Off-Grid Power for Farms: Smarter Ways to Power Remote Infrastructure
Reliable power is essential on any farm, but getting electricity to remote parts of a property is not always straightforward. A new machinery shed, bore, pump station or livestock facility may be kilometres from the nearest grid connection, making extensions costly and time-consuming.
For many farmers, traditional grid connections and diesel generators are no longer the only options. Modern off-grid and hybrid power systems combine technologies such as solar, battery storage, intelligent controls and generator backup to deliver reliable power where it is needed, while reducing reliance on fuel and grid infrastructure.
From workshops and irrigation pumps to remote buildings and livestock systems, the right solution depends on how the farm operates and what needs to keep running.
At AgQuip Fields Days 2026, Commodore Australia will showcase practical farm power solutions including solar pumping systems, Power Hubs and fully integrated off-grid systems designed for agricultural applications.
Why farm power is different
A farm rarely uses power in the same way as a typical home or small business. Equipment may operate across a large property, in different locations, at different times of the day and throughout different seasons.
An irrigation pump might run for hours during summer, while a workshop may use very little power most of the time before suddenly requiring enough energy to start a welder, compressor or other heavy equipment.
That means designing a farm power system requires more than calculating daily energy use. The system needs to account for when equipment operates, which loads may run at the same time and the higher starting demands of motors, pumps and machinery.
The best systems reflect how the farm actually operates, not just how much electricity it uses.
Choosing the right power solution
There is no single power solution that suits every farm. The right approach depends on where the farm needs power, which equipment will operate and how critical a reliable supply is to the operation.
A grid connection may be the simplest option where existing infrastructure is available. However, extending power to remote sheds, pump stations or new developments can involve significant costs for poles, trenching, transformers and connection works.
Generators remain an important option for backup power, temporary applications and high-demand equipment. Increasingly, farms use generators alongside solar and battery systems to reduce fuel consumption and avoid running a generator continuously for smaller loads.
For water-only applications, solar pumping can provide a practical alternative where grid power is unavailable or costly to extend. Pumping during daylight hours and storing water in tanks can reduce or remove the need for battery storage.
Where a farm needs to power multiple loads, such as workshops, machinery sheds, refrigeration or remote buildings, an off-grid or hybrid system can provide greater flexibility. These systems combine solar generation, battery storage, intelligent controls and backup generation to deliver reliable power while reducing reliance on fuel or grid infrastructure.
Commodore’s Power Hubs integrate these components into a pre-wired and tested system, with options ranging from smaller single-phase applications through to commercial three-phase installations.
Powering the places that matter most
Off-grid and hybrid systems can support a wide range of farm operations, from essential infrastructure through to larger commercial applications.
Workshops and machinery sheds
Workshops often combine everyday electrical needs with occasional high-demand equipment such as welders, compressors, hoists and battery chargers. These applications require a system that can handle normal usage while also managing the higher starting demands of motors and machinery.
Water pumping
Water is one of the most common applications for remote power systems. A dedicated solar pump can provide a practical option when the farm can move water during daylight hours and store it in tanks. A larger off-grid system may be more suitable when pumps need to operate alongside other equipment or outside solar production hours.
Livestock and agricultural operations
Reliable power supports essential farm activities including livestock watering, refrigeration, lighting, communications and monitoring systems. In these applications, maintaining operation during outages, poor weather or equipment issues can be just as important as reducing energy costs.
Remote buildings and infrastructure
Off-grid systems can provide power for farm offices, worker accommodation, remote houses and other buildings where extending the grid is impractical. A properly designed system can support both everyday needs and critical equipment.
The right solution starts with understanding what needs to operate, when it needs to operate and how those requirements may change over time.
Planning an off-grid system for your farm
A reliable off-grid system starts with understanding how your farm uses power today and how those requirements may change in the future.
Before selecting equipment, consider:
- What equipment must continue operating during an outage?
- Which loads may run at the same time?
- Are there large motors, pumps or three-phase requirements?
- How will demand change through seasons such as irrigation or harvest?
- Can the farm schedule energy-intensive tasks during daylight hours?
- Will the system need to expand as the farm grows?
System design is about more than total energy consumption. A pump, compressor or workshop machine may use moderate power while running but require significantly more power to start. These peak demands need to be considered alongside daily energy use, solar generation, battery capacity and backup options.
Farm environments also require careful consideration. Equipment may be exposed to heat, dust, moisture, livestock, vermin and remote conditions, so suitable protection, monitoring and support are important.
A well-designed system should provide the power needed today while allowing flexibility for future changes on the farm.
See farm power systems in action at AgQuip
Commodore Australia will be exhibiting at AgQuip Field Days 2026 in Gunnedah, NSW, from 18 to 20 August.
Visit Stand I-12 to explore practical power solutions for farms, including off-grid systems, solar pumping systems, generators, battery storage and fully integrated off-grid systems.
Seeing these systems in operation is one of the best ways to understand how different off-grid solutions can work together. If you are considering a new installation or reviewing your current setup, bring along any useful information such as electricity bills, generator details, pump specifications, equipment lists or grid connection quotes to discuss with the Commodore team.
Frequently asked questions about farm off-grid systems
Solar and battery systems can supply a wide range of farm infrastructure, but the right solution depends on total energy use, peak loads, equipment starting demands and seasonal operating patterns. A detailed assessment is required to correctly size the system.
Yes. A bore pump can be powered through a dedicated solar pumping system or included as part of a larger off-grid system. The best approach depends on the pump requirements, operating hours and whether other equipment also needs power.
Many permanent off-grid systems include a generator as backup. It provides additional security during extended periods of poor weather, higher demand or system maintenance. Automatic controls can allow the generator to operate only when required.
It can be, particularly where extending the grid requires significant network or civil works. A proper comparison should consider upfront costs, ongoing electricity costs, reliability requirements and installation time.
Many systems can be designed with future expansion in mind. However, the inverter, controls, cabinet capacity and overall system design need to allow for additional equipment.
