Field research equipment
Dedicated power for remote instruments, monitoring equipment and associated communications.
Commercial & Industrial Solar, Battery and Off-Grid Power Systems
MyEnergy Engineering designs and delivers reliable commercial and industrial power systems across Australia. We provide grid-connected solar and battery storage, commercial off-grid power systems, generator integration and complete remote power solutions for demanding sites.
Every system is designed around the site's actual electrical loads, operating hours, critical equipment and plans for future growth. From warehouses and workshops to manufacturing plants, agricultural facilities, remote operations and large industrial sites, we build power systems that are practical, scalable and supported for the long term.
Education & researchPower for the field.
Power for the field.
Designed around the research.
Solar, battery and off-grid power systems for education sites, field equipment and research infrastructure.
We work from the equipment specification and site constraints, so the supply supports the application and fits the work taking place around it.
See our project experience
Built for the operationLoads, operating hours and future plans
Complete power systemsSolar, storage and suitable backup
MyEnergy deliveryDesign, build, commissioning and support
Designed around your industryThe application
The application
sets the requirements.
Research equipment can impose specific limits on location, height and operating conditions. At Roseworthy, the power system needed to support two WindCube scanners while respecting placement and height constraints. We bring that application-led approach to each project brief.
Teaching & agricultural facilities
Solar and power-system options for working sheds, pumps and practical education infrastructure.
Facility energy projects
Grid-connected solar and storage assessed around buildings, occupancy, available space and the existing connection.
Systems we build01 02 03
A complete system, designed around the site.
Solar generation
Size roof or ground-mounted solar around usable space, daytime loads and the available network connection.
Storage & inverter capacity
Assess energy needed outside solar hours, simultaneous loads and starting currents before selecting equipment.
Backup & controls
Define which loads need support, available runtime and how generators or the grid should work with the system.
Experience in the field
See the systems we’ve built.
Real MyEnergy installations, designed around the site and the work the power system needs to do.
Dedicated off-grid research equipment supply
Roseworthy WindCube installation
An off-grid system for two WindCube scanners, with 8.8kW of solar, 30.72kWh of battery storage and automatic generator support. Array height and placement were planned around measurement requirements.
- Solar generation
- 8.8 kW
- Battery storage
- 30.72 kWh
- WindCube scanners
- 2
Designed, built & supported by MyEnergyFrom the first brief
From the first brief
to a working system.
We bring the power system together—from the first assessment and equipment selection to installation, commissioning and ongoing support.
Understand the operation
Review energy data, equipment schedules, the existing supply and your plans for the site.
Engineer the system
Match generation, storage, inverter capacity and backup arrangements to the agreed operating requirements.
Build and commission
Coordinate installation with your team, then test the system and explain its operation at handover.
Keep it supported
Provide monitoring where connectivity allows, servicing and practical advice as the operation changes.
Before you startPlanning your
Planning your
power system.
Talk to us about the site, existing equipment and what you need the system to achieve.
Talk to our teamCan you work to equipment-specific constraints?
Yes. Share voltage, continuous and peak demand, runtime, location and any measurement or interference constraints so they can be included in the design brief.
Does the Roseworthy system power the whole campus?
No. The featured installation is a dedicated supply for two WindCube scanners. Its design and capacities relate to that specific application.
Can the system operate away from buildings?
We assess standalone cabinet and ground-mounted solar options, including access, enclosure protection, backup and communications at the proposed location.
Start with the equipment
We’ll work through the supply.
Tell us what the learning, research or field equipment needs to do, where it will operate and how it will be supported. We can define a suitable power scope.
From the equipment to the installation
- Equipment specifications and operating hours
- Site location and placement constraints
- Required runtime and backup arrangements
- Communications, access and future additions
Commercial and Industrial Off-Grid Power Systems
For sites where the grid is unavailable, unreliable or too expensive to extend, MyEnergy designs complete commercial off-grid power systems using solar, battery storage and generator backup.
These systems are suited to remote businesses, farms, processing facilities, tourism operations, mining infrastructure, workshops, communications sites and other locations that require dependable power without relying on the electricity network.
An off-grid system must do more than meet average daily energy use. It must also handle equipment starting loads, periods of high demand, seasonal changes and reduced solar conditions. We analyse these requirements before sizing the inverter capacity, solar array, battery storage and generator.
Automatic system controls manage solar generation, battery charging, site loads and generator operation. This provides reliable power while reducing unnecessary generator runtime and fuel use.
Grid-Connected, Backup and Hybrid Power Solutions
Not every site fits a standard grid-connected or fully off-grid design. We also develop hybrid power systems for businesses operating with a weak grid, frequent outages or limited network capacity.
A hybrid commercial power system can combine the electricity grid, solar, battery storage and a generator. Depending on the site, it may provide backup for essential circuits, support larger operational loads or maintain broader site operation during a grid outage.
The design is based on what needs to remain powered, how long backup is required and the available energy sources at the site.
Power Systems Designed for Demanding Loads
Commercial and industrial facilities often have complex load profiles that include motors, pumps, refrigeration, compressors, welders, processing equipment and other high-demand machinery. These loads require careful assessment to ensure the system can manage both continuous demand and short-duration peaks.
Our engineering process can include:
- Site load and energy-use assessment
- Electrical interval data analysis
- Solar and battery feasibility
- Inverter and battery sizing
- Generator sizing and integration
- Grid connection and export-limit assessment
- Single-line diagrams and system documentation
- Remote monitoring and control strategy
This approach reduces the risk of undersizing and provides a clear pathway for future expansion.
Commercial Power Systems Across Australia
Based in South Australia with operations supporting Victoria, national remote projects and the South Pacific, MyEnergy delivers commercial solar, battery and off-grid power systems for both established facilities and new developments.
Whether the goal is to reduce grid consumption, add commercial battery storage, improve backup power or operate independently from the grid, we can design a solution around the requirements of your site.
