an equipment room with batteries and inverter

Off-grid solar

Solar panels, battery storage and an inverter for places without dependable grid service.

Best for
Sites without reliable grid power
Core parts
Panels, battery storage and an inverter
Sized by
Your electrical load and the backup time you need
Building with rooftop solar, battery cabinets and a standby generator

Hybrid solar

Solar generation combined with battery storage and grid or generator supply, for sites that can't afford to lose power.

Best for
Continuity through outages
Core parts
Panels, batteries, plus grid or generator supply
Sized by
Your load profile and continuity needs
Portable power station connected to folding solar panels outdoors

Portable solar power station

A compact battery station paired with portable solar panels, for mobile work and temporary or remote sites.

Best for
Mobile, temporary and remote use
Core parts
Battery station and portable panels
Sized by
The output and recharging options of the chosen model
Farmer at a solar-powered borehole pump filling a raised water tank above irrigated crops

Solar well pumping for farms

Solar power that pumps water from a borehole or well into a storage tank or irrigation network. Battery storage can be added where it makes sense.

Best for
Farm irrigation and water storage
Core parts
Solar array, pump and storage tank
Sized by
Well yield, water depth, required flow and irrigation needs

Start with a site survey.

Tell us about the site and what you need to power, and we'll recommend the right system.